dtv.mcot.netdtv.mcot.net/data/manual/book1190966038.pdf · attention rd / may 2000 read me!...

RD Digital AudioConsole

TECHNICAL MANUAL

March 2000

R-16 / Dec 1997

RD Digital Audio Console Technical Manual - 2nd EditionRD Digital Audio Console Technical Manual - 2nd EditionRD Digital Audio Console Technical Manual - 2nd EditionRD Digital Audio Console Technical Manual - 2nd EditionRD Digital Audio Console Technical Manual - 2nd Edition

©2000 Audioarts® Engineering*

AUDIOARTS ENGINEERING

600 Industrial Drive

New Bern, North Carolina 28562

252-638-7000

*a division of Wheatstone Corporation

RD / May 2000

AAAAATTENTIONTTENTIONTTENTIONTTENTIONTTENTION

RRRRREADEADEADEADEAD M M M M MEEEEE!!!!!RD / May 2000

Attention!

This console contains static sensitive devices:Normal precautions against static discharge should be observed when

handling individual modules. In particular, modules being packed for shippingfor return or repair must be packed in special static protection bags beforepackaging. Damage caused by static discharge may not be covered underwarranty.

Replacing Modules in a Powered-up Console:While in an emergency situation it is possible to remove and insert modules

on a powered-up console, Wheatstone does not recommend this procedure.Whenever possible it is best to power down the console first before removingor replacing modules.

However, if you find you must proceed with this operation, then be sure totake the following precaution:

When re-inserting a module, take care to replug it squarely into itsmainframe connector socket, so all edgecard fingers make contactsimultaneously. In other words, the gold-plated bus connector fingers on thebottom edge of the module's printed circuit board must be inserted squarely(i.e., perpendicular) to the mating socket on the bottom pan of the consolemainframe. The intent is to prevent a situation where one of the module'spower pins makes significant contact before the others. (Naturally, thissame precaution must be taken when using extenders.)

If the above instructions are followed the procedure should be routine; if theyare not, you could run the risk of damaging the console's logic chips.

Again, to avoid ANY possibility of this damage, whenever possible westrongly recommend powering down the console before replacing any modules.

!

RRRRR E A DE A DE A DE A DE A D M M M M MEEEEE!!!!!May 2000

Console Clock Battery Backup

Attention!

Console Clock Display Card

To activate battery backup of the console’s clock simply pull out the yellowstrip from the clock display card, that is mounted on the inside of consolemeterbridge, as shown on the picture below.

Your Audioarts RD audio console is equipped with two"module extractor tools" which are mounted underneath theconsole armrest, to the far right (just above and to the left ofthe righthand mainframe headphone jack).

Main module faceplates are held into the console mainframe by twomounting screws (top and bottom). When removed the screws leavespecially threaded holes that accept the two extractor tools.

To remove a module faceplate from the mainframe:

Remove the front top and bottom mounting screws. Remove the extractortools from underneath the armrest, and screw each tool into a modulefaceplate mounting hole. Use only four or five turns (do not over-insert; youmay damage the threaded mainframe hole underneath). Using the extractortools as handles, pull the module straight up out of the mainframe.

Module Removal Tools

E X T R A C T O R T O O L S

page Contents – 1RD / May 2000

C O N T E N T S

RD Technical Manual

Table of Contents

Chapter 1 – Installation and Power

Countertop Mounting................................................................. 1-2Clearances .............................................................................................................. 1-2

System Ground .......................................................................... 1-2

Power Supplies .......................................................................... 1-4The PSC-D340 Power Supply ................................................................................ 1-5

Power Connector Pinout ......................................................................................... 1-5

PSC-D340 Power Supply Schematic ................................................................... 1-5A

The VU/Timer Cable ............................................................................................... 1-6

Energizing ............................................................................................................... 1-6

Audio and Control Wiring .......................................................... 1-7Connection Procedures .......................................................................................... 1-7

Digital Audio Connections ...................................................................................... 1-7

Analog Insert Points................................................................................................ 1-7

Unbalanced Connections (analog audio) ............................................................... 1-8

Hand Crimp Tool Wiring Instructions ...................................................................... 1-9

Chapter 2 - Mono Mic Inputs

Module Overview........................................................................ 2-2

Internal Programming Options ................................................. 2-3Insert Bypass .......................................................................................................... 2-3

Phantom Power ...................................................................................................... 2-3

Mutes ...................................................................................................................... 2-3

Timer Restart .......................................................................................................... 2-3

Tallies ...................................................................................................................... 2-4

Utility Bus Pre-Fader .............................................................................................. 2-4

Talkback .................................................................................................................. 2-4

Superphone Output Assign .................................................................................... 2-5

Hook-ups..................................................................................... 2-5AUDIO CONNECTIONS ......................................................................................... 2-5

CONTROL CONNECTIONS................................................................................... 2-6

Remote ON & OFF ................................................................................................. 2-6

Cough ..................................................................................................................... 2-6

Talkback to Control Room ...................................................................................... 2-6

On Tally ................................................................................................................... 2-7

Off Tally ................................................................................................................... 2-7

DB Connector Pinout Drawing.................................................. 2-8

Mono Mic Input Module Signal Flow Diagram ......................... 2-9

RD / Oct 2001


C O N T E N T S

Chapter 3 - Stereo Line Inputs

Module Overview...........................................................................3-2

Internal Programming Options ....................................................3-3Mutes ........................................................................................................................ 3-3

Timer Restart ............................................................................................................ 3-3

Cue Dropout .............................................................................................................. 3-3

Local/Ready .............................................................................................................. 3-3

Utility Bus Pre-Fader ................................................................................................ 3-4

Tallies ........................................................................................................................ 3-4

Superphone Output Assign ...................................................................................... 3-4

Remote On/OFF — Constant vs. Pulse ................................................................... 3-4

Remote START/STOP - Normal vs. EFS ................................................................. 3-5

Hook-ups........................................................................................3-5ANALOG AUDIO CONNECTIONS ........................................................................... 3-5

DIGITAL AUDIO CONNECTIONS ............................................................................ 3-6

CONTROL CONNECTIONS..................................................................................... 3-6

Remote ON & OFF ................................................................................................... 3-7

On Tally ..................................................................................................................... 3-7

External START & STOP ......................................................................................... 3-7

Ready ........................................................................................................................ 3-7

Typical Hook-Up Diagram ........................................................................................ 3-8

DB Connector Pinout DrawingsADC Analog Version ................................................................................................. 3-9

SRC Digital Version ................................................................................................. 3-10

Stereo Line Input Signal Flow Diagram .....................................3-11

Chapter 4 - Output Modules

Module Overview...........................................................................4-2

Internal Programming Options ....................................................4-3Insert Bypass ............................................................................................................ 4-3

Hook-ups........................................................................................4-3Master Output Module 1 (PGM)

Upper DB-25 Connector — Analog Audio ......................................................... 4-3

Lower DB-25 Connector — Digital Outputs ....................................................... 4-4

Master Output Module 2 (AUD and UTIL)

Upper DB-25 Connector — Analog Audio ........................................................ 4-4

Lower DB-25 Connector — Digital Outputs ....................................................... 4-4

DB Connector Pinout DrawingsMaster Output 1 ........................................................................................................ 4-5

Master Output 2 ........................................................................................................ 4-6

Master Output Modules Signal Flow Diagram ............................4-7


C O N T E N T S

Chapter 5 - Control Room Module

Module Overview...........................................................................5-2

Internal Programming Options ....................................................5-3Cue Interrupt ............................................................................................................. 5-3

Cue Mute .................................................................................................................. 5-3

Mono Cue ................................................................................................................. 5-3

Hook-ups........................................................................................5-4Upper DB-25 Connector — AUDIO .......................................................................... 5-4

Upper DB-25 Connector — CONTROL .................................................................... 5-4

On-Air Tally ......................................................................................................... 5-4

Lower DB-25 Connector — AUDIO .......................................................................... 5-5

DB Connector Pinout Drawings...................................................5-6

Control Room Module Signal Flow Diagram ..............................5-7

Chapter 6 - Studio Control Module

Module Overview...........................................................................6-2

Internal Programming Options ....................................................6-3External Talkback Mute/Dim..................................................................................... 6-3

Studio Dim ................................................................................................................ 6-3

Hook-ups........................................................................................6-4Upper DB-25 Connector — AUDIO .......................................................................... 6-4

Upper DB-25 Connector — CONTROL .................................................................... 6-4

Tally 2 and Tally 3 ............................................................................................... 6-4

Lower DB-25 Connector — AUDIO .......................................................................... 6-5

DB Connector Pinout Drawings...................................................6-6

Studio Control Module Signal Flow Diagram .............................6-7

Chapter 7 - Meter Output Module

Module Overview...........................................................................7-2

Internal Programming Options ....................................................7-2

Hook-ups........................................................................................7-2

Meter Output Module Signal Flow Diagram ................................7-3

Chapter 8 - CPU and DSP Modules

Module Overview...........................................................................8-2AES Clock Sync ........................................................................................................ 8-2

CPU-5 Display .......................................................................................................... 8-2


C O N T E N T S

Chapter 9 - Superphone Input Module; optional

Module Overview...........................................................................9-2Caller Set-Ups .......................................................................................................... 9-2

Automatic Features ................................................................................................... 9-3

Inputs and Outputs ................................................................................................... 9-3

Internal Programming Options - Main PCB ................................9-4Output Assign Switch Enable ................................................................................... 9-4

Mutes ........................................................................................................................ 9-4

Timer Restart ............................................................................................................ 9-4

Tallies ........................................................................................................................ 9-4

Cue Dropout .............................................................................................................. 9-5

Gain Trimpots ........................................................................................................... 9-5

Internal Programming Options - Piggyback PCB ......................9-5External In ................................................................................................................. 9-5

Cue Pre/Post ............................................................................................................ 9-5

Gain Trimpots ........................................................................................................... 9-5

Hook-ups........................................................................................9-6AUDIO CONNECTIONS (Upper DB-25) .................................................................. 9-6

AUDIO and CONTROL CONNECTIONS (Lower DB-25) ........................................ 9-6

DB Connector Pinout Drawing.....................................................9-8

Superphone Module Signal Flow Diagram .................................9-9

Chapter 10 - Line Preselector (Analog); optional

Overview .......................................................................................10-2

Internal Programming Options ...................................................10-2

Hook-ups.......................................................................................10-3Audio Inputs ............................................................................................................. 10-3

Outputs .................................................................................................................... 10-4

DB Connector Pinout Drawing....................................................10-5

Line Preselector (Analog) Signal Flow Diagram .......................10-6

Chapter 11 - Line Preselector (Digital/Analog); optional

Overview .......................................................................................11-2

Internal Programming Options ...................................................11-3

LSR-500 (drawing) ........................................................................11-3

Hook-ups – LSD-5 ........................................................................11-3

Hook-ups – LSR-500 ....................................................................11-3Analog Audio Inputs................................................................................................. 11-3

Digital Audio Inputs .................................................................................................. 11-4

Analog Outputs ........................................................................................................ 11-5

Digital Outputs ......................................................................................................... 11-5


C O N T E N T S

DB Connector Pinout Drawing (LSD-5) .................................. 11-6

DB Connector Pinout Drawing (LSR-500) .............................. 11-7

Line Preselector (Digital) Signal Flow Diagram .................... 11-9

Chapter 12 - Intercom Module; optional

Module Overview...................................................................... 12-2

Internal Programming Options ............................................... 12-3Cue Enable ........................................................................................................... 12-3

Input Signal ........................................................................................................... 12-3

Power for various ICMs ........................................................................................ 12-3

Station Select ........................................................................................................ 12-3

Hook-ups................................................................................... 12-4Upper DB-25 Connector - AUDIO ........................................................................ 12-4

Upper DB-25 Connector - CONTROL .................................................................. 12-4

Lower DB-25 Connector - AUDIO ........................................................................ 12-4

Lower DB-25 Connector - CONTROL .................................................................. 12-5

DB Connector Pinout Drawing................................................ 12-6

Intercom Module Signal Flow Diagram .................................. 12-7

Chapter 13 - Tape Remote Module; optional

Module Overview...................................................................... 13-2

DB Connector Pinout Drawing START/STOP Function Control ........................................................................ 13-3

Full-Function Control ......................................................................................... 13-4

Chapter 14 - Meterbridge and Clock

Overview ................................................................................... 14-2

Replacement Parts ................................................................... 14-2

Clock ......................................................................................... 14-2Controls ................................................................................................................. 14-2

Setting the Time .................................................................................................... 14-3

Battery Backup ..................................................................................................... 14-3

Operational Modes ............................................................................................... 14-3

Schematic ............................................................................................................. 14-4

Load Sheet ............................................................................................................ 14-5

Chapter 15 - I/O Schematic Drawings

Mono Mic Input Module Schematic (MMD-500) .................................................. 15-2

Stereo Line Input Module Schematic (SLD-500) ................................................. 15-4

Digital Stereo Line Input Card Schematic (SRC-500) ......................................... 15-5

Analog Stereo Line Input Card Schematic (SLADC-600) ................................... 15-6

Output Module Schematic (OMD-500) ................................................................ 15-7

RD / Jul 2002


C O N T E N T S

Control Room Module Schematic (CRD-500) ..................................................... 15-8

Studio Control Module Schematic (SCD-500)................................................... 15-11

Digital Superphone I/O Card Schematic (SPND-500) ....................................... 15-13

Analog Superphone I/O Card Schematic (SPNA-600).......................................15-14

Digital/Audio Line Select Rackmount Schematic (LSR-500) ............................ 15-15

Tape Remote Module Schematic (TRD-500)..................................................... 15-17

Intercom Module Schematic (ICMD-500) ........................................................... 15-18

Analog Line Select Module Schematic (LSA-5) ................................................. 15-19

Appendix - Replacement Parts List

Replacement Parts List .............................................................A-2

RD / Sep 2000

I N S T A L L A T I O N a n d P O W E R

page 1 – 1RD / May 2000

Installation and PowerChapter Contents

Countertop Mounting................................................................. 1-2Clearances .......................................................................................................... 1-2

System Ground .......................................................................... 1-2

Power Supplies .......................................................................... 1-4The PSC-D340 Power Supply ............................................................................ 1-5

Power Connector Pinout ..................................................................................... 1-5

PSC-D340 Power Supply Schematic ............................................................... 1-5A

The VU/Timer Cable ........................................................................................... 1-6

Energizing ........................................................................................................... 1-6

Audio and Control Wiring .......................................................... 1-7Connection Procedures ...................................................................................... 1-7

Digital Audio Connections .................................................................................. 1-7

Analog Insert Points ........................................................................................... 1-7

Unbalanced Connections (analog audio) ........................................................... 1-8

Hand Crimp Tool Wiring Instructions.................................................................. 1-9

RD / Oct 2001


page 1 – 2RD / May 2000

Installation and Power

Countertop MountingThe RD digital audio console is designed for countertop drop-in

mounting. Console placement should avoid proximity to any electro-magnetic fields, such as large power transformers, motors, and fluores-cent lighting fixtures. The required cut-out width is 31 5/8” for RD-12or 43 5/8” for RD-20, and cut-out front-to-back dimension is 18 3/8”.The front of the console will extend approximately one inch forward ofthe cut-out. The console’s wooden sidepieces will extend about 7/8” oneither side of the cut-out width.

Clearances

Note the two module extractor tools (black thumbwheel screws)mounted in the front surface of console’s lower mainframe pan (justabove and to the left of the righthand headphone jack). These must beremoved before lowering the console into its cutout!

Once in place the console mainframe pan will extend approxi-mately 5 1/2 inches below the countertop surface. Note the hingedmeterbridge will require 10 1/2” above the countertop surface to openfreely. When fully open the meterbridge will extend 5 1/2” behind therear line of the cut-out. When closed, the meterbridge will extend2 1/2” behind this rear cut-out line and 6 1/4” above the countertopsurface.

Do not connect the RD console to its power supply (and do notconnect the power supply to the AC power line) until instructed todo so.

System GroundThe first step is to ground the console.Note that as supplied from the factory, console rackmount power

supply common, audio ground, and the RD mainframe are connectedtogether at the console, but are NOT connected to electrical ground andthe chassis of the power supply. Safety requirements dictate that apositive connection from the console mainframe to electrical ground be

!

RD / Oct 2000


page 1 – 3RD / May 2000

CONSOLE

2-TRACK

MULTI-TRACK

AC BREAKER BOX

DEVICE 1

DEVICE 2

DEVICE N

CONSOLE POWER SUPPLY

CONTROL ROOM POWER AMP

STUDIO POWER AMP

OTHER

POWER COMPANY EARTH GROUND

HEAVY (#4 or #6) COPPER

WIRE

HIGH POWER EQUIPMENT RACK

COPPER ROD

SOIL3-wire ground or separate wire run from chassis

EFFECTS RACK

MIC PANEL

GND

TYPICAL SYSTEM GROUNDING SCHEME

etc.

3–5 ft.

Tie the console ground lugterminal strip to the systemearth ground. Tie every pieceof equipment in the entireaudio system to the consoleground lug terminal strip.

made in the completed installation. Use one of the grounding lugs onthe bottom of the mainframe to establish your system ground. Thegrounding lug terminal strip may be found at the rear of the console,along the bottom edge of the mainframe pan directly under therightmost mainframe slots (to the lower left if you are looking at the rearof the console).

The system ground serves two important purposes:(1) It provides a zero signal reference point for the entire audio system;

(2) It assures safety from electrical shock.

There exist two terms that one encounters in a discussion of ground:(A) EARTH GROUND, which is usually a heavy copper rod driven into the

soil adjacent to the building (around 6 feet down) or a connection to the copperwater pipes leading into the building. Either is acceptable (unless, of course,the water pipe is made of plastic).

(B) THE POWER COMPANY EARTH CONDUCTOR that enters thebuilding at the power line breaker box; this conductor should be (and is oftenby code) tied to the above-mentioned earth ground at one point. This point isthe SYSTEM EARTH GROUND.


page 1 – 4RD / May 2000

TIE THE CONSOLE GROUND LUG TERMINAL STRIP TO THESYSTEM EARTH GROUND. TIE EVERY PIECE OF EQUIPMENT INTHE ENTIRE AUDIO SYSTEM TO THE CONSOLE GROUND LUGTERMINAL STRIP. If the system earth ground point is inaccessible, tiethe console ground terminal strip to the power company earth conductorat the main breaker box (see drawing "Typical Grounding Scheme" onprevious page).

Each piece of equipment should be connected by its own ground wire(usually the round third pin on the AC cord). This means that every ACoutlet must have a separate conductor run to the console ground lugterminal strip; the outlets cannot be daisy-chained as is normally encoun-tered in commercial and residential AC systems. Any equipment notsupplied with 3-wire AC cables must have individual ground wires (16gauge or larger) connected to their chassis grounds and then run to theconsole ground lug terminal strip.

Further Grounding Details

Check all equipment to be absolutely certain that each unit is powertransformer isolated from the AC mains to prevent safety hazards.

It is assumed that in each piece of audio equipment the audio groundand the chassis are tied together at some point. Any piece of equipmentlacking a grounded chassis is likely to be prone to interference problems.

Locate all unbalanced audio equipment in the same rack if possible, tominimize chassis ground potential differences. It may also be helpful toinsulate each piece of unbalanced equipment from its mounting rails in therack by means of nylon 10-32 screws and insulating washers between railsand faceplates.

Once the system is properly grounded, proceed with the consolepower supply installation and connection (next section).

Power SuppliesThe RD console is powered by a Wheatstone Model PSC-D340

rackmount power supply. This heavy duty unit occupies three 19” widerack spaces (total height 5-1/4”). Convection cooled, it requires ampleventilation space above and below it. The PSC-D340 generates a lot ofheat in the course of normal operation — do not mount heat sensitivedevices in the same rack cabinet.

Note the power supply (supplies) should be mounted in an equipmentrack within fifteen feet of the console (but no closer than 3 feet). Avoidlocating any high gain equipment (such as phono preamps, tape recorders,etc.) too near the rackmount supplies, to avoid magnetic interference intothat equipment.

RD / June 2001


page 1 – 5RD / May 2000

Once the supply is rackmounted, it should be connected to the consoleusing the factory supplied cable. The console’s power supply connector islocated at the rear of the console, at the right end of the meterbridge bottompan. Note that the power supply cable’s 10-pin female connector has to berotated until its locating pins match the male connectors on the console. Donot force a connector on; it attaches easily when properly aligned. Connectthe cable first to the console, then to the rear of the rackmount powersupply.

Note each power supply is fitted with a 3-wire grounded AC cord thatshould be plugged into a "clean" AC power source. That is, an AC sourcethat feeds only the control room audio gear. This source should be aseparate feed from those powering lighting, air-conditioning, or any othernon-audio machinery. The third pin ground wire of the AC source shouldbe tied to the central system ground point. Note that while the AC powercord ground wire terminates at the power supply chassis, it does NOTconnect to the RD console common; the console itself must be groundedseparately. (See previous section, "System Ground".)

The power feed recom-mended in the text is of-ten installed and referredto in studios as an “iso-lated AC ground” outlet.It is usually orange incolor.

The PSC-D340 Power Supply

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RD / June 2001

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page 1 – 6RD / May 2000

The VU/Timer Cable

Connections from the MOD-5 Meter Output Module to the Meterbridgefor VU meter and timer signals are made through a special cable that shipswith the console. This cable has a DB-25 at the both ends. Connect the oneDB-25 connector to the matching DB-25 connector on the underside ofthe Meterbridge at the back of the console. Connect the second DB-25 tothe upper DB-25 connector on the bottom of the frame at the slot thatcontains the MOD-5 module.

Energizing

Assuming the RD console mainframe is properly placed and grounded,and its PSC-D340 power supply correctly rackmounted and connected tothe console, you may now energize the PSC-D340 rackmount powersupply by plugging it into the AC mains and turning it on, using its frontpanel circuit breaker/switch. The five LEDs on the power supply frontpanel should light up to indicate the presence of their respective voltages.The console's individual module switches will assume factory defaultsettings.

Once you have verified proper power-up, turn off the rackmount powerOnce you have verified proper power-up, turn off the rackmount powerOnce you have verified proper power-up, turn off the rackmount powerOnce you have verified proper power-up, turn off the rackmount powerOnce you have verified proper power-up, turn off the rackmount powersupplies to de-energize the console. You may now proceed to wire upsupplies to de-energize the console. You may now proceed to wire upsupplies to de-energize the console. You may now proceed to wire upsupplies to de-energize the console. You may now proceed to wire upsupplies to de-energize the console. You may now proceed to wire upaudio and control connections.audio and control connections.audio and control connections.audio and control connections.audio and control connections.

RD / March 2001RD / June 2001


page 1 – 7RD / May 2000

Audio and Control WiringAll audio and control I/O connections to the RD console are made through

multipin DB-25 connectors located on the bottom of the console.

Connection Procedures

As supplied from the factory, the console requires no logic connections tofunction. Therefore an orderly installation begins with the audio wiring. Notethat this manual is organized by module type (inputs, outputs, monitormodules, etc.); each chapter contains detailed wiring instructions for itsmodule type. Proceed through the manual, chapter by chapter, until all moduleshave been wired to suit your particular installation requirements. Once properaudio operation is verified, go back to each individual chapter and proceed withcontrol wiring.

Digital Audio Connections

CABLE - All AES/EBU input and output digital audio connections arebalanced and should be made using a high quality digital audio cable. Be sureto select a digital audio cable with an integral drain wire of the same wire gauge(AWG) as the twisted pair. Typical AES/EBU digital audio cable has a verylow characteristic capacitance per ft (pF/ft), and a nominal impedance of 110Ω.High quality digital audio cable offers better signal transmission performanceversus typical analog audio cable, especially over long cable runs. Check thecable manufactures data sheet to be sure the cable you plan to use will work inyour application.

CONNECTORS - All AES/EBU connections are made with the suppliedDB-25 male mating connectors. These crimp style connectors are the insula-tion displacement type and will accept wire gauge 24 - 22AWG.

SPDIF INPUTS - The SPDIF (Sony/Philips Digital Interface) or “con-sumer” digital audio interface is a two wire unbalanced signal typically on asingle RCA style connector. To connect SPDIF devices to the RD consolesimply wire the SPDIF center conductor (HOT) to the SLD-5 “HI” input pinand SPDIF shell (ground) to the SLD-5 “LO” input. Connect the SLD-5“SHIELD” to the DB connector SHELL at the console end only.

Analog Insert Points

Certain module signals have insert patch points in their signal chains toallow outboard audio processing. These include MONO MIC INPUTS (MMD-5) and OUTPUT MODULES (OMD-5).

Normally these points are internally bridged at the factory (via PCB-mounted programming switches) prior to shipment. If you intend to useoutboard signal loops at these points, you must reprogram these switches. Seepages 2-3 (mic inputs) and 4-3 (output modules) for details.

RD / March 2001


page 1 – 8RD / May 2000

Unbalanced Connections (analog audio)

INPUTS — Wire to the console with typical shielded two conductor cable(like Belden 9451), just as if you were connecting a balanced source. At theunbalanced source machine’s output, connect the black wire (LOW) to theshield. If the machine has a -10 dBu output, don’t hesitate to turn module inputgain as high as is needed.

OUTPUTS — RD consoles use a balanced output circuit which behavesexactly like the secondary of a high-quality transformer, with no center tap—this output is both balanced and floating. Either the HIGH or LOW side of theoutput should be strapped to ground, with the output taken from the other side.(Normally you’d strap LOW to ground, and take HIGH to feed your unbal-anced equipment.)

RD / March 2001


page 1 – 9RD / May 2000

HAND CRIMP TOOL WIRING INSTRUCTIONSThe supplied hand crimping tool (W/S#850067) is used for all I/O wiring con-

nections to and from the console. It is to be used with the supplied pin (figure 1)intended for 22"-28" gauge wire.

1) Strip wire approximately 3/16" (insert inproper wire stripper, rotate one half turn, andpull insulation off wire).

2) Leaving wire aside for the moment, withcrimping tool fully open (engraved side towardyou) bring a terminal into position from theunmarked side of the tool. Place the conductortabs (inner set as shown in figure 1) on the"18-22" or "24-30" (depending on the wire) an-vil (slightly curved surface) so that the circularportion of the tabs rests in the curved surfaceof the anvil and the two tabs face up into thewalls of the female jaw. The insulation tabs willbe flush with the top of the tool (figure 2).

3) Close tool very slightly, only to the pointof holding the terminal in position (figure 2).

4) Insert wire into terminal until wire insu-lation is stopped by conductor tabs (figure 3).CRIMP by squeezing handles until jaws are fullyclosed (figure 4).

5) If there is an insertion error or if a circuitchange is needed, you'll need to use an extrac-tor tool to remove terminals (see next page).

Note that metallized plastic hoods for eachconnector are also supplied with the console.

(1) Pin crimp terminal

CONDUCTOR

TABS

INSULATION

TABS

INSULATION

STOPS HERE

(2) The terminal conductor tabs (pointing UP) areplaced in anvil 18-22; the terminal's insulation tabs

extend in front towards the camera.

(3) The stripped wire is placed into the terminal andcrimped. Note the wire's insulation must stop just

short of the conductor tabs (detail)

(4) Final step: jaws fully closed; the insulation tabshave been crimped.

RD / Jun 2004


page 1 – 10RD / May 2000

(5) Place extractor tip over pin terminal to beremoved.

If you accidentally insert a crimp terminalpin into the wrong socket, you'll need to usethe supplied pin extractor tool (W/S#850069)to remove terminal pin, and correct your mis-take without having to sacrifice a connector.Place extractor tip (red side) over terminal pinto be removed (figure 5), and press it down-wards motion until tip rests upon Housing.Then pull out the terminal pin from Housing.It should never be necessary to discard a con-nector due to a wiring error.

EXTRACTOR PIN INSTRUCTIONS

RD / Jun 2004

M O N O M I C I N P U T

page 2 – 1RD / May 2000

Mono Mic Input (MMD-5)

Chapter Contents

Module Overview........................................................................ 2-2


Phantom Power ...................................................................................................... 2-3

Mutes ...................................................................................................................... 2-3

Timer Restart .......................................................................................................... 2-3

Tallies ...................................................................................................................... 2-4


Talkback .................................................................................................................. 2-4


Hook-ups..................................................................................... 2-5AUDIO CONNECTIONS ......................................................................................... 2-5


Remote ON & OFF ................................................................................................. 2-6

Cough ..................................................................................................................... 2-6

Talkback to Control Room ...................................................................................... 2-6

On Tally ................................................................................................................... 2-7

Off Tally ................................................................................................................... 2-7


Mono Mic Input Module Signal Flow Diagram ......................... 2-9


page 2 – 2RD / May 2000

Mono Mic Input (MMD-5)

MMD-5 modules are for microphone input signals (-50dBu nomi-nal). Each module accepts two mono sources: A and B, switched at thetop of the module. Phantom power is available at both input ports; itmay be selectively activated by an internal dipswitch (the factorydefault is OFF). Recessed front panel multi-turn trimpots (range 38dB)adjust input levels.

Example: with a microphone input of –60dBm @150Ω at the port, gaintrim can set levels from -22dBu to +16dBu (note maximum preamp gain is+76dB).

An analog insert point (+4dBu balanced) is provided: it is post-trimand may be internally bypassed, which is the factory default setting.

Output switches assign the selected source signal to any combina-tion of the console’s three stereo outputs: PGM (program), AUD(audition), and/or UTL (utility).

The channel ON and OFF switches are at the bottom of the module.In addition to being controlled remotely, these can also be programmed(via internal PCB-mounted dipswitches) to perform a variety of con-sole control functions, including control room and studio mutes,talkbacks, tallies, and timer restart.

All audio and control input and output signals are made via twomulti-pin DB-25 connectors mounted in the bottom of the console’smainframe, directly underneath each individual module.

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BBBB

MMMMIIIICCCC TTTTRRRRIIIIMMMMAAAA

BBBB

MMD

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PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

AAAA

SSSS

SSSS

IIII

GGGG

NNNN

0

5

15

20

30

40

50

6070

10

00


page 2 – 3RD / May 2000

Internal Programming OptionsAll internal programming is made via printed circuit board (PCB)

mounted switches on the module’s main card. With the exception of insertbypass, which is a single-throw slide switch, all programming is via 4-position dipswitches (total six).

For the purposes of this manual, we will assume you are holding theremoved module upright, component side towards you, with gold-platedcard fingers to the left and the module faceplate to the right. This willenable you to read the control legends silkscreened next to each program-ming switch. Note when a dipswitch position is thrown to the right(towards the module’s faceplate) it is ON.

Insert Bypass

SW7 (a single throw slide switch right next to the card’s short upperrow of gold fingers) will click the module’s insert point in and out of theaudio signal chain. Note again that the factory default is “insert bypassed”.In other words, when shipped from the factory SW7 is thrown in thedirection of the silkscreened arrow on the PCB (to the left). To use theinsert point (see “Audio Connections” page 2-5), throw the switch to theright, towards the module faceplate.

Phantom Power

Four-position dipswitch SW1 (upper right corner of card) turns phan-tom power on and off for the module’s two microphone input ports.

Dipswitch position 1 activates phantom power for microphone ADipswitch position 2 activates phantom power for microphone B

Mutes

When a microphone is live in a room, that room’s monitor speakersmust be muted to prevent feedback. The RD console has three mute controllines: control room, studio one and studio two. Each of these may beactivated by either an A or B microphone input. The first three positionsof dipswitches SW3 and SW4 (to the left of the fader) program thesemuting functions:

SW3 position 1 mutes the control room when mic A is live*SW3 position 2 mutes studio one when mic A is liveSW3 position 3 mutes studio two when mic A is liveSW4 position 1 mutes the control room when mic B is liveSW4 position 2 mutes studio one when mic B is liveSW4 position 3 mutes studio two when mic B is live

Timer Restart

The console’s digital timer can be programmed to automatically resetto zero and begin counting up when the module’s ON button is pressed.

SW3 position 4 activates timer restart for mic ASW4 position 4 activates timer restart for mic B

?

Note the factory defaultsetting for phantom poweris OFF.

*factory default setting


page 2 – 4RD / May 2000

Tallies

Turning the module ON can activate a remote tally indicator. There arethree tally control lines: on-air, tally 2 and tally 3. The first three positionsof dipswitch SW6 (to the left of the fader) program these functions:

SW6 position 1 activates the on-air tally control line*SW6 position 2 activates tally 2SW6 position 3 activates tally 3

Utility Bus Pre-Fader

Dipswitch SW6 position 4, when activated, will cause the modulesignal assigned to the console’s UTL output to be tapped before the faderand the channel ON/OFF switches.

Talkback

Typically, one of the console’s RD input modules will be used for thecontrol room (CR) console operator’s microphone. The fourth position ofdipswitch SW1 allows that microphone to also function as a talkback mic.It places the signal (post-insert, pre-fader, pre-on/off) onto the console’stalkback bus. When the console operator presses a TB switch on theconsole’s SCD-5 Studio Control module, the talkback bus (which iscarrying his microphone signal) will interrupt the regular monitor signalbeing fed to the studio and talent will hear his voice through the studiomonitor speakers.

In order for the studio to reply to the console operator, the MMD-5module controlling the studio’s microphone signal must be routed to theconsole’s cue bus, where it can interrupt the regular control room monitorfeed and be heard by the operator. This is accomplished by a user-suppliedTB switch in the studio. The switch provides a momentary closurebetween the module’s lower DB-25 connector “TB to CR A” or “TB to CRB” control pins and Digital Ground (see page 2-6 for wiring details). Aslong as this closure is maintained (i.e., as long as talent holds down thestudio TB button) the module’s (post-insert, pre-fader, pre-on/off) signalwill be placed on the console’s Cue bus. Simultaneously, the module’sregular output will be muted (i.e., Cough will be activated) so the talkbacksignal doesn’t go out over the air.

It is also desirable to mute the studio monitor speakers during talkbackoperations, not only to reduce ambient noise (i.e., the regular studiomonitor signal) but also to prevent potential feedback if both the operatorand the studio talent press their respective TB buttons at the same time.Dipswitch SW 5 programs the appropriate muting:

Dipswitch position 1 mutes studio one when microphone A is liveDipswitch position 2 mutes studio two when microphone A is liveDipswitch position 3 mutes studio one when microphone B is liveDipswitch position 4 mutes studio two when microphone B is live

Remote tall ies arehooked-up to the consoleat the Control Room mod-ule (CRD-500)



page 2 – 5RD / May 2000

Superphone Output Assign

MMD-5 output assign switches can slave off the console’s SPD-5superphone telephone input module output assign switches.

Example: you are running a call-in show with three studio guests, each withhis own microphone and MMD-5 input module. You set up the caller and areready to go live. By pre-programming your studio guests’ mic inputs to followthe superphone module’s output assign switch (or switches), all you need do ispress the PGM assign button on the phone module; PGM assign switches onguest inputs will simultaneously be activated. Thus, the entire segment can golive with the press of one button.

Dipswitch SW2 on the MMD-5 module (to the left of the fader) willslave selected output assign switches to follow superphone output assigncontrol pulses:

Dipswitch position 1 links the PGM switchDipswitch position 2 links the AUD switchDipswitch position 4 links the UTL switch

In order for this feature to work, an associated dipswitch on thesuperphone module PCB (SW1) must be programmed as well (see page9-4).

Hook-UpsAs stated before, all user wiring to and from MMD-5 modules takes

place at DB-25 multi-pin connectors mounted directly beneath eachmodule on the console mainframe’s bottom pan. There are two connectorsper module: the upper one (towards the console meterbridge) handlesaudio signals; the lower (near the console armrest) control signals. Apinout drawing on page 2-8 shows all wiring connections at a glance.

Audio Connections (upper DB-25)These include A and B mic inputs, and insert in and out. The mic input

level is nominally -50dBu. Insert points are +4dBu balanced in and out.All signals are analog mono.

Pin 25 – Mic A In SHPin 24 – Mic A In HIPin 12 – Mic A In LOPin 11 – Mic B In SHPin 10 – Mic B In HIPin 23 – Mic B In LOPin 16 – Insert Out SHPin 15 – Insert Out HIPin 3 – Insert Out LOPin 2 – Insert In SHPin 1 – Insert In HIPin 14 – Insert In LO

Note the insert points are normally bypassed by PCB-mounted slideswitch SW7 (see page 2-3). Regardless of this switch setting, the InsertOut pins may be used as a channel direct output if desired.

Note this feature onlyworks for turning assignswitches ON; they will notturn OFF from thesuperphone module—thismust be done manually.

Typical DB-25connector

RD / March 2001


page 2 – 6RD / May 2000

Control Connections (lower DB-25)These include remote on and off, cough, talkback and tally functions.

Note each function is available twice, for both A and B source ports,allowing it to follow the module's A/B mic selector switch.

Pin 1 – Cough APin 2 – Off Tally APin 3 - Remote Off APin 4 – Digital GroundPin 5 – +5V DigitalPin 7 – Cough BPin 8 – Off Tally BPin 9 – Remote Off BPin 10 – Digital GroundPin 11 – +5V DigitalPin 13 – Audio GroundPin 14 – TB to CR APin 15 – On Tally APin 16 – Remote On APin 17 – Digital GroundPin 20 – TB to CR BPin 21 – On Tally BPin 22 – Remote On BPin 23 – Digital Ground

To Turn the Module ON & OFF from a Remote Location

REMOTE ON — Activates the module’s channel ON switch. Providea momentary closure between Pin 16 (Remote On A) or Pin 22 (RemoteOn B) and Digital Ground (Pins 4, 10, 17 or 23). This will latch the moduleON. (User-supplied momentary contact switch required.)

REMOTE OFF — Activates the module’s channel OFF switch.Provide a momentary closure between Pin 3 (Remote Off A) or Pin 9(Remote Off B) and Digital Ground (Pins 4, 10, 17 or 23). This will latchthe module OFF. (User-supplied momentary contact switch required.)

COUGH — Temporarily Mutes the module. Provide a closure be-tween Pin 1 (Cough A) or Pin 7 (Cough B) and Digital Ground (Pins 4, 10,17 or 23). This will turn the module OFF. Note this is a non-latching mode;the module will turn ON again as soon as the closure stops. (User-suppliedmomentary contact switch required.)

Talkback to Control Room

If an MMD-5 module is being used for a studio microphone, these portsallow talkback from that studio to the console operator. Provide a closurebetween Pin 14 (TB to CR A) or Pin 20 (TB to CR B) and Digital Ground(Pins 4, 10, 17 or 23). This will cause two things to happen: (1) themodule’s pre fader signal is sent to the console’s Cue bus, where it may beheard by the console operator, and (2) the module’s Cough function isactivated, muting the module’s post fader signal and preventing the TB



page 2 – 7RD / May 2000

signal from going out over other assigned busses (i.e., “live”). Thisnon-latching condition continues until the closure is released. (Re-quires user-supplied momentary action TALKBACK switch at thestudio microphone location.)

On Tally

Lets the module’s channel ON switch control an on-air light or other“microphone on” indicator at a remote location. This control functionprovides a continuous closure (open collector) between Pin 15 (OnTally A) or Pin 21 (On Tally B) and Digital Ground (Pins 4, 10, 17 or23) whenever the module is ON.

This closure can be used to control an externally powered tally lightthat requires a continuous closure to function. Or an external tally light(i.e., LED) can be powered from the input module by connecting theexternal LED to +5V Digital (Pins 5 or 11) and the A or B On Tallyports. In either case, current should not exceed 30 milliamps.

Off Tally

Identical to “On Tally” (preceding), only this tally is active whenthe module is OFF. Off Tally A is Pin 2; Off Tally B is Pin 8.

We recommend a seriesresistor between the LEDand +5V digital when youare powering the externaltally from the console; avalue of 220Ω (1/4W 5%)is suggested.

See also “Talkback” sec-tion earlier in this chapter,(page 2-4).


page 2 – 8RD / May 2000RD / March 2001

MMD-5 Mono Mic InputDB Connector Pinouts

ANALOGI/O PORTS

(Upper DB-25)

LOGICI/O PORTS

(Lower DB-25)

MIC A IN SH

MIC A IN HI

MIC B IN LO

AUDIO GROUND

N/C

N/C

AUDIO GROUND

N/C

N/C

INSERT OUT SH

INSERT OUT HI

INSERT IN LO

AUDIO GROUND

MIC B IN HI

N/C

AUDIO GROUND

N/C

N/C

AUDIO GROUND

N/C

INSERT OUT LO

INSERT IN SH

INSERT IN HI

N/C

N/C

DIGITAL GROUND

REMOTE ON B

ON TALLY B

TB TO CR B

N/C

N/C

DIGITAL GROUND

REMOTE ON A

ON TALLY A

TB TO CR A

AUDIO GROUND

N/C

+5V DIGITAL

DIGITAL GROUND

REMOTE OFF B

OFF TALLY B

COUGH B

N/C

+5V DIGITAL

DIGITAL GROUND

REMOTE OFF A

OFF TALLY A

COUGH A

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

MIC A IN LO

MIC B IN SH

TRIM

TRIM

ONOFFON TALLYOFF TALLYCOUGHTB

MONO MIC INPUT

+40V

MIC

ONOFFON TALLYOFF TALLYCOUGHTB

A

B

A / BLOGIC

A

B

AB

INSERTBYPASSPRESET

INSERTIN/OUT

+40V

LOGIC

ON OFFA B

PGM AUD UTL

CHANNEL ON/OFFINPUT SELECT

BUS ASSIGN SWITCHES

FRONT PANEL SWITCHES

LOGIC

LH

LH

LH

LH

A Logic Follow

B Logic Follow

A LOGIC DIPSWITCH(1 of 2; B not shown)

LOGICPORTS

CR MUTESTUDIO 1 MUTE

TALLY 2

STUDIO 2 MUTE

TB TO ST2 MUTE

ON AIR TALLYTALLY 3

TO

CO

NS

OL

E C

ON

TR

OL

BU

SS

ES

TIMER RESTARTTB TO ST1 MUTE

UTIL BUS PRE-FADER

RD/May 2000MMD-5 Mono Mic Input Module - Signal Flow Diagram

SELECT

FET

SW

SLIDE SW

ANALOG TO

DIGITAL

CONVERTER

(ADC)

FADER

DIGITAL AUDIODATA

Analog

Analog

DIPSW

DIPSW

CUE LOGIC

DIP SW

TB MONITOR TO CONSOLE AUDIO BUSSES

SUPERPHONE AUD LINKSUPERPHONE PGM LINK

SUPERPHONE UTL LINK

SuperphoneLink F

RO

MC

ON

SO

LE

CO

NT

RO

LB

US

SE

S

page 2 - 9

DIPSWITCH

1RD / May 2000

S T E R E O L I N E I N P U T

Stereo Line Input (SLD-5)

Chapter Contents

Module Overview........................................................................ 3-2

Internal Programming Options ................................................. 3-3Mutes ...................................................................................................................... 3-3

Timer Restart .......................................................................................................... 3-3

Cue Dropout............................................................................................................ 3-3

Local/Ready ............................................................................................................ 3-3


Tallies ...................................................................................................................... 3-4


Remote On/OFF - Constant vs. Pulse .................................................................... 3-4

Remote START/STOP - Normal vs. EFS ............................................................... 3-5

Hook-ups..................................................................................... 3-5ANALOG AUDIO CONNECTIONS......................................................................... 3-5

DIGITAL AUDIO CONNECTIONS.......................................................................... 3-6


Remote ON & OFF ................................................................................................. 3-7

On Tally ................................................................................................................... 3-7

External START & STOP ....................................................................................... 3-7

Ready ...................................................................................................................... 3-7

Typical Hook-Up Diagram ...................................................................................... 3-8

DB Connector Pinout DrawingsADC Analog Version ............................................................................................... 3-9

SRC Digital Version .............................................................................................. 3-10

Stereo Line Input Signal Flow Diagram ................................. 3-11

2RD / May 2000


Stereo Line Input (SLD-5)Module Overview

SLD-5 modules are for stereo line input signals. They are available intwo different versions:

The ADC (analog-to-digital converter) version accepts +4dBu balancedanalog input signals. It has L/R front panel input gain trimpots and uses anSLADC-500 piggyback card at the input stage of the module.

The SRC (sample rate converter) version accepts digital (AES) inputs. Ituses an SRC-500 piggyback input card and has no front panel gain trims. Thefactory default digital format is AES.

Each module accepts two stereo sources: A and B, switched at the topof the module. Output switches assign the selected source signal to anycombination of the console’s three stereo outputs: PGM (program), AUD(audition), and/or UTL (utility).

A CUE switch places the module’s signal on the console’s stereo cuebus, where it may be heard on the meterbridge mounted cue speakers and/or as an interrupt to the console operator’s headphones and control roommonitor speakers. The various cue interrupt modes are programmed at theconsole’s CRD-5 (Control Room) module via internal PCB-mounteddipswitches. See page 5-3.

Channel ON (START) and OFF (STOP) switches are at the bottom ofthe module. In addition to being controlled remotely, these can also beprogrammed (via internal PCB-mounted dipswitches) to perform avariety of functions, including starting and stopping external sourcemachines, activating control room and studio mutes, external tallies, andtimer restart. The STOP switch’s LED can be controlled by an externalsource machine to act as a “ready” indicator.

All audio and control input and output signals are made via two multi-pin DB-25 connectors mounted in the bottom of the console’s mainframe,directly underneath each individual module.

AAAA

BBBB

AAAANNNNAAAALLLLOOOOGGGG LLLLIIIINNNNEEEELLLL

RRRR

CCCCUUUUEEEE

0

5

15

20

30

40

50

6070

10

00

SLD

SSSSTTTTOOOOPPPP

SSSSTTTTAAAARRRRTTTT

PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

AAAA

SSSS

SSSS

IIII

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NNNN

3RD / May 2000


Internal Programming OptionsAll internal programming is made via PCB mounted switches on the

module’s two printed circuit boards.For the purposes of this manual, we will assume you are holding the re-

moved module upright, component side towards you, with gold-plated cardfingers to the left and the module faceplate to the right. This will enable you toread the control legends silkscreened next to each programming switch. Notewhen a dipswitch position is thrown to the right (towards the module’s face-plate) it is ON.

Mutes

Like MMD-5 inputs, an SLD-5 module can be programmed to mutestudio speakers when the channel is ON. The RD console has three mutecontrol lines: control room, studio one and studio two. Each of these maybe activated by either an A or B input source. The first three positions ofdipswitches SW3 and SW4 (to the left of the fader) program these mutingfunctions:

SW3 position 1 mutes the control room when source A is ONSW3 position 2 mutes studio one when source A is ONSW3 position 3 mutes studio two when source A is ONSW4 position 1 mutes the control room when source B is ONSW4 position 2 mutes studio one when source B is ONSW4 position 3 mutes studio two when source B is ON

Timer Restart


SW3 position 4 activates timer restart when source A is turned ON*SW4 position 4 activates timer restart when source B is turned ON

Cue Dropout

Dipswitch SW5 position 1, when activated, will cause the module’sCUE function to be de-activated whenever the channel ON switch ispressed. This is the factory default setting.

Local/Ready

The module’s channel OFF switch normally has its LED indicatorcontrolled by the switch itself (“local”). This is the factory default setting.However, should you wish to have the LED function as a “ready” light foran external source machine, dipswitch SW5 position 2, when thrown to theleft (away from the faceplate) passes control to opto-isolated A and B“ready” ports on the module’s lower DB-25 connector where a 5 voltsignal applied with correct polarity will activate the OFF switch LED. Aslong as the voltage is maintained, the LED will be lit.

?


4RD / May 2000


Utility Bus Pre-Fader

Dipswitch SW5 position 4, when activated, will cause the modulesignal assigned to the console’s UTL output to be tapped before the faderand the channel ON/OFF switches.

Tallies


SW6 position 1 activates the on-air tally control lineSW6 position 2 activates tally 2SW6 position 3 activates tally 3

Superphone Output Assign

Like MMD-5 modules, SLD-5 output assign switches can be con-trolled by the console’s SPD-5 superphone module.

Dipswitch SW2 (to the left of the fader on the module’s main PCB) willslave selected output assign switches to follow superphone output assignswitch control pulses:

Dipswitch position 1 links the PGM switchDipswitch position 2 links the AUD switchDipswitch position 4 links the UTL switch

In order for this feature to work, an associated dipswitch on the super-phone module PCB (SW1) must be programmed as well (see page 9-4).

Remote ON/OFF — Constant vs. Pulse

Slide switch SW7, located just to the right of the main PCB’s uppercard fingers, allows you to correct for differing source machine ON/OFFcontrol signals to the SLD-5 module. When set to CONST (“up”), themodule will work with most standard source machines. Occasionally,however, the source machine, because of the way it is designed, will sendoverly long control closures to the module’s remote ON and OFF ports—closures so long that they will hang up the module’s ON/OFF logic. Whenthis kind of problem manifests itself, setting SW7 to PULSE (“down”) willconvert the closures to pulses before they get to the channel ON/OFFswitch logic.

Example: SW7 is set to default CONST (constant). The external sourcemachine reaches end-of-play and sends a five second (or longer) OFF signal tothe module, effectively holding it in an Off state. You press the module ONswitch but nothing happens—because the OFF switch is locked up. With SW7set to PULSE this type of problem is eliminated; the module is turned off andleft immediately ready for further control input.

Note this feature onlyworks for turning assignswitches ON; they will notturn OFF from thesuperphone module—thismust be done manually.

Remote tall ies arehooked-up to the consoleat the Control Room andStudio modules (seepages 5-4 and 6-4).

The factory default set-ting for SW7 is CON-STANT (“up”)

RD / Aug 2001

5RD / May 2000


Remote START/STOP – Normal vs. EFS

Slide switch SW1 (mounted on the main PCB just to the left of the topof the module’s fader) affects the way channel ON/OFF switches sendcontrol signals to START and STOP remote source machines.

When SW1 is set to NORMAL (“up”) whenever the channel ONswitch is pressed a single pulse closure takes place at the A and B STARTports. When the OFF switch is subsequently pressed, a single pulse closuretakes place at the A and B STOP ports.

When set to EFS ON (“down”) a “European fader start” type ofconstant closure is activated: whenever the channel ON switch is pressedmomentarily a constant closure is initiated at the module’s A and BSTART control ports. When the channel OFF switch is subsequentlypressed, that closure is broken.

If an SLD-5 module has been equipped with an optional EFS-typefader with a bottom-of-travel switch, it is best to set SW1 to EFS ON.

While no harm will result to any circuitry or hardware if an EFS fader isused with SW1 set to NORMAL, the end result will be an extremely shortcontrol pulse at the module’s START/STOP control ports—a pulse so short thatit may not be detected by all source machines.

Hook-UpsAs stated before, all user wiring to and from SLD-5 modules takes

place at DB-25 multi-pin connectors mounted directly beneath eachmodule on the console mainframe’s bottom pan. There are two connectorsper module: the upper one (towards the console meterbridge) handlesaudio inputs; the lower (near the console armrest) control signals. Pinoutdrawings on pages 3-9 and 3-10 show all wiring connections at a glance.

ADC Module Version (Analog)Audio Connections (upper DB-25)

These include A and B source inputs; level is +4dBu balanced.Pin 25 – Line A In Lt SHPin 24 – Line A In Lt HIPin 12 – Line A In Lt LOPin 11 – Line A In Rt SHPin 10 – Line A In Rt HIPin 23 – Line A In Rt LOPin 22 – Line B In Lt SHPin 21 – Line B In Lt HIPin 9 – Line B In Lt LOPin 8 – Line B In Rt SHPin 7 – Line B In Rt HIPin 20 – Line B In Rt LO

The factory default set-ting is NORMAL.


RD / March 2001

6RD / May 2000


SRC Module Version (Digital)Audio Connections (upper DB-25)

These include A and B source inputs (AES).Pin 25 – Line A In SHPin 24 – Line A In HIPin 12 – Line A In LOPin 11 – Line B In SHPin 10 – Line B In HIPin 23 – Line B In LO

Control Connections (lower DB-25)These are identical for both analog and digital versions of the SLD-5

module. All control ports (except On Tally) are opto-isolated. Functionsinclude remote on and off, on tally, ready, and start/stop for remote sourcemachines. With the exception of On Tally, each function is available twice,for both A and B source ports, allowing it to follow the module's A/Bsource selector switch.

Pin 1 – Ready A-Pin 2 – Ready A+Pin 3 – Start A+Pin 4 – Stop A+Pin 5 – Start/Stop Com APin 6 – Start/Stop Com BPin 7 – Stop B+Pin 8 – Start B+Pin 9 – Ready B+Pin 10 – Ready B-Pin 11 – Digital GroundPin 12 – On TallyPin 13 – +5V DigitalPin 14 – Remote On A-Pin 15 – Remote On A+Pin 16 – Remote Off A-Pin 17 – Remote Off A+Pin 18 – Remote Off B+Pin 19 – Remote Off B-Pin 20 – Remote On B+Pin 21 – Remote On B-


RD / March 2001

7RD / May 2000


To Turn the Module ON & OFF from a Remote Location

In the case of stereo line input modules, “remote location” can alsorefer to a remote source machine that is feeding its audio to the module inquestion. A 5 volt signal (which may be sourced by the external machine),when hooked up to the control pins with the correct polarity, will activatethe module’s channel ON and OFF switches.

REMOTE ON — Activates the module’s channel ON switch. Momen-tary connect the plus side of a 5 volt signal to Pin 15 and the minus side ofthe same 5 volt signal to Pin 14 to latch the module ON when input A isselected. Use pins 20 (+) and 21 (-) to latch the module ON when input Bis selected.

REMOTE OFF — Activates the module’s channel OFF switch.Momentary connect the plus side of a 5 volt signal to Pin 17 and the minusside of the same 5 volt signal to Pin 16 to latch the module OFF when inputA is selected. Use pins 18 (+) and 19 (-) to latch the module OFF when inputB is selected.

See also “Remote ON/OFF – Constant vs. Pulse” on page 3-4.

On Tally

Lets the module’s channel ON switch control an on-air light or otherindicator at a remote location. This control function provides a continuous+5 volts at Pin 12 (On Tally) relative to Pin 13 (+5V Digital) whenever themodule’s channel ON switch is activated.

To START and STOP Remote Source Machines Using Module ON/OFF Switches

EXTERNAL START — Hook up the remote machine’s “start” controlpins to the SLD-5 module’s lower DB-25 connector control pins: for ASTART wire to Pins 3 and 5; for B START wire to Pins 8 and 6.

EXTERNAL STOP — Hook up the remote machine’s “stop” controlpins to the SLD-5 module’s lower DB-25 connector control pins: for ASTOP wire to Pins 4 and 5; for B STOP wire Pins 7 and 6.

Note that these are opto isolated outputs. START/STOP COM A (Pin5) and START/STOP COM B (Pin 6) are opto emitters, while theremaining connections (START A, pin 3; START B, Pin 8; STOP A, Pin4; STOP B, Pin 7 are opto collectors. Correct polarity must be observed inwiring to these connections.

See also “Remote START/STOP – Normal vs. EFS” on page 3-5.

To Control the Module’s OFF Switch LED with an External SourceMachine

READY — Hook up the remote machine’s “ready” control pins to theSLD-5 module’s lower DB-25 connector control pins: for A READYprovide a 5 volt signal to Pin 2, positive relative to Pin 1; for B READYprovide a 5 volt signal to Pin 9, positive relative to Pin 10. As long as thevoltage is maintained, the module’s OFF LED will be illuminated.

A diagram showing typical connections is shown on the next page.


RD / June 2007

8RD / May 2000


Pin numbers in ( ) are for source "B"

*

*Perhaps the easiest way to accomplish these jumps isat the ITC end of the cable. Refer to drawing on page 1-10("Wiring Procedure – Double Connection to One Pin") forthe recommended procedure.

Connection InstructionsITC Delta III Cart Player

(Use DB-25 male connectors on each end of cable)

ref: RD Stereo Line Input Module (SLD-5)

SLD-5 Module Lower DB-25 ITC Delta III Cart Machine

ITC Delta III DB-25

3

5

4

2

1

17

16

7

2

6

11

13

A STOP +

A READY -

A READY +

A START +

A COMMON

A OFF+

A OFF-

REMOTE START

REMOTE COMMON

REMOTE STOP

+5

REMOTE READY LAMP

(8)

(6)

(7)

(9)

(10)

(18)

(19)

9RD / May 2000


RD / March 2001

SLD-5 Stereo Line InputAnalog Version DB Connector Pinouts

I/O PORTS(Upper DB-25)

ANALOG

I/O PORTS(Lower DB-25)

LOGIC

LINE A IN LT HI

LINE A IN RT LO

LINE B IN LT HI

LINE B IN RT LO

AUDIO GROUND

N/C

N/C

N/C

N/C

N/C

AUDIO GROUND

LINE A IN LT LO

LINE A IN RT SH

LINE A IN RT HI

LINE B IN LT LO

LINE B IN RT SH

LINE B IN RT HI

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

REMOTE ON B –

REMOTE ON B +

REMOTE OFF B –

REMOTE OFF B +

REMOTE OFF A +

REMOTE OFFA –

REMOTE ON A +

REMOTE ON A –

+5V DIGITAL

ON TALLY +

DIGITAL GROUND

READY B –

READY B +

START B +

STOP B +

START/STOP COM. B

START/STOP COM. A

STOP A +

START A +

READY A +

READY A –

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

LINE A IN LT SH

LINE B IN LT SH

10RD / May 2000


RD / March 2001

SLD-5 Stereo Line InputDigital Version (SRC) DB Connector Pinouts


DIGITAL


LOGIC

LINE A AES HI

LINE B AES LO

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

LINE A AES LO

LINE B AES SH

LINE B AES HI

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

N/C

N/C

N/C

N/C

REMOTE ON B –

REMOTE ON B +

REMOTE OFF B –

REMOTE OFF B +

REMOTE OFF A+

REMOTE OFF A –

REMOTE ON A +

REMOTE ON A –

+5V DIGITAL

ON TALLY +

DIGITAL GROUND

READY B –

READY B +

START B +

STOP B +

START/STOP COM. B

START/STOP COM. A

STOP A +

START A +

READY A +

READY A –

LINE A AES SH

RD/May 2000

SLD-5 Stereo Line Input Module - Signal Flow Diagram

STEREO LINE INPUT

ANALOG OR DIGITAL

A / BLOGIC

LH

LH

LH

LH

A

B R

L

R

L

R

L

SELECT

TRIM

TRIM

INPUT

A Control

ONOFFSTARTSTOPREADY

ONOFF

B Control

START

LOGIC

STOPA B

PGM AUD UTL

CHANNEL ON/OFFINPUT SELECT

BUS ASSIGN SWITCHES


LOGIC

STARTSTOPREADY

CUECUE ASSIGN

FETSW

AB

ANALOG TO

DIGITAL

CONVERTER

(ADC)

A Logic Follow

B Logic Follow

A LOGIC DIPSWITCH(1 of 2; B not shown)

CR MUTESTUDIO 1 MUTE

TALLY 2

STUDIO 2 MUTE

TB TO ST2 MUTE

ON AIR TALLYTALLY 3

TO

CO

NS

OL

E C

ON

TR

OL

BU

SS

ES

TIMER RESTARTTB TO ST1 MUTE

UTIL BUS PRE-FADER

DIGITAL AUDIODATA

CUE LOGIC

Analog

Analog

Analog

Analog

FADER

A

BINPUT

Digital

DigitalAES

RECEIVER

SAMPLE

RATE

CONVERTER

(SRC)

OR

SELECT

AB

SUPERPHONE AUD LINKSUPERPHONE PGM LINK

SUPERPHONE UTL LINK

SuperphoneLink

DIPSWITCH

FR

OM

CO

NS

OL

EC

ON

TR

OL

BU

SS

ES

ON TALLY

page 3 - 11

1RD / May 2000

O U T P U T M O D U L E S

Output Modules

(OMD-5)

Chapter Contents

Module Overview........................................................................ 4-2


Hook-ups..................................................................................... 4-3Master Output Module 1 (PGM)

Upper DB-25 Connector — Analog Audio ....................................................... 4-3

Lower DB-25 Connector — Digital Outputs ..................................................... 4-4

Master Output Module 2 (AUD and UTIL)

Upper DB-25 Connector — Analog Audio ....................................................... 4-4

Lower DB-25 Connector — Digital Outputs ..................................................... 4-4

DB Connector Pinout DrawingsMaster Output 1 ...................................................................................................... 4-5

Master Output 2 ...................................................................................................... 4-6

Master Output Modules signal Flow Diagram ......................... 4-7

2RD / May 2000


Output Modules

(OMD-5)

Module OverviewEach RD console has two master output modules: the first

handles the console’s Program outputs (OM1), the secondAudition and Utility (OM2).

OM1 output module has installed jumpers J3, J4 forProgram output; and J11, J12 for CUE monitor signal.

OM2 output module has installed jumpers J5, J6 forAudition output; J9, J10 for Utility output; and J13, J14 forTEL monitor signal.

Either module can be changed to the other by making theappropriate jumper changes.

Both modules output analog and digital signals. Analogoutputs may be adjusted using recessed front panel multi-turntrimpots.

OMD-5 modules also generate the console’s monitorsignals, which feed the Control Room, Studio and MeterOutput modules. There are analog stereo insert points forPGM and AUD analog outputs (these may be internallybypassed, which is the factory default setting). Processingdone at the insert points will not affect the digital outputsignals. Regardless of the bypass switch setting, INSERTOUT may be used as an additional direct PGM (or AUD)analog output from a module.

All user wiring to and from OMD-5 modules takes placeat DB-25 multi-pin connectors mounted directly beneath themodule on the console mainframe’s bottom pan. There aretwo connectors: the upper one (towards the consolemeterbridge) handles analog outputs and insert points; thelower connector (near the console armrest) digital outputs(AES format). All analog audio is +4dBu balanced. Pinoutdrawings on pages 4-5 and 4-6 show all wiring connections ata glance.

OM1

PROGRAML

R

AAAANNNNAAAALLLLOOOOGGGG TTTTRRRRIIIIMMMM

OM2

AAAANNNNAAAALLLLOOOOGGGG TTTTRRRRIIIIMMMM

AUDITIONL

R

UTILITYL

R

3RD / May 2000


Internal Programming Options

Insert Bypass

Virtually all internal programming switches on OMD-5 modules are forfactory use only. There is one exception, however, and that is the INSERTBYPASS slide switch SW2, located near the top of the PCB just above the fourfront panel analog trimpots. The factory default for this switch is “down”; i.e.,the module’s PGM (or AUD) insert points are bridged. To use the PGM (orAUD) insert points (located on the upper DB-25 connector) throw the switch“up”.

For the purposes of this manual, we will assume you are holding the removedmodule upright, component side towards you, with gold-plated card fingers to theleft and the module faceplate to the right.

Hook-UpsAs stated before, all user wiring to and from OMD-5 modules takes place

at two DB-25 multi-pin connectors mounted directly beneath the module onthe console mainframe’s bottom pan.

Master Output Module 1:

Upper DB-25 Connector – Analog Audio

Includes Program outputs and Program insert points. All signals are+4dBu balanced.

Pin 25 – PGM Lt Out SHPin 24 – PGM Lt Out HIPin 12 – PGM Lt Out LO

Pin 11 – PGM Rt Out SHPin 10 – PGM Rt Out HIPin 23 – PGM Rt Out LOPin 19 – PGM Lt Insert Out SHPin 18 – PGM Lt Insert Out HIPin 6 – PGM Lt Insert Out LOPin 5 – PGM Rt Insert Out SHPin 4 – PGM Rt Insert Out HIPin 17 – PGM Rt Insert Out LOPin 16 – PGM Lt Insert In SHPin 15 – PGM Lt Insert In HIPin 3 – PGM Lt Insert In LOPin 2 – PGM Rt Insert In SHPin 1 – PGM Rt Insert In HIPin 14 – PGM Rt Insert In LO


Insert points are normally by-passed at the factory. See “In-sert Bypass” (preceding section)if you intend to use these points.

RD / March 2001

4RD / May 2000


Lower DB-25 Connector – Digital Outputs

Handles digital Program outputs (AES format)Pin 2 – PGM AES Out SHPin 1 – PGM AES Out HIPin 14 – PGM AES Out LO

Master Output Module 2:

Upper DB-25 Connector – Analog Audio

Includes Audition, Utility outputs and Audition insert points. All signalsare +4dBu balanced.

Pin 25 – AUD Lt Out SHPin 24 – AUD Lt Out HIPin 12 – AUD Lt Out LO

Pin 11 – AUD Rt Out SHPin 10 – AUD Rt Out HIPin 23 – AUD Rt Out LOPin 22 – UTIL Lt Out SHPin 21 – UTIL Lt Out HIPin 9 – UTIL Lt Out LO

Pin 8 – UTIL Rt Out SHPin 7 – UTIL Rt Out HIPin 20 – UTIL Rt Out LOPin 19 – AUD Lt Insert Out SHPin 18 – AUD Lt Insert Out HIPin 6 – AUD Lt Insert Out LOPin 5 – AUD Rt Insert Out SHPin 4 – AUD Rt Insert Out HIPin 17 – AUD Rt Insert Out LOPin 16 – AUD Lt Insert In SHPin 15 – AUD Lt Insert In HIPin 3 – AUD Lt Insert In LOPin 2 – AUD Rt Insert In SHPin 1 – AUD Rt Insert In HIPin 14 – AUD Rt Insert In LO

Lower DB-25 Connector – Digital Outputs

Handles digital Audition and Utility outputs (AES format)Pin 16 – UTIL AES Out SHPin 15 – UTIL AES Out HIPin 3 – UTIL AES Out LOPin 2 – AUD AES Out SHPin 1 – AUD AES Out HIPin 14 – AUD AES Out LO

Insert points are normally by-passed at the factory. See “In-sert Bypass” (preceding page) ifyou intend to use these points.


RD / March 2001

5RD / May 2000


RD / March 2001

OMD-5 (1): PGM OutputDB Connector Pinouts


ANALOG


DIGITAL

PGM LT OUT SHPGM LT OUT HI

PGM RT OUT LO

N/C

N/C

N/C

PGM LT INS OUT SH

PGM LT INS OUT HI

PGM RT INS OUT LO

PGM LT INS IN SHPGM LT INS IN HI

PGM RT INS IN LO

AUDIO GROUND

PGM LT OUT LO

PGM RT OUT SH

PGM RT OUT HI

N/C

N/C

N/C

PGM LT INS OUT LO

PGM RT INS OUT SH

PGM RT INS OUT HI

PGM LT INS IN LO

PGM RT INS IN SH

PGM RT INS IN HI

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/CN/C

N/C

PGM AES OUT LO

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

PGM AES OUT SH

PGM AES OUT HI

54

32

1

1716

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

6RD / May 2000


RD / March 2001

OMD-5 (2): AUD-UTIL OutputDB Connector Pinouts


ANALOG


DIGITAL

AUD LT OUT SH

AUD LT OUT HI

AUD RT OUT LO

UTIL LT OUT SH

UTIL LT OUT HI

UTIL RT OUT LO

AUD LT INS OUT SH

AUD LT INS OUT HI

AUD RT INS OUT LO

AUD LT INS IN SHAUD LT INS IN HI

AUD RT INS IN LO

AUDIO GROUND

AUD LT OUT LO

AUD RT OUT SH

AUD RT OUT HI

UTIL LT OUT LO

UTIL RT OUT SH

UTIL RT OUT HI

AUD LT INS OUT LO

AUD RT INS OUT SH

AUD RT INS OUT HI

AUD LT INS IN LO

AUD RT INS IN SH

AUD RT INS IN HI

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

UTIL AES OUT SH

UTIL AES OUT HI

AUD AES OUT LO

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

UTIL AES OUT LO

AUD AES OUT SH

AUD AES OUT HI

5

4

32

1

17

16

15

14

8

76

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

1716

15

14

8

76

20

19

18

10

9

23

22

21

13

12

11

25

24

GAIN

OUTPUT MODULE(OMD-5/1)

R

L L

GAIN

R

LHOUT

LH

IN

INSERT

MONITORFEED

PGM LTOUTL

H

PGM RTOUTL

H

FR

OM

DS

P M

OD

UL

E

CUE

PROGRAM

GAIN

R

GAIN

L CUE LTOUTL

H

CUE RTOUTL

HT

O C

ON

SO

LE

MO

NIT

OR

BU

SS

ES

OUTPUT MODULE(OMD-5/2)

L

R

MONITORFEED

AUD LTOUTL

H

AUD RTOUTL

H

L

R

TEL MONITOR

UTILITY

AUDITION

R

GAIN

GAIN

GAIN

GAIN

GAIN

GAIN

L

UTL LTOUTL

H

UTL RTOUTL

H

TEL 1, 2OUTL

H

TEL 3, 4OUTL

H

TO

CO

NS

OL

E M

ON

ITO

R B

US

SE

S

RD/May 2000

OMD-5 Master Output Module - Signal Flow Diagram

SLIDE SW

SLIDE SW

SLIDE SW

SLIDE SW

INSERTBYPASSPRESET

INSERTBYPASSPRESET

DAC

DAC

LHOUT

LH

IN

INSERT

R

LLHOUT

LH

IN

INSERT

FR

OM

DS

P M

OD

UL

E

DAC

DAC

DAC

LHOUT

LH

IN

INSERT

LH

DIG OUT

LH

DIG OUT

LH

DIG OUT

page 4 - 7

1RD / May 2000

C O N T R O L R O O M M O D U L E

Control Room Module

(CRD-5)

Chapter Contents

Module Overview........................................................................ 5-2

Internal Programming Options ................................................. 5-3Cue Interrupt ........................................................................................................... 5-3

Cue Mute ................................................................................................................ 5-3

Mono Cue ............................................................................................................... 5-3

Hook-ups..................................................................................... 5-4Upper DB-25 Connector — AUDIO ........................................................................ 5-4

Upper DB-25 Connector — CONTROL .................................................................. 5-4

On-Air Tally ....................................................................................................... 5-4

Lower DB-25 Connector — AUDIO ........................................................................ 5-5


Control Room Module Signal Flow Diagram ........................... 5-7

2RD / May 2000


Control Room Module

(CRD-5)

Module OverviewThe CRD-5 module is the RD console operator’s monitor module.

It allows him to listen to the console’s three stereo outputs (PGM, AUD& UTL) as well as two external stereo line level inputs brought directlyinto the module. Source SELECT switching for these signals is at thetop of the module.

The CRD-5 also houses console HEADPHONE and CONTROLROOM circuits, which follow the source selection switches.

There are two types of headphone output: the +4dBu balanced output atthe module’s DB-25 connector (pre-level control), and two headphone jacksmounted left and right on the front of the lower mainframe pan, which areactually outputs from a built-in headphone amplifier. It is this built-in ampthat is controlled by the module’s front panel HEADPHONE level control.

The CUE master level control is right in the center of the module;this sets the level of the console’s cue signal.

Whenever CUE is activated elsewhere on the console (stereo lineinputs, the superphone module or for studio talkback) its signal will appearat the console’s built-in cue speaker mounted in the meter-bridge. Depend-ing on how the CRD-5 module has been programmed, cue can also interruptthe control room monitor speakers and/or the console operator’s headphone.The way Cue interrupts the module’s headphone and CR outputs is deter-mined by an internal PCB-mounted dipswitch. See “Cue Interrupt” on nextpage.

All user wiring to and from the CRD-5 module takes place atDB-25 multi-pin connectors mounted directly beneath the module onthe console mainframe’s bottom pan. There are two connectors: theupper one (towards the console meterbridge) handles audio outputs andthe console on-air tally control signals; the lower (near the consolearmrest) accepts the two external source inputs. All audio connectionsare stereo line level analog signals (+4dBu balanced). A pinoutdrawing on page 5-6 shows all wiring connections at a glance.

111100009999

8888

777766664444

3333

2222

11110000

5555

HHHHEEEEAAAADDDDPPPPHHHHOOOONNNNEEEE

111100009999

8888

777766664444

3333

2222

1111

0000

5555

CCCCUUUUEEEE

CRD

111100009999

8888

777766664444

3333

2222

11110000

5555

CCCCOOOONNNNTTTTRRRROOOOLLLL

OOOONNNN

EEEEXXXXTTTTEEEERRRRNNNNAAAALLLLSSSSTTTTEEEERRRREEEEOOOO

1111

2222

PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

SSSS

EEEE

LLLL

EEEE

CCCC

TTTT

3RD / May 2000


Internal Programming OptionsThere are two user-programmable switches on the CRD-5. One is a 7-

position dipswitch, SW1, located on the module’s main PCB slightlyabove and to the left of the cue master level control. This sets various cueinterrupt modes (see below).

There is also a single slide switch, located on the back edge of themodule’s piggyback PCB, which selects stereo or mono cue (see below).

For the purposes of this manual, we will assume you are holding the re-moved module upright, component side towards you, with gold-plated cardfingers to the left and the module faceplate to the right. This will enable you toread the control legends silkscreened next to each programming switch. Notewhen a dipswitch position is thrown to the right (towards the module’s face-plate) it is ON.

Cue Interrupt

Seven-position dipswitch SW1 determines how the console’s Cuefunction will interrupt regular monitor signals:

Dipswitch position 1 sends cue to CR leftDipswitch position 2 sends cue to CR rightDipswitch position 3 sends cue to HDPN left*Dipswitch position 4 sends cue to HDPN right*

Cue Mute

As Cue is also fed to the console’s built-in meterbridge speaker, whereit can easily be picked up by the console operator’s microphone, there isprovision to mute Cue whenever that mic is live (i.e., whenever the controlroom mute function is activated).

Dipswitch SW1 position 7 will mute cue whenever CR is muted(this is the factory default setting)

Mono Cue

Cue is normally a stereo signal; however, mono cue is possible. Simplythrow slide switch SW1 on the piggyback “cue” card in the direction of thesilkscreened arrow (down). This will send a summed L+R cue signal toboth cue left and right signal paths. Note the factory default setting for thisswitch is stereo cue.

*factory default settings

4RD / May 2000


Hook-UpsAs stated before, all user wiring to and from the CRD-5 module takes

place at two DB-25 multi-pin connectors mounted directly beneath themodule on the console mainframe’s bottom pan.

Upper DB-25 Connector — Audio

Includes cue, headphone and control room outputs. All audio signalsare +4dBu balanced, analog stereo.

Pin 25 – Cue Lt Out SHPin 24 – Cue Lt Out HIPin 12 – Cue Lt Out LOPin 11 – Cue Rt Out SHPin 10 – Cue Rt Out HIPin 23 – Cue Rt Out LO

Pin 22 – Hdpn Lt Out SHPin 21 – Hdpn Lt Out HIPin 9 – Hdpn Lt Out LOPin 8 – Hdpn Rt Out SHPin 7 – Hdpn Rt Out HIPin 20 – Hdpn Rt Out LO

Pin 19 – CR Lt Out SHPin 18 – CR Lt Out HIPin 6 – CR Lt Out LOPin 5 – CR Rt Out SHPin 4 – CR Rt Out HIPin 17 – CR Rt Out LO

Upper DB-25 Connector — Control

The console’s on-air tally port is on the CRD-5 upper DB-25 connec-tor. This is a simple relay closure that activates whenever programmedinput modules are turned ON (see page 2-4). The port can be used to controlan externally powered tally light that requires a continuous closure tofunction.

Pin 14 – On-Air Tally Relay COMPin 1 – On-Air Tally Relay N.O.

Maximum current throughthe on-air tally relay clo-sure is 2 amps @30VDC.

!


RD / March 2001

5RD / May 2000


Lower DB-25 Connector — Audio

This connector handles the module’s source select External Stereo andExternal CUE inputs.

Pin 25 – Ext Cue In SHPin 24 – Ext Cue In HI

Pin 19 – Ext 1 Lt In SHPin 18 – Ext 1 Lt In HIPin 6 – Ext 1 Lt In LOPin 5 – Ext 1 Rt In SHPin 4 – Ext 1 Rt In HIPin 17 – Ext 1 Rt In LO


AMP #1 connector


RD / July 2003

6RD / May 2000


RD / July 2003

CRD-5 Control Room DB Connector Pinouts



CUE LT OUT SH

CUE LT OUT HI

CUE RT OUT LO

HDPN LT OUT SH

HDPN LT OUT HI

HDPN RT OUT LO

CR LT OUT SH

CR LT OUT HI

CR RT OUT LO

N/C

N/C

ON-AIR RELAY COM

AUDIO GROUND

CUE LT OUT LO

CUE RT OUT SH

CUE RT OUT HI

HDPN LT OUT LO

HDPN RT OUT SH

HDPN RT OUT HI

CR LT OUT LO

CR RT OUT SH

CR RT OUT HI

N/C

N/C

ON-AIR RELAY N.O.

EXTERNAL CUE IN SH

EXTERNAL CUE IN HI

N/C

N/C

N/C

N/C

EXT1 LT IN SH

EXT 1 LT IN HI

EXT 1 RT IN LO

EXT 2 LT IN SH

EXT 2 LT IN HI

EXT 2 RT IN LO

N/C

N/C

N/C

N/C

N/C

N/C

N/C

EXT 1 LT IN LO

EXT 1 RT IN SH

EXT 1 RT IN HI

EXT 2 LT IN LO

EXT 2 RT IN SH

EXT 2 RT IN HI

54

3

2

1

1716

15

14

8

76

20

19

18

10

9

23

22

21

13

1211

25

24

5

4

3

2

1

1716

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

CR

CONTROLROOM

MONITOR

R R

L

HDPN JACK

CUE OUT

R

L

R

L

HDPN OUT

LH

LH

L

R

R

L

CR OUT

LH

LH

L

R

LH

LH

L

RR

L

CUE SPKR

R

L L

R

R

LLH

LH

LH

LH

EXT 1

EXT 2

R

L

R

L SOURCE

SELECT

FET

SW

UTL

AUD

PGM

FR

OM

CO

NS

OL

EM

ON

ITO

R B

US

SE

S

R

L

R

L

TO CUE MONITOR BUS

FROM CUE BUS

R

L

R

L

LEVEL

LEVEL

CUE

CUE MONO

HDPNINTERRUPT

FET SWMONO

MONO

CUEMUTE

FET SW

SLIDE SWMONO/STEREO

MONO

HDPN

LEVEL

L

INTERRUPT/MUTE

RD/May 2000

CRD-5 Control Room Monitor - Signal Flow Diagram

CRINTERRUPT

FET SW

DIP SW

DIP SW

CUE MUTEENABLE

DIP SW

CUE TO LTHDPN

CUE TO RTHDPN

DIP SW

DIP SW

CUE TOLT CR

CUE TO RT CR

RELAYLOW

VOLTAGECONTACTS

FR

OM

CO

NS

OL

EC

ON

TR

OL

BU

SS

ES

FROM ON AIR TALLY BUS

FROM CUE LOGIC BUS

FROM CR MUTE BUS


EXT 1 EXT 2 PGM

LOGIC

LOGIC

AUD UTL

ON

page 5 - 7

1RD / May 2000

S T U D I O C O N T R O L M O D U L E

Studio Control Module

(SCD-5)

Chapter Contents

Module Overview........................................................................ 6-2

Internal Programming Options ................................................. 6-3External Talkback Mute/Dim ................................................................................... 6-3

Studio Dim .............................................................................................................. 6-3

Hook-ups..................................................................................... 6-4Upper DB-25 Connector — AUDIO ........................................................................ 6-4

Upper DB-25 Connector — CONTROL .................................................................. 6-4

Tally 2 and Tally 3 ............................................................................................. 6-4

Lower DB-25 Connector — AUDIO ........................................................................ 6-5


Studio Room Module Signal Flow Diagram ............................. 6-7

2RD / May 2000


Studio Control Module

(SCD-5)

Module OverviewThe SCD-5 module is similar to the CRD-5 control room module,

only it controls monitor audio and talkback to two additional (“non-control room”) studios. The monitor signal being sent to these twostudios follows the source select switching at the top of the module; thisswitching is identical to the control room module’s, and includes theconsole’s three stereo outputs (PGM, AUD, & UTL), as well as twoexternal stereo line level inputs brought directly into the module.

Each studio has its own level control and talkback switch. While atalkback switch is pressed and held (the switches are momentaryaction) the console operator’s microphone signal will interrupt theregular monitor signals being sent to the studio in question. TheTALKBACK master level control in the center of the module sets thelevel of this talkback interrupt signal.

All user wiring to and from the SCD-5 module takes place atDB-25 multi-pin connectors mounted directly beneath the module onthe console mainframe’s bottom pan. There are two connectors: theupper one (towards the console meterbridge) handles external talkbackout and regular studio monitor outputs, plus the console’s Tally 2 andTally 3 control signals; the lower connector (near the console armrest)accepts the module’s two external source inputs. It also outputs twoadditional pre-level control studio outputs.All audio connections are(+4dBu balanced) analog signals. A pinout drawing on page 6-6 showsall wiring connections at a glance.

111100009999

8888

777766664444

3333

2222

11110000

5555

111100009999

8888

777766664444

3333

2222

1111

0000

5555

TTTTAAAALLLLKKKKBBBBAAAACCCCKKKK

SSSSTTTTUUUUDDDDIIIIOOOO 2222

TTTTBBBB

SCD

SSSSTTTTUUUUDDDDIIIIOOOO 1111 11110000

9999

8888

777766664444

3333

2222

11110000

5555

TTTTBBBB

EEEEXXXXTTTTEEEERRRRNNNNAAAALLLLSSSSTTTTEEEERRRREEEEOOOO

1111

2222

PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

SSSS

EEEE

LLLL

EEEE

CCCC

TTTT

3RD / May 2000


Internal Programming OptionsThere is one user-programmable dipswitch on the SCD-5. It is a 7-

position dipswitch, SW1, located on the module’s main PCB slightly aboveand to the left of the talkback master level control.

For the purposes of this manual, we will assume you are holding the removedmodule upright, component side towards you, with gold-plated card fingers to theleft and the module faceplate to the right. This will enable you to read the controllegends silkscreened next to the programming switch. Note when a dipswitchposition is thrown to the right (towards the module’s faceplate) it is ON.

External Talkback Mute/Dim

There is an independent talkback output from the SCD-5 module. Byprogramming the first two positions of dipswitch SW1, you can make thisexternal talkback output MUTE whenever a studio is muted. You also havethe option of making the output DIM (drop -20dB in level) instead of MUTE.

Dipswitch position 1 mutes external TB whenever Studio 1 is muted*Dipswitch position 2 mutes external TB whenever Studio 2 is muted*Dipswitch position 7 makes external TB DIM instead of MUTE

Studio Dim

Input modules controlling studio microphones can be programmed toMUTE a studio whenever the module is turned on (i.e., it’s microphone islive). If you wish, you can have a studio DIM (drop -20dB in level) insteadof MUTE:

Dipswitch position 5 causes Studio 1 to DIM instead of MUTEDipswitch position 6 causes Studio 2 to DIM instead of MUTE

Note the DIM functions do not affect talkback interrupts, which alwayscompletely replace the studio’s regular monitor feed with the console operator’sTB signal. Note also if a studio is muted, talkback cannot be heard. However, if astudio is programmed to DIM instead of MUTE, talkback audio could presumablymake it from the studio monitor speakers to the open studio mic.

*factory default settings

4RD / May 2000


Hook-UpsAs stated before, all user wiring to and from the SCD-5 module takes

place at two DB-25 multi-pin connectors mounted directly beneath themodule on the console mainframe’s bottom pan.

Upper DB-25 Connector — Audio

Includes studio 1, studio 2 and (mono) talkback outputs. All audiosignals are analog, +4dBu balanced.

Pin 25 – TB Out SHPin 24 – TB Out HIPin 12 – TB Out LO

Pin 22 – Studio 2 Lt Out SHPin 21 – Studio 2 Lt Out HIPin 9 – Studio 2 Lt Out LOPin 8 – Studio 2 Rt Out SHPin 7 – Studio 2 Rt Out HIPin 20 – Studio 2 Rt Out LO

Pin 19 – Studio 1 Lt Out SHPin 18 – Studio 1 Lt Out HIPin 6 – Studio 1 Lt Out LOPin 5 – Studio 1 Rt Out SHPin 4 – Studio 1 Rt Out HIPin 17 – Studio 1 Rt Out LO

Upper DB-25 Connector — Control

The console’s Tally 2 and Tally 3 control ports are on the SCD-5 upperDB-25 connector. These are simple relay closures that activate wheneverprogrammed input modules are turned ON (see page 2-4). The ports canbe used to control externally powered tally lights that requires a continuousclosure to function.

Pin 14 – Tally 2 Relay COMPin 1 – Tally 2 Relay N.O.Pin 3 – Tally 3 Relay COMPin 15 – Tally 3 Relay N.O.

Maximum current throughthe tally relay closures is2 amps @30VDC.

!


RD / March 2001

5RD / May 2000


Lower DB-25 Connector — Audio

This connector handles the module’s source select External Stereoinputs. It also has a second set of studio outputs which are pre-levelcontrol. All signals are +4dBu balanced analog stereo.

Pin 25 – Studio 2 Pre Lt Out SHPin 24 – Studio 2 Pre Lt Out HIPin 12 – Studio 2 Pre Lt Out LOPin 11 – Studio 2 Pre Rt Out SHPin 10 – Studio 2 Pre Rt Out HIPin 23 – Studio 2 Pre Rt Out LO

Pin 22 – Studio 1 Pre Lt Out SHPin 21 – Studio 1 Pre Lt Out HIPin 9 – Studio 1 Pre Lt Out LOPin 8 – Studio 1 Pre Rt Out SHPin 7 – Studio 1 Pre Rt Out HIPin 20 – Studio 1 Pre Rt Out LO




RD / March 2001

6RD / May 2000


RD / March 2001

SCD-5 Studio ControlDB Connector Pinouts



TB OUT SH

TB OUT HI

N/C

STU 2 LT OUT SH

STU 2 LT OUT HI

STU 2 RT OUT LO

STU 1 LT OUT SH

STU 1 LT OUT HI

STU 1 RT OUT LO

N/C

TALLY 3 RELAY N.O.

TALLY 2 RELAY COM

AUDIO GROUND

TB OUT LO

N/C

N/C

STU 2 LT OUT LO

STU 2 RT OUT SH

STU 2 RT OUT HI

STU 1 LT OUT LO

STU 1 RT OUT SH

STU 1 RT OUT HI

TALLY 3 RELAY COM

N/C

TALLY 2 RELAY N.O.

STU 2 PRE LT OUT SH

STU 2 PRE LT OUT HI

STU 2 PRE RT OUT LO

STU 1 PRE LT OUT SH

STU 1 PRE LT OUT HI

STU 1 PRE RT OUT LO

EXT 1 LT IN SH

EXT 1 LT IN HI

EXT 1 RT IN LO

EXT 2 LT IN SH

EXT 2 LT IN HI

EXT 2 RT IN LO

N/C

STU 2 PRE LT OUT LO

STU 2 PRE RT OUT SH

STU 2 PRE RT OUT HI

STU 1 PRE LT OUT LO

STU 1 PRE RT OUT SH

STU 1 PRE RT OUT HI

EXT 1 LT IN LO

EXT 1 RT IN SH

EXT 1 RT IN HI

EXT 2 LT IN LO

EXT 2 RT IN SH

EXT 2 RT IN HI

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

STUDIO MONITOR

LH

LH

L

RR

L

R

L LH

LH

L

R

R

L

ST 2 OUT

LH

LH

L

R

R

L

ST 2PRE OUT

LH

LH

L

R

ST 1 OUT

ST 1PRE OUT

ST1

TB OUTLH

R

LLH

LH

LH

LH

EXT 1

EXT 2

R

L

R

L

SOURCE

SELECT

FET

SW

UTL

AUD

PGM

UTL

PGM

AUD

EXT2

EXT1FRONT

PANEL

SWITCHES

LOGIC

FR

OM

CO

NS

OL

EM

ON

ITO

R B

US

SE

S

TB

TB MONITOR

R

L

L

R

ST2

TBMUTE/DIM

FET SW

TB 1SW

TB 2SW

MUTEFETSW

MUTEFETSW

INTRPTFETSW

INTRPTFETSW

DIP SW

RD/May 2000

SCD-5 Studio Monitor - Signal Flow Diagram

ST1 MUTE

ST2 DIM

ST1 DIM

FR

OM

CO

NS

OL

E B

US

SE

S

RELAY LOW VOLTAGECONTACTS

RELAY LOW VOLTAGECONTACTS

TALLY 2

TALLY 3FR

OM

CO

NS

OL

ET

AL

LY

BU

SS

ES

TB DIM

LEVEL

FR

OM

CO

NS

OL

E

MO

NIT

OR

BU

S(M

MD

-50

0)

ST2 MUTE

LEVEL

LEVEL

page 6 - 7

1RD / May 2000

M E T E R O U T P U T M O D U L E

Meter Output Module

(MOD-5)

Chapter Contents

Module Overview........................................................................ 7-2

Internal Programming Options ................................................. 7-2

Hook-ups..................................................................................... 7-2

Meter Output Module Signal Flow Diagram ............................. 7-3

2RD / May 2000

M E T E R O U T P U T M O D U L E

Meter Output Module

(MOD-5)

Module OverviewEach RD console has one meter output module, which drives the

console’s three pairs of left-right VU meters: PGM, AUD and UTL.Recessed front panel trim pots calibrate the three meter pairs. A VU

TRIM cover strip (not shown) can be used to prevent trimpot access oncecalibration is set.

At the bottom of module are the timer control buttons (the timerdisplay is mounted in the righthand end of the console meterbridge):

AUTO – enables timer restart functions from programmed input modules

S/S – Start/Stop

RESET - return to zero (if the timer is stopped it will hold at zero; if it isrunning it will reset to zero and immediately begin counting up).

HOLD – when held down freezes the timer display (the counter keeps ongoing); when released the display catches up to the current count.

There is a DB-25 connector for factory use only. It sends the module’s VUand timer control signals to the meterbridge (a factory-provided cable runs fromthose connectors to the back of the meterbridge).

Internal Programming OptionsThere are no internal programming options on the MOD-5 module.

Hook-upsAll I/O connections from the MOD-5 meter output module are “inter-

nal” to the console (i.e., used to route VU and timer signals to themeterbridge) and not normally applicable to end customer use.

MOD

TTTTIIIIMMMMEEEERRRR

PROGRAML

R

AUDITIONL

R

UTILITYL

R

SSSS////SSSS

LLLL

HHHHOOOO

DDDD

RRRREEEESSSSEEEETTTT

TTTT

AAAAUUUU

OOOO

VVVVUUUU

TTTTRRRRIIII

MMMM

TRIM

METERMODULE

PROGRAM

AUDITION

FR

OM

CO

NS

OL

E M

ON

ITO

R B

US

SE

S

TRIM

TRIM

TRIM

RD/May 2000

MOD-5 Meter Output Module - Signal Flow Diagram

L

L

R

R

TO

CO

NS

OL

E M

ET

ER

BU

SS

ES

L

R

L

R

UTILITY

TRIM

TRIM

L

R

L

R

page 7 - 3

1RD / May 2000

C P U & D S P M O D U L E S

CPU Central Processor(CPU-5 Module)

DSP Digital Processor(DSP-5 Module)

Chapter Contents

Module Overview...........................................................................8-2AES Clock Sync ........................................................................................................ 8-2

CPU-5 Display .......................................................................................................... 8-2

2RD / May 2000

C P U & D S P M O D U L E S

CPU Central Processor(CPU-5 Module)

DSP Digital Processor(DSP-5 Module)

Module OverviewEvery RD has these two modules; together they perform

all central signal and control processing for the console. TheCPU-5 is the console’s central controller module; the DSP-5is the console’s digital signal processor. With one exception,AES SYNC (below), both modules are user-transparent—that is, they have no external controls, all their internalprogramming options are for factory use only, their DB-25 I/O connector ports have no user-applicable pins, there are nouser replaceable parts inside (though complete modules maybe ordered; see Appendix).

AES Clock Sync

If you wish to sync your RD console off an external clocksource (or use the console master clock signal to control anexternal device) the AES Sync port is available on theDSP-5 module upper DB-25 connector:

Pin 25 – AES Sync In SHPin 24 – AES Sync In HIPin 12 – AES Sync In LOPin 11 – AES Sync Out SHPin 10 – AES Sync Out HIPin 23 – AES Sync Out LO

CPU-5 Display

The alpha-numeric display on the CPU-5 module is usedat the factory for programming purposes. In the field thedefault display is always “RD-5”, with the dash characterflashing. This might occasionally change to show an errormessage for a second or two (for example, if you have hot-plugged a module into the mainframe), but this should clearquickly.

DSP

MMMMEEEESSSSSSSSAAAAGGGGEEEE

CPU

rd - 5

RD / March 2001

1RD / May 2000

S U P E R P H O N E I N P U T

Superphone Input

(SPD-5)

Chapter Contents

Module Overview........................................................................ 9-2Caller Set-Ups ........................................................................................................ 9-2

Automatic Features ................................................................................................. 9-3

Inputs and Outputs ................................................................................................. 9-3

Internal Programming Options - Main PCB ............................. 9-4Output Assign Switch Enable ................................................................................. 9-4

Mutes ...................................................................................................................... 9-4

Timer Restart .......................................................................................................... 9-4

Tallies ...................................................................................................................... 9-4

Cue Dropout ............................................................................................................ 9-5

Gain Trimpots ......................................................................................................... 9-5

Internal Programming Options - Piggyback PCB ................... 9-5External In ............................................................................................................... 9-5

Cue Pre/Post .......................................................................................................... 9-5

Gain Trimpots ......................................................................................................... 9-5

Hook-ups..................................................................................... 9-6AUDIO CONNECTIONS (Upper DB-25) ................................................................ 9-6

AUDIO and CONTROL CONNECTIONS (Lower DB-25) ...................................... 9-6


Superphone Module Signal Flow Diagram .............................. 9-9

2RD / May 2000


Superphone Input (SPD-5)

Module OverviewSPD-5 input modules are used for telephone call-ins. Each module can

handle two callers; there can be two modules per console for a total of fourcallers. Caller signals enter the module from the station hybrid, and eachcaller has his own fader. Caller input gain trims are provided at the top ofthe module.

Output switches assign callers to any combination of the console’sthree stereo outputs: PGM (program), AUD (audition), and/or UTL(utility).

Caller Set-Ups

Pre-air segment communication between the console operator (DJ)and callers is via CALLER (CUE) buttons (2) which place the caller’svoice on the console’s cue speakers (or control room speakers/operator’sheadphone if the CRD-5 module’s cue interrupt function has been soprogrammed). These cue signals can be internally programmed pre or postfader.

The caller hears the DJ in one of two ways:1) The DJ can assign his microphone input module to an unused output

bus—say UTL—and the DJ then selects the UTL input with the EXTswitch at the top of the phone module. This sends a dedicated (digitallygenerated) version of the UTL bus signal to the SPD-5 module’s hybridoutput, where it is ultimately heard by the caller through his telephone.This mix minus source select method can also be used to preplay a musicalsegment (or any other program content) for the caller off-air. Take theSLD-5 input module handling the desired music cut and assign it to anunused output bus; select the same bus as the caller’s mix minus sourceinput and he will hear it off-air.

Remember MMD-5 microphone input modules can be internally pro-grammed to have their Utility bus feed tapped pre-fader, pre-ON/OFF, makingthis a logical set-up for the DJ’s mic input if you do a lot of call-in work, sincethe DJ’s voice will always be present on the console’s Utility output busregardless of fader or ON/OFF settings on his mic module (which must still beassigned to UTL, however).

2) The DJ’s voice signal can be inputted through a special EXT IN portat the SPD-5 module’s upper DB-25 connector. This second methodeliminates the need to select a mix minus input source everytime you wantto talk off-air to the caller. An easy source choice here would be DJ micmodule’s INSERT OUT port.

CCCCAAAALLLLLLLLEEEERRRR TTTTRRRRIIIIMMMM1111

2222

AAAAUUUUDDDD

UUUUTTTTLLLL

PPPPGGGGMMMM

CCCCAAAALLLLLLLLEEEERRRR FFFFEEEEEEEEDDDD

FFFFEEEEEEEEDDDD

1111 2222CCCCUUUUEEEE

CCCCAAAALLLLLLLLEEEERRRRSSSS

0

5

15

20

30

40

50

6070

00

10

1111 2222

SPD

SSSSTTTTOOOOPPPP


PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

AAAA

SSSS

SSSS

IIII

GGGG

NNNN

3RD / May 2000


Automatic Features

Regular mic and stereo line input modules can have their outputassign buttons slave off of the SPD-5 telephone module output buttons.If this feature has been programmed on desired source modules, whenit’s time to go on-air with a phone segment all you need do is hit PGMon the phone module, and the PGM button on, say, your CD inputmodule (and the DJ’s mic module) will follow suit.

Note while this feature will turn slaved assign buttons ON, it will notturn them OFF; you must do this manually.

Faders can be optionally equipped with end-of-travel CUE switches,which will allow you to talk off-air with a caller with a simple faderoverpress. One of the faders can also have an optional EFS type switchto automatically turn the module on when it is run up.

The channel ON (“START”) and OFF (“STOP”) switches are at thebottom of the module. These can be programmed (via internal PCB-mounted dipswitches) to activate control room and studio mutes,tallies, timer restart and automatic cue drop-out. The ON switch canalso automatically trigger an external tape machine for recordingpurposes (see page 9-7).

Cue Dropout can also be programmed internally, making it unnec-essary to de-activate caller setup buttons before going live; simplypressing the module’s ON switch will automatically do this for you.

Inputs and Outputs

All audio and control signals hook-ups are made via two multi-pinDB-25 connectors mounted in the bottom of the console’s mainframe,directly underneath each module. The upper connector handles hybridinput signals (i.e., caller input) and the external input mentioned onpage 9-2. The lower connector handles outputs, including the module1and 2 feeds to your station hybrid (the phone signals going to yourcallers).

The module also has three addition output feeds on the lower DB-25 connector. These are generally used for recording purposes:

Composite Out – This includes everything: DJ, callers, music beds,etc. Generally used to to record phone segments in advance ofactual airplay.

Composite Minus Callers – This includes everything but the callers.

Callers Only – No talent, no DJs, no music; just caller voices.

CCCCAAAALLLLLLLLEEEERRRR TTTTRRRRIIIIMMMM1111

2222

AAAAUUUUDDDD

UUUUTTTTLLLL

PPPPGGGGMMMM

CCCCAAAALLLLLLLLEEEERRRR FFFFEEEEEEEEDDDD

FFFFEEEEEEEEDDDD

1111 2222CCCCUUUUEEEE

CCCCAAAALLLLLLLLEEEERRRRSSSS

0

5

15

20

30

40

50

6070

00

10

1111 2222

SPD

SSSSTTTTOOOOPPPP


PPPPGGGGMMMM

AAAAUUUUDDDD

UUUUTTTTLLLL

AAAA

SSSS

SSSS

IIII

GGGG

NNNN

4RD / May 2000


Internal Programming OptionsMain Printed Circuit Board

Main card internal programming is accomplished via three 4-positionprinted circuit board (PCB) mounted dipswitches mounted just to the leftof the module’s faders.

For main PCB programming, we will assume you are holding the removedmodule upright, component side towards you, with gold-plated card fingers tothe left and the module faceplate to the right. This will enable you to read thecontrol legends silkscreened next to each dipswitch. Note when a dipswitchposition is thrown to the right (towards the module’s faceplate) it is ON.

Output Assign Switch Enable

As previously stated (page 2-5 and 3-4), microphone (MMD) andstereo line (SLD) input modules can have their output assign switchesslave off of the SPD-5 phone module output assign switches. Four-position dipswitch SW1 (top dipswitch just to the left of the module faders)enables this feature at the phone module end:

Dipswitch position 1 activates PGM switch controlDipswitch position 2 activates AUD switch controlDipswitch position 4 activates UTL switch control

Mutes

When the SPD-5 phone channel ON switch is pressed, it can activateconsole mute functions. The first three positions of dipswitch SW2 (justbelow dipswitch SW1) determines which of the console’s three mute lineswill be activated:

SW2 position 1 mutes the control room when the phone module isON*SW2 position 2 mutes studio one when the phone module is ONSW2 position 3 mutes studio two when the phone module is ON

Timer Restart


SW2 position 4 activates timer restart when the phone module’s ONswitch is pressed*

Tallies


SW3 position 1 activates the on-air tally control lineSW3 position 2 activates tally 2SW3 position 3 activates tally 3

Remote tall ies arehooked-up to the consoleat the Control Room mod-ule (CRD-5)

Note this feature onlyworks for turning slavedassign switches ON; theywill not turn OFF from thesuperphone module—thismust be done manually.



5RD / May 2000


Cue Dropout

Dipswitch SW3 position 4, when activated, will cause CUE (i.e., callerset-up buttons 1 & 2) to turn off when the module’s ON switch is pressed.This is the factory default setting.

Gain Trimpots

There are two PCB-mounted trimpots. They are used as follows:CR1 - sets Callers 1 In port input gainCR2 - sets Callers 2 In port input gain

Internal Programming OptionsPiggyback Card

Piggyback card internal programming is accomplished via two PCB-mounted slide switches on the module’s piggyback card. This same cardalso contains PCB-mounted trimpots which may be used to set themodule’s various output feed levels.

For piggyback card programming, hold the removed module horizontally,component side towards you, with gold-plated card fingers aimed down and themodule faceplate on top. This will enable you to read the control legendssilkscreened on the PCB.

External In

In addition to feeding the DJ’s voice signal to the callers via themodule’s mix minus source select switching, it may also be broughtdirectly in through an EXT IN port on the module’s upper DB-25connector. PCB-mounted slide switch SW1 (piggyback card left center),activates this external port when thrown to the left (this is the factorydefault setting).

Cue Pre/Post

The module’s CUE signals (caller setup buttons 1 & 2) can tap pre orpost fader. When slide switch SW2 (piggyback card lower right) is UP theyare PRE, when DOWN they are POST. (Factory default setting is PRE.)

Gain Trimpots

There are six PCB-mounted trimpots to the right of slide switch SW1.They are used as follows:

CR4 – sets the External In port input gainCR6 – sets the module’s output level to Hybrid 1CR3 – sets the module’s output level to Hybrid 2CR7 – sets the module’s “composite” output levelCR8 – sets the module’s “composite minus callers” (“talent”)

output levelCR5 – sets the module’s “callers only” output level

Factory default settings forthese trimpots is UNITYGAIN.

6RD / May 2000


Hook-UpsAs stated before, all user wiring to and from SPD-5 modules takes place

at DB-25 multi-pin connectors mounted directly beneath each module onthe console mainframe’s bottom pan. There are two connectors per module:the upper one (towards the console meterbridge) handles audio inputsignals; the lower (near the console armrest) audio outputs and controlsignals. A pinout drawing on page 9-8 shows all wiring connections at aglance.

Audio Connections (upper DB-25)

These include External In and station Hybrid 1 & 2 inputs. All are +4dBubalanced analog mono.

Pin 25 – Ext In SHPin 24 – Ext In HIPin 12 – Ext In LOPin 22 – Hybrid 1 In SHPin 21 – Hybrid 1 In HIPin 9 – Hybrid 1 In LOPin 8 – Hybrid 2 In SHPin 7 – Hybrid 2 In HIPin 20 – Hybrid 2 In LOPins 2,5,11,13,16 and 19 – Audio Ground

Audio and Control Connections (lower DB-25)

These include outputs to the station hybrid, module output compositefeeds (for recording) and remote tape machine START/STOP ports.

Pin 25 – Composite Out SHPin 24 – Composite Out HIPin 12 – Composite Out LOPin 11 – Composite Minus Callers Out SHPin 10 – Composite Minus Callers Out HIPin 23 – Composite Minus Callers Out LOPin 22 – Callers Only Out SHPin 21 – Callers Only Out HIPin 9 – Callers Only Out LOPin 8 – To Hybrid 1 Out SHPin 7 – To Hybrid 1 Out HIPin 20 – To Hybrid 1 Out LOPin 19 – To Hybrid 2 Out SHPin 18 – To Hybrid 2 Out HIPin 6 – To Hybrid 2 Out LO


RD / March 2001

7RD / May 2000


Pin 17 – Start/Stop CommonPin 16 – StopPin 15 – StartPin 4 – Start/Stop CommonPin 3 – StopPin 2 – Start

The last six callouts are simply two parallel-connected sets of pinsfor the same control port. When the module’s ON switch is pressed, aclosure takes place between start/stop common and START; when themodule’s STOP switch is pressed, a closure takes place between start/stop common and STOP. These may be used to control a remote tapemachine for recording phone segments. Note that these are opto-isolated outputs; the START/STOP COMMON connections are theemitters, while the START and STOP connections are the collectors,of the opto’s NPN transistors. Correct polarity must be observed whenusing these outputs.

8RD / May 2000


RD / March 2001

SPD-5 Superphone DB Connector Pinouts


ANALOG


ANALOG/LOGIC

EXT 1 IN SH

EXT 1 IN HI

N/C

HYBRID 1 IN SH

HYBRID 1 IN HI

HYBRID 2 IN LO

AUDIO GROUND

N/C

N/C

AUDIO GROUND

N/C

N/C

AUDIO GROUND

EXT 1 IN LO

AUDIO GROUND

N/C

HYBRID 1 IN LO

HYBRID 2 IN SH

HYBRID 2 IN HI

N/C

AUDIO GROUND

N/C

N/C

AUDIO GROUND

N/C

COMPOSITE OUT SH

COMPOSITE OUT HI

COMPOSITE MINUS CALLERS OUT LO

CALLERS ONLY OUT SH

CALLERS ONLY OUT HI

TO HYBRID 1 OUT LO

TO HYBRID 2 OUT SH

TO HYBRID 2 OUT HI

START/STOP COM

STOP

START

N/C

AUDIO GROUND

COMPOSITE OUT LO

COMP MINUS CLRS OUT SH

COMPOSITE MINUS CALLERS OUT HI

CALLERS ONLY OUT LO

TO HYBRID 1 OUT SH

TO HYBRID 1 OUT HI

TO HYBRID 2 OUT LO

N/C

START/STOP COM

STOP

START

N/C

5

4

3

2

1

17

16

15

14

8

76

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

DIPSWITCHES

ON AIR TALLY

ST 2 MUTE

CR MUTE

SUPERPHONE INPUT

LH

LH

HYBRID 2 IN

EXT IN LH

STOPSTART

TALLY 2FRONT PANEL SWITCHES

PGM AUD UTL CUE1 CUE2

FROMCALLERS

HYBRID 1 IN

TO HYBRID 1

TO HYBRID 2

LH

LH

COMPOSITEOUT

LH

LH

LH

LOGIC

TALLY 3

TO

CO

NS

OL

E C

ON

TR

OL

BU

SS

ES

TRIM

TRIM

CUE DROPOUT

ON OFFFEED

FEEDOUT

SUM OFCALLERS

OUT

TB MONITOR

TB TOCALLERFET SW

COMMON

SPD-5 Superphone Module - Signal Flow DiagramRD/May 2000

LOGIC

TIMER RESTART

ST 1 MUTE

EXTIN

SLIDESW

CUEPRE/POST

SLIDESW

CUEASSIGNFET SW

FADER1

FADER2

ANALOG TO

DIGITAL

CONVERTER

(ADC)

MIX-MINUS CONTROL SIGNALTO CPU MODULE

DATATO DSP MODULE

DATA

PHONEENERGIZE

DIPSWITCH

TO CONSOLEBUSSES

PHONEMODULESELECT

TO

CO

NS

OL

E B

US

SE

S

CUE LOGIC

TRIM

LT

RT

TRIM

TRIM

TRIM

TRIM

TRIM

TRIM

SW

PHONE

SELECTSW

MODULE

PHONEJUMPER

page 9 - 9

1RD / May 2000

L I N E P R E S E L E C T O R M O D U L E

Line Preselector Module-Analog

(LSA-5; optional)

Chapter Contents

Overview ............................................................................................ 10-2

Internal Programming Options ........................................................ 10-2

Hook-ups............................................................................................ 10-3Audio Inputs ......................................................................................................................10-3

Outputs .............................................................................................................................10-4

DB Connector Pinout Drawing......................................................... 10-5

Line Preselector (Analog) Signal Flow Diagram ............................ 10-6

2RD / May 2000


Line Preselector Module-Analog

(LSA-5; optional)

OverviewThis optional module electronically selects one of seven stereo line

sources and routes it to one stereo output, allowing you to expand thesource capability of an input channel or monitor module.

All audio input and output signals are made via two multipin DB-25connectors mounted in the bottom of the console’s mainframe, directlyunderneath this module.

Internal Programming OptionsThere are no internal programming options on the LSA-5 module.

LSA

1111

2222

3333

4444

5555

6666

7777

SSSS

OOOO

UUUU

RRRR

CCCC

EEEE

OOOOFFFFFFFF

3RD / May 2000


Hook-UpsAs stated before, all user wiring to and from LSA-5 modules takes

place at DB-25 multi-pin connectors mounted directly beneath eachmodule on the console mainframe’s bottom pan. There are two connec-tors per module: the upper one (towards the console meterbridge)handles audio input signals; the lower (near the console armrest) audioinput and output signals. A pinout drawing on page 10-5 shows allwiring connections at a glance.

LSA-5 Audio Inputs 1-4 (upper DB-25)

Pin 25 – Line 1 Lt In SHPin 24 – Line 1 Lt In HIPin 12 – Line 1 Lt In LOPin 11 – Line 1 Rt In SHPin 10 – Line 1 Rt In HIPin 23 – Line 1 Rt In LOPin 22 – Line 2 Lt In SHPin 21 – Line 2 Lt In HIPin 9 – Line 2 Lt In LOPin 8 – Line 2 Rt In SHPin 7 – Line 2 Rt In HIPin 20 – Line 2 Rt In LO


LSA-5 Audio Inputs 5-7 (lower DB-25)

Pin 25 – Line 5 Lt In SHPin 24 – Line 5 Lt In HIPin 12 – Line 5 Lt In LOPin 11 – Line 5 Rt In SHPin 10 – Line 5 Rt In HIPin 23 – Line 5 Rt In LOPin 22 – Line 6 Lt In SHPin 21 – Line 6 Lt In HIPin 9 – Line 6 Lt In LO


RD / March 2001

4RD / May 2000


Pin 8 – Line 6 Rt In SHPin 7 – Line 6 Rt In HIPin 20 – Line 6 Rt In LO

Pin 19 – Line 7 Lt In SHPin 18 – Line 7 Lt In HIPin 6 – Line 7 Lt In LOPin 5 – Line 7 Rt In SHPin 4 – Line 7 Rt In HIPin 17 – Line 7 Rt In LO

LSA-5 Audio Outputs

Pin 16 – Line Lt Out SHPin 15 – Line Lt Out HIPin 3 – Line Lt Out LOPin 2 – Line Rt Out SHPin 1 – Line Rt Out HIPin 14 – Line Rt Out LO Typical DB-25

connector

RD / March 2001

5RD / May 2000


LSA-5 Line Selector Module DB Connector Pinouts

INPUT PORTS(Upper DB-25)


LINE 1 LT IN SH

LINE 1 LT IN HI

LINE 1 RT IN LO

LINE 2 LT IN SH

LINE 2 LT IN HI

LINE 2 RT IN LO

LINE 3 LT IN SH

LINE 3 LT IN HI

LINE 3 RT IN LO

LINE 4 LT IN SH

LINE 4 LT IN HI

LINE 4 RT IN LO

N/C

LINE 1 LT IN LO

LINE 1 RT IN SH

LINE 1 RT IN HI

LINE 2 LT IN LO

LINE 2 RT IN SH

LINE 2 RT IN HI

LINE 3 LT IN LO

LINE 3 RT IN SH

LINE 3 RT IN HI

LINE 4 LT IN LO

LINE 4 RT IN SH

LINE 4 RT IN HI

LINE 5 LT IN SH

LINE 5 LT IN HI

LINE 5 RT IN LO

LINE 6 LT IN SH

LINE 6 LT IN HI

LINE 6 RT IN LO

LINE 7 LT IN SH

LINE 7 LT IN HI

LINE 7 RT IN LO

LINE LT OUT SH

LINE LT OUT HI

LINE RT OUT LO

N/C

LINE 5 LT IN LO

LINE 5 RT IN SH

LINE 5 RT IN HI

LINE 6 LT IN LO

LINE 6 RT IN SH

LINE 6 RT IN HI

LINE 7 LT IN LO

LINE 7 RT IN SH

LINE 7 RT IN HI

LINE LT OUT LO

LINE RT OUT SH

LINE RT OUT HI

5

4

3

2

1

17

16

15

14

8

7

6

2019

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

RD / March 2001

PRESELECTORLS-5

LH

LH

LH

LH

EXT1

EXT2

R

L

R

L

LH

LH

LH

LH

EXT3

EXT4

L

R

L

SOURCESELECTLOGIC

R

L

OUT

LH

LH

L

R

LH

LH

LH

LH

EXT5

EXT6

R

L

R

L

LH

LH

EXT7

R

L

SOURCE

SELECT

FET

SW

2

1

4

3

6

5

OFF

7

FRONT PANELSWITCHES

LOGICR

RD/May 2000

LS-5 Line Preselector (analog) - Signal Flow Diagrampage 10 - 6

1RD / May 2000


Line Preselector Module-Digital/Analog

(LSD-5 Control Module andLSR-500 Rackmount Switcher;

optional)

Chapter Contents

Overview ............................................................................................ 11-2

Internal Programming Options ........................................................ 11-3

LSR-500 (drawing) ............................................................................. 11-3

Hook-ups – LSD-5 ............................................................................. 11-3

Hook-ups – LSR-500 ......................................................................... 11-3Analog Audio Inputs.......................................................................................................... 11-3

Digital Audio Inputs ...........................................................................................................11-4

Analog Outputs ................................................................................................................. 11-5

Digital Outputs ..................................................................................................................11-5

DB Connector Pinout Drawing (LSD-5) ........................................... 11-6

DB Connector Pinout Drawing (LSR-500) ....................................... 11-7

Line Preselector (Digital) Signal Flow Diagram ............................. 11-9

2RD / May 2000


Line Preselector Module(Digital/Analog)

(LSD-5 Controller Panel)(LSR-500 Rackmount Unit;

optional)

OverviewThis optional module consists of an 8-switch control module (LSD-5)

mounted in the RD console and an associated 19-inch rackmount switcher(LSR-500) that mounts in a remote location. All audio input and outputwiring goes to the rackmount unit, which takes its control from the consolemodule.

The rack unit accepts eight stereo analog and digital audio inputs (eachinput is dipswitch-selectable for either analog or digital) and outputs bothan analog and digital stereo signal, which may be wired back to RD consoleinput ports. Wiring between the console’s LSD-5 preselector module andthe rackmount switcher is via two factory supplied pin-for-pin DB-25connector cables: the module’s upper DB is used for control; the lower forpower.

The LSR-500 rackmount unit faceplate has eight indicator LEDswhich show which input has been selected at the console and alsoANALOG and DIGITAL LEDs which light to show what kind of signalhas been selected. A POWER LED is also included. (See drawing nextpage)

The rear of the LSR-500 has seven I/O connectors: two DB-9s (analogand digital output) and five DB-25s (control and power to the LSD-5module, analog audio in (2) and digital audio in (1). In the center of thechassis rear is a cutout that allows access to eight dipswitch settings thatdetermine what type of audio (analog or digital) each input accepts. Thedefault setting (“off”) is DIGITAL.

LSD

1111

2222

3333

4444

5555

6666

7777

SSSS

OOOO

UUUU

RRRR

CCCC

EEEE

8888

3RD / May 2000


Internal Programming OptionsThere are no internal programming options on the LSD-5 module. The

LSR-500 rackmount unit has the previously mentioned input selectdipswitches (analog/digital).

Hook-Ups

LSD-5 Line Preselector Module

Two DB-25 connectors that wire pin-for-pin to matching DB-25s onthe LSR-500 chassis rear. The upper connector is for control; the lower forpower. See pinout drawing on page 11-6 for signals.

LSR-500 Audio Inputs

These are for analog stereo (+4dBu balanced) and digital (AES)signals; there are three DB-25 input connectors on the chassis rear (pinoutdrawing on the pages 11-7, 11-8):

ANALOG AUDIO INPUTS 1-4:Pin 25 – Line 1 Lt In SHPin 24 – Line 1 Lt In HIPin 12 – Line 1 Lt In LOPin 11 – Line 1 Rt In SHPin 10 – Line 1 Rt In HIPin 23 – Line 1 Rt In LOPin 22 – Line 2 Lt In SHPin 21 – Line 2 Lt In HIPin 9 – Line 2 Lt In LOPin 8 – Line 2 Rt In SHPin 7 – Line 2 Rt In HIPin 20 – Line 2 Rt In LO

Pin 19 – Line 3 Lt In SHPin 18 – Line 3 Lt In HIPin 6 – Line 3 Lt In LO

POWER ANALOG 1DIG

Model LSR-500 Line Selector 8-Line Analog/Digital Rackmount Switcher

2 3 4 5 6 7 8

LINE

ANALOG/DIG SELECT

CONTROL LOGICDC POWERDIGITAL OUTDIGITAL INPUTSAUDIO OUTAUDIO INPUTS 5-8AUDIO INPUTS 1-4

CAUTION - TO AVOID ELECTRIC SHOCK REFER SERVICE TO QUALIFIED TECHNICIAN5 84321 6 7

The LSR-500 Rackmount Switcher Unit (front & rear)


RD / March 2001

4RD / May 2000


Pin 5 – Line 3 Rt In SHPin 4 – Line 3 Rt In HIPin 17 – Line 3 Rt In LOPin 16 – Line 4 Lt In SHPin 15 – Line 4 Lt In HIPin 3 – Line 4 Lt In LOPin 2 – Line 4 Rt In SHPin 1 – Line 4 Rt In HIPin 14 – Line 4 Rt In LO

ANALOG AUDIO INPUTS 5-8:Pin 25 – Line 5 Lt In SHPin 24 – Line 5 Lt In HIPin 12 – Line 5 Lt In LOPin 11 – Line 5 Rt In SHPin 10 – Line 5 Rt In HIPin 23 – Line 5 Rt In LOPin 22 – Line 6 Lt In SHPin 21 – Line 6 Lt In HIPin 9 – Line 6 Lt In LOPin 8 – Line 6 Rt In SHPin 7 – Line 6 Rt In HIPin 20 – Line 6 Rt In LO


DIGITAL AUDIO INPUTS 1-8:Pin 25 – AES 1 In SHPin 24 – AES 1 In HIPin 12 – AES 1 In LOPin 11 – AES 2 In SHPin 10 – AES 2 In HIPin 23 – AES 2 In LOPin 22 – AES 3 In SHPin 21 – AES 3 In HIPin 9 – AES 3 In LOPin 8 – AES 4 In SHPin 7 – AES 4 In HIPin 20 – AES 4 In LO


RD / March 2001

5RD / May 2000


Pin 19 – AES 5 In SHPin 18 – AES 5 In HIPin 6 – AES 5 In LOPin 5 – AES 6 In SHPin 4 – AES 6 In HIPin 17 – AES 6 In LOPin 16 – AES 7 In SHPin 15 – AES 7 In HIPin 3 – AES 7 In LOPin 2 – AES 8 In SHPin 1 – AES 8 In HIPin 14 – AES 8 In LO

LSR-500 Audio Outputs

These are for analog stereo (+4dBu balanced) and digital (AES);there are two DB-9 output connectors on the chassis rear (pinoutdrawing on the page 11-8):

ANALOG OUTPUTS (DB-9):Pin 8 – Line Lt Out SHPin 7 – Line Lt Out HIPin 3 – Line Lt Out LOPin 2 –Line Rt Out SHPin 1 – Line Rt Out HIPin 6 – Line Rt Out LO

DIGITAL OUTPUTS (DB-9):Pin 2 – AES Out SHPin 1 – AES Out HIPin 6 – AES Out LO



RD / March 2001

6RD / May 2000


LSD-5 Line Preselector Module DB Connector Pinouts

I/O CONTROL PORTS(Upper DB-25)

I/O POWER PORTS(Lower DB-25)

DIGITAL GROUND

N/C

N/C

DIGITAL GROUND

CONSOLE CLOCK

CONSOLE RESET

DIGITAL GROUND

LINE 7

LINE 6

DIGITAL GROUND

LINE 3

LINE 2

AUDIO GROUND

N/C

DIGITAL GROUND

N/C

CONSOLE CLOCK

DIGITAL GROUND

CONSOLE RESET

LINE 8

DIGITAL GROUND

LINE 5

LINE 4

DIGITAL GROUND

LINE 1

-V

-V

+V

+V

AUDIO GROUND

AUDIO GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

+5V DIGITAL

+5V DIGITAL

+5V DIGITAL

AUDIO GROUND

-V

-V

+V

+V

AUDIO GROUND

AUDIO GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

+5V DIGITAL

+5V DIGITAL

+5V DIGITAL

54

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

7RD / May 2000


RD / March 2001

LSR-500 Rackmount Switcher DB Connector Pinouts

ANALOGINPUTS 1-4

(DB-25)

ANALOGINPUTS 5-8

(DB-25)

LINE 1 LT IN SH

LINE 1 LT IN HI

LINE 1 RT IN LO

LINE 2 LT IN SH

LINE 2 LT IN HI

LINE 2 RT IN LO

LINE 3 LT IN SH

LINE 3 LT IN HI

LINE 3 RT IN LO

LINE 4 LT IN SH

LINE 4 LT IN HI

LINE 4 RT IN LO

AUDIO GROUND

LINE 1 LT IN LO

LINE 1 RT IN SH

LINE 1 RT IN HI

LINE 2 LT IN LO

LINE 2 RT IN SH

LINE 2 RT IN HI

LINE 3 LT IN LO

LINE 3 RT IN SH

LINE 3 RT IN HI

LINE 4 LT IN LO

LINE 4 RT IN SH

LINE 4 RT IN HI

LINE 5 LT IN SH

LINE 5 LT IN HI

LINE 5 RT IN LO

LINE 6 LT IN SH

LINE 6 LT IN HI

LINE 6 RT IN LO

LINE 7 LT IN SH

LINE 7 LT IN HI

LINE 7 RT IN LO

LINE 8 LT IN SH

LINE 8 LT IN HI

LINE 8 RT IN LO

AUDIO GROUND

LINE 5 LT IN LO

LINE 5 RT IN SH

LINE 5 RT IN HI

LINE 6 LT IN LO

LINE 6 RT IN SH

LINE 6 RT IN HI

LINE 7 LT IN LO

LINE 7 RT IN SH

LINE 7 RT IN HI

LINE 8 LT IN LO

LINE 8 RT IN SH

LINE 8 RT IN HI

5

4

3

2

1

17

16

15

14

8

7

6

2019

18

10

9

23

22

21

1312

11

25

24

5

4

3

2

1

17

16

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

8RD / May 2000


RD / March 2001

LINE RT OUT SH

LINE LT OUT SH

AES1 IN SH

AES1 IN HI

AES 2 IN LO

AES 3 IN SH

AES 3 IN HI

AES 4 IN LO

AES 5 IN SH

AES 5 IN HI

AES 6 IN LO

AES 7 IN SH

AES 7 IN HI

AES 8 IN LO

AUDIO GROUND

AES 1 IN LO

AES 2 IN SH

AES 2 IN HI

AES 3 IN LO

AES 4 IN SH

AES 4 IN HI

AES 5 IN LO

AES 6 IN SH

AES 6 IN HI

AES 7 IN LO

AES 8 IN SH

AES 8 IN HI

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

DIGITAL INPUTS(DB-25)

DIGITALAUDIO OUTPUT (DB-9)

AES OUT LOAES OUT HIAES OUT SH

N/C

N/CAUDIO GROUND

N/CN/CN/C

LSR-500 Rackmount Switcher DB Connector Pinouts

LINE RT OUT LOLINE RT OUT HI

LINE LT OUT LON/C

AUDIO GROUNDN/C

LINE LT OUT HIANALOG

AUDIO OUTPUT (DB-9)

LH

LH

LH

LH

ANALOGLINE 1

R

L

R

L

LH

LH

LH

LH R

L

R

L

LH

LH

LH

LH R

L

R

L

LH

LH

LH

LH R

L

R

L

SOURCE

SELECT

FET

SW

ANALOGLINE 2

ANALOGLINE 3

ANALOGLINE 4

ANALOGLINE 5

ANALOGLINE 6

ANALOGLINE 7

ANALOGLINE 8

R

L

ANALOGLINE OUT

LH

LH

L

R

R

L ANALOG/DIGITAL

CONVERTER

SOURCE

SELECT

FET

SW

DIGLINE 1

DIGLINE 2

DIGLINE 3

DIGLINE 4

DIGLINE 5

DIGLINE 6

DIGLINE 7

DIGLINE 8

HL

HL

HL

HL

HL

HL

HL

HL

DIGITAL/ANALOG

CONVERTERR

LOGIC CONTROLS

RD/May 2000LSD-5 Line Preselector (digital) - Signal Flow Diagram

DIGITALOUT

HL

DIGITALLINE OUT

L

LINE 8

LINE 5

LINE 1

LINE 4

LINE 7 LINE 6

LINE 2 LINE 3

SW

FET

SELECT

SOURCE

2

1

4

3

6

5

8

7

FRONT PANELSWITCHES

LOGIC

MODULE LOCATEDIN CONSOLE

PRESELECTOR LSD-5

page 11 - 9

1RD / May 2000

I N T E R C O M M O D U L E

Intercom Module

(ICMD-5; optional)

Chapter Contents

Module Overview...................................................................... 12-2

Internal Programming Options ............................................... 12-3Cue Enable ........................................................................................................... 12-3

Input Signal ........................................................................................................... 12-3

Power for various ICMs ........................................................................................ 12-3

Station Select ........................................................................................................ 12-3

Hook-ups................................................................................... 12-4Upper DB-25 Connector — AUDIO ...................................................................... 12-4

Upper DB-25 Connector — CONTROL ................................................................ 12-4

Lower DB-25 Connector — AUDIO ...................................................................... 12-4

Lower DB-25 Connector — CONTROL ................................................................ 12-5

DB Connector Pinout Drawing................................................ 12-6

Intercom Module Signal Flow Diagram .................................. 12-7

2RD / May 2000


Intercom Module

(ICMD-5; optional)

Module OverviewThe ICMD-5 Intercom Module is used to communicate with other

studios and locations within a broadcast facility. It is designed tointerface with other Wheatstone consoles and rackmount intercomunits. Up to eight different stations may be connected via a simpledaisy-chain hookup. The system is a party line; power for various unitscan come from their own locations or from other units. A red BUSYLED lights up whenever the system is in use.

The eight station call buttons on the lower half of the module areused to initiate a call; when you press a call button, the buttoncorresponding to your location will illuminate at the other end to let thereceiver know who’s calling. He can then reply immediately, hands-free, and you will hear him through your console’s cue speakers.

Normally you hear callers over your console’s cue speakers. Howeveryou can also program the ICMD-5 module (via an internal dipswitch) toperform a cue interrupt function. The caller’s voice will then appear at thecontrol room speakers and/or operator headphones, depending on how youhave programmed your CRD-5 module to handle CUE.

As the default mode for the system is hands-free reply, a redPRIVACY button is provided to prevent potential eavesdropping.When activated you can hear incoming calls but your own microphoneremains off until you disengage the button.

Your microphone signal can tap from the console’s talkback bus,where it picks up the regular console operator’s microphone, or it canbe a separate line level input coming into the ICMD-5 module (inter-nally programmable). In either case, a recessed MIC trimpot at the topof the module sets the level of your voice.

Right next to the MIC trim is a NULL trimpot. This is used to null outyour own microphone signal at your location. It is initially set at the factoryfor a two-station system. However, system loading will vary depending onconfiguration, and some adjustment may be necessary during initial set-upat your location. Once set however (assuming you don’t change the numberof stations installed) this control can be left alone.

All wiring to and from the ICMD-5 module takes place at DB-25multi-pin connectors mounted directly beneath the module on theconsole mainframe’s bottom pan. There are two connectors: the upperone (towards the console meterbridge) handles inputs; the lowerconnector (near the console armrest) outputs.

MMMMIIIICCCC

PPPPRRRRIIIIVVVVAAAACCCCYYYY

NNNNUUUULLLLLLLL

BUSY

ICD

1111

2222

3333

4444

5555

6666

7777

8888

SSSS

TTTT

AAAA

TTTT

IIII

OOOO

NNNN

3RD / May 2000


Internal Programming OptionsAll internal programming, except for address selections (see below), is

made via printed circuit board (PCB) mounted 4-position dipswitches (totaltwo) on the module’s main card.

For the purposes of this manual, we will assume you are holding the removedmodule upright, component side towards you, with gold-plated card fingers to theleft and the module faceplate to the right. This will enable you to read the controllegends silkscreened next to the programming switch. Note when a dipswitchposition is thrown to the right (towards the module’s faceplate) it is ON.

CUE Enable

You can program the ICMD-5 module (via dipswitch SW10) to performa cue interrupt function. The caller’s voice will appear at the control roomspeakers and/or operator headphones, depending on how you have pro-grammed your CRD-5 module to handle CUE.

Dipswitch SW10 position 1 assign CUE Logic Enable

Input Signal

Your microphone signal can tap from the console’s talkback bus, whereit picks up the regular console operator’s microphone, or it can be a separateline level input coming into the ICMD-5 module.

Dipswitch SW1 position 1 assign line level input into ICMD moduleDipswitch SW1 position 4 allows microphone signal tap from theconsole’s talkback bus

Power for Various ICMs

Your can provide power for other Wheatstone rackmount ICMs (viadipswitch SW10)

position 2 - Ext +Vposition 3 - Ext -Vposition 4 - Ext +D

Station Select

Each ICM in daisy-chain hookup has own address, which is programedwith “stations” slide switches SW2-SW9. Each ICM has only one slideswitch “ON”.

4RD / May 2000


Hook-UpsAll user wiring to and from the ICMD-5 module takes place at two DB-25

multi-pin connectors mounted directly beneath the module on the consolemainframe’s bottom pan.

Upper DB-25 Connector — Input Audio

This connector handles the module’s source select External Stereo inputs.All audio signals are analog, +4dBu balanced.

Pin 15 - 2-way audio in HIPin 3 - 2-way audio in LOPin 16 - 2-way audio in SHPin 1 - External Line in HIPin 14 - External Line in LOPin 2 - External Line in SH

Upper DB-25 Connector — ControlPin 10 - External digital + power feedPin 23 - External digital commonPin 4 - Station call line 1Pin 17 - Station call line 2Pin 18 - Station call line 3Pin 6 - Station call line 4Pin 7 - Station call line 5Pin 20 - Station call line 6Pin 21 - Station call line 7Pin 9 - Station call line 8Pin 24 - +16VPin 12 - -16VPins 5,8,11,19,22,25 - Audio CommonPin 13 - N/C

Lower DB-25 Connector — Output Audio

All signals are +4dBu balanced analog stereo.Pin 15 - 2-way audio out HIPin 3 - 2-way audio out LOPin 16 - 2-way audio out SHPins 2 - Audio Common


RD / March 2001

5RD / May 2000


Lower DB-25 Connector — ControlPin 10 - External digital + power feedPin 23 - External digital commonPin 4 - Station call line 1Pin 17 - Station call line 2Pin 18 - Station call line 3Pin 6 - Station call line 4Pin 7 - Station call line 5Pin 20 - Station call line 6Pin 21 - Station call line 7Pin 9 - Station call line 8Pin 24 - +16VPin 12 - -16VPins 5,8,11,19,22,25 - Audio CommonPin 13 - N/C Typical DB-25

connector

6RD / May 2000


RD / March 2001

ICMD-5 Intercom ModuleDB Connector Pinouts

I/O PORTS

2-WAY AUDIO OUT SH

2-WAY AUDIO OUT HI

N/C

2-WAY AUDIO OUT LO

AUDIO GROUND

N/C

AUDIO GROUND

+16V

DIGITAL GROUND

AUDIO GROUND

STATION CALL LINE 7

STATION CALL LINE 6

AUDIO GROUND

STATION CALL LINE 3

STATION CALL LINE 2

N/C

–16V

AUDIO GROUND

+V DIGITAL

STATION CALL LINE 8

AUDIO GROUND

STATION CALL LINE 5

STATION CALL LINE 4

AUDIO GROUND

STATION CALL LINE 1

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

AUDIO GROUND

+16V

DIGITAL GROUND

AUDIO GROUND

STATION CALL LINE 7

STATION CALL LINE 6

AUDIO GROUND

STATION CALL LINE 3

STATION CALL LINE 2

2-WAY AUDIO IN SH

2-WAY AUDIO IN HI

EXT LINE IN LO

N/C

–16V

AUDIO GROUND

+V DIGITAL

STATION CALL LINE 8

AUDIO GROUND

STATION CALL LINE 5

STATION CALL LINE 4

AUDIO GROUND

STATION CALL LINE 1

2-WAY AUDIO IN LO

EXT LINE IN SH

EXT LINE IN HI

5

4

3

2

1

17

16

15

14

8

7

6

20

1918

10

9

23

22

21

13

12

11

25

24

I/O PORTS

INTERCOM

FM

AM

NEWS

PROD

BOOTH

ENG

CALL LINES TO OTHERSTATIONS

Y

X

TRIM

I/O PORT2-WAY AUDIO

HL

HLLINE IN

DIP SW

LOGICCUE LOGIC ENABLE

DIP SW

TB MONITOR

PRIVACYSW

PRIVACYFET SW

RD/May 2000

ICMD-5 Intercom Module - Signal Flow Diagram

NULLTRIM

CUEFET SW

CUE ACN

PRIVACYBUTTON

page 12 - 7

1RD / May 2000

T A P E R E M O T E M O D U L E

Tape Remote Module

(TRD-5; optional)

Chapter Contents

Module Overview............................................................................... 13-2

DB Connector Pinout Drawing STOP/START Function Control .................................................................................... 13-3

Full-Function Control ..................................................................................................... 13-4

2RD / May 2000


Tape Remote Module

(TRD-5; optional)

Module OverviewThis optional module has two versions:- start-stop control of six reel-to-reel tape machines using

six pair of START/STOP buttons;- full-function control of two tape machines with buttons

marked as RTZ, FF, REW, PLAY, REC and STOP.LED indicators in each switch function as tallyback indica-

tors and are powered by the source machines. There are nointernal connections between the tape remote panel and theconsole’s power rails.

TRD


SSSSTTTTOOOOPPPP

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP

TRD

SSSSTTTTOOOOPPPP

RRRREEEECCCC

PPPPLLLLAAAAYYYY

RRRREEEEWWWW

FFFFFFFF

RRRRTTTTZZZZ

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

SSSSTTTTOOOOPPPP

RRRREEEECCCC

PPPPLLLLAAAAYYYY

RRRREEEEWWWW

FFFFFFFF

RRRRTTTTZZZZ

3RD / May 2000


TRD


SSSSTTTTOOOOPPPP

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP


SSSSTTTTOOOOPPPP

SW1

SW2

SW3

SW4

SW5

SW6

SW1

SW2

SW3

SW4

SW5

SW6

TRD-5/SS Tape Remote Module DB Connector Pinouts

I/O CONTROLPORTS

(Upper DB-25)

I/O CONTROLPORTS

(Lower DB-25)

SW6 (STOP) COMMON

SW6 (STOP) LED-

SW5 (START) COMMON

SW5 (START)LED-

SW4 (STOP) COMMON

SW4 (STOP) LED-

SW3 (START) COMMON

SW3 (START) LED-

SW2 (STOP) COMMON

SW2 (STOP) LED-

SW1 (START) COMMON

SW1 (START) LED-

N/C

SW6 (STOP) N.O.

SW6 (STOP)LED+

SW5 (START) N.O.

SW5 (START) LED+

SW4 (STOP) N.O.

SW4 (STOP) LED+

SW3 (START) N.O.

SW3 (START) LED+

SW2 (STOP) N.O.

SW2 (STOP) LED+

SW1 (START) N.O.

SW1 (START) LED+

5

4

3

2

1

1716

15

14

8

76

20

19

18

10

9

23

22

21

13

12

11

25

24

54

3

2

1

1716

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

SW6 (STOP) COMMON

SW6 (STOP) LED-

SW5 (START) COMMON

SW5 (START)LED-

SW4 (STOP) COMMON

SW4 (STOP) LED-

SW3 (START) COMMON

SW3 (START) LED-

SW2 (STOP) COMMON

SW2 (STOP) LED-

SW1 (START) COMMON

SW1 (START) LED-

N/C

SW6 (STOP) N.O.

SW6 (STOP)LED+

SW5 (START) N.O.

SW5 (START) LED+

SW4 (STOP) N.O.

SW4 (STOP) LED+

SW3 (START) N.O.

SW3 (START) LED+

SW2 (STOP) N.O.

SW2 (STOP) LED+

SW1 (START) N.O.

SW1 (START) LED+

RD / March 2001

4RD / May 2000


SW1

SW2

SW3

SW4

SW5

SW6

SW1

SW2

SW3

SW4

SW5

SW6

TRD

SSSSTTTTOOOOPPPP

RRRREEEECCCC

PPPPLLLLAAAAYYYY

RRRREEEEWWWW

FFFFFFFF

RRRRTTTTZZZZ

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

RRRR

EEEE

MMMM

OOOO

TTTT

EEEE

SSSSTTTTOOOOPPPP

RRRREEEECCCC

PPPPLLLLAAAAYYYY

RRRREEEEWWWW

FFFFFFFF

RRRRTTTTZZZZ

TRD-5/FF Tape Remote Module DB Connector Pinouts

I/O CONTROLPORTS

(Upper DB-25)

I/O CONTROLPORTS

(Lower DB-25)

SW6 (STOP) COMMON

SW6 (STOP) LED-

SW5 (REC) COMMON

SW5 (REC) LED-

SW4 (PLAY) COMMON

SW4 (PLAY) LED-

SW3 (REW) COMMON

SW3 (REW)LED-

SW2 (FF) COMMON

SW2 (FF) LED-

SW1 (RTZ)COMMON

SW1 (RTZ) LED-

N/C

SW6 (STOP) N.O.

SW6 (STOP) LED+

SW5 (REC) N.O.

SW5 (REC) LED+

SW4 (PLAY) N.O.

SW4 (PLAY) LED+

SW3 (REW) N.O.

SW3 (REW) LED+

SW2 (FF) N.O.

SW2 (FF) LED+

SW1 (RTZ) N.O.

SW1 (RTZ) LED+

5

4

3

2

1

1716

15

14

8

76

20

19

18

10

9

23

22

21

13

12

11

25

24

54

3

2

1

1716

15

14

8

7

6

20

19

18

10

9

23

22

21

13

12

11

25

24

SW6 (STOP) COMMON

SW6 (STOP) LED-

SW5 (REC) COMMON

SW5 (REC) LED-

SW4 (PLAY) COMMON

SW4 (PLAY) LED-

SW3 (REW) COMMON

SW3 (REW)LED-

SW2 (FF) COMMON

SW2 (FF) LED-

SW1 (RTZ)COMMON

SW1 (RTZ) LED-

N/C

SW6 (STOP) N.O.

SW6 (STOP) LED+

SW5 (REC) N.O.

SW5 (REC) LED+

SW4 (PLAY) N.O.

SW4 (PLAY) LED+

SW3 (REW) N.O.

SW3 (REW) LED+

SW2 (FF) N.O.

SW2 (FF) LED+

SW1 (RTZ) N.O.

SW1 (RTZ) LED+

RD / March 2001

1RD / May 2000

M E T E R B R I D G E a n d C L O C K

Meterbridge and Clock

Chapter Contents

Overview ...................................................................................... 14-2

Replacement Parts ...................................................................... 14-2

Clock ............................................................................................ 14-2Controls .................................................................................................................... 14-2

Setting the Time ....................................................................................................... 14-3

Battery Backup ........................................................................................................ 14-3

Operational Modes .................................................................................................. 14-3

Schematic ................................................................................................................ 14-4

Load Sheet ............................................................................................................... 14-5

RD / Jul 2002

2RD / May 2000


Meterbridge and ClockOverview

The console’s meterbridge houses three pairs of left-right LED meters(Program, Audition, and Utility; see “Meter Output Module” Chapter 7), thedigital timer display (timer control buttons are on the MOD-5 Meter OutputModule; see page 7-2), left and right cue speakers (controlled by the CRD-5Control Room Module; see page 5-2), and the console clock (next section).Each LED meter pair is switchable to either VU or PPM (peak Program Meter)modes. The slide switch for each pair is located on the rear of face of the LEDmeter PC board.

The meterbridge assembly hinges open for easy access setting the clock.Simply remove the three black #4 flathead screws along the bottom lip of themeterbridge, just above the tops of the console modules and swing the bridgeup and back until it rests in a fully opened position.

Replacement PartsClock, timer and VU meters cards and replacement cue speakers are

available. See Appendix for specific ordering information.

Console ClockThe Wheatstone digital clock is a six-digit time-of-day clock with LED

display. The clock is designed with CMOS circuits and an on-board crystal-controlled time base oscillator. There are two basic parts to the clock: a mainPCB containing the clock displays and circuits (including battery backup),and a remote switch card containing controls for setting the clock. The remoteswitch card is mounted in the bottom of the console meterbridge; it may beaccessed by opening the hinged meterbridge (see above).

Controls

The clock is controlled by a trimmer and two switches; the trimmer ismounted on the main clock PCB assembly and the switches are mounted onthe control card.

The trimmer alters the frequency of the quartz-controlled oscillator,which in turn causes the clock to run slightly slower or faster. In order to keepaccurate time, the oscillator must run at 32.768 KHz, which is divided downinternally to yield 1.000000 Hz at the input of the counter. The oscillator is setto this frequency at the factory. However, due to the nature of quartz/crystal-controlled oscillators, there may be a slight change in the frequency of theoscillator during the first few months of operation due to the aging effect ofquartz crystals. A minor readjustment of the trimmer will compensate for thiseffect.

3RD / May 2000


A buffered output of the oscillator is available at pin #9 of IC #U22 to assist inadjusting the oscillator. This testpoint “TP1” is right between the 14-pin ribboncable header and IC “U22” in the upper right corner of the main display PCB (asyou are looking at the card with the meterbridge hinged fully open).

Setting the Time

The setting controls consists of two switches: MODE and SET. To set theclock, open the meterbridge and stand behind the console (this will enable youto see the display):

1) The control switches (mounted inside the meterbridge bottom) are la-belled "M" and "S". "M" (Mode) is used to scroll from seconds to min-utes to hours; "S" is used to Set the time. The procedure is to set the clockslightly ahead of the current time, hold the second count at "00" until thecurrent time catches up, and then release the count.

2) Press the MODE button until the hour digits blink. Depress the SETbutton until the desired hour is displayed.

3) Press the MODE button until the minute digits blink. Depress the SETbutton until the desired minute count is displayed.

4) Press the MODE button until the second digits blink. Depress and holdthe SET button; the seconds display will hold at "00" (blinking once persecond). When the current time catches up to the display, release the SETbutton. The clock will start counting. Hit the MODE button one moretime to place the clock into working mode.

Battery Backup

With the meterbridge open, note the nickel-sized round Duracell DL2032/3V long-life lithium battery (it goes into the socket negative side in). Note thebattery does NOT light up the clock display; it powers the clock crystal to keepit from losing count (it will do this for 3 to 4 weeks).

Operational Modes

The standard factory default clock configuration is crystal-controlled, 12hour mode, stand-alone operation. However, the clock will operate eitherfrom the internal crystal controlled time base or from a 60 Hz power linesignal. It can also be programmed to count in either 12 hour or 24 hour modes,and the internal counters can be slaved from another clock or other sources of1 Hz timing signals (TTL levels). Contact factory technical support for furtherinformation.

AGND

AGND

AGND

CT2/4 EXTERNALRESET

CT2/3 1HZ OUTPUT

CT2/6 DIG.COM

CT2/2 1HZ INPUT

CT2/8 +DIG IN

CT2/1 60 HZ INPUT

CT2/5 DIG.COM

GND

0.1uF

C5

VCC

0.1uF

C6

CT2/7+DIG IN

CT2/6DIG.COM

CT2/5DIG.COM

1N4002WD2

0-5

1

2

3

4

5

6

7

9

10

11

12

13

14

15

U5

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

0-9

15

14

13

12

11

10

9

7

6

5

4

3

2

1

U4

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

U3

0-5

15

14

13

12

11

10

9

7

6

5

4

3

2

1

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

U2

0-9

15

14

13

12

11

10

9

7

6

5

4

3

2

1

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

475

R14

475

R13

475

R40

475

R41

475

R42

475

R15

475

R39

475

R10

475

R9

475

R36

475

R37

475

R38

475

R11

475

R12

475

R5

475

R4

475

R32

475

R33

475

R34

475

R7

475

R6

475

R2

475

R1

475

R28

475

R30

475

R31

475

R3

475

R29

475

R43

GND

GND

GND

GND

VCC VCC

GND

GND

10.0K

R62

VCC

100

R63

100

R60

GND

0.001uF

C41

GND

100

R61

0.001uF

C44

GND

VCC VCC3.32K

R52

EXTERNALRESET CT2/4

VCC

GND

CT1/14

10.0K

R66

0.1uF

C9

GND

VCC

0.1uF

C10

GND

VCC

0.1uF

C11

GND

VCC

0.1uF

C12

GND

VCC

0.1uF

C13

GND

VCC

0.1uF

C15

GND

VCC

0.1uF

C16

GND

VCC

0.1uF

C17

GND

VCC

0.1uF

C18

GND

VCC

0.1uF

C19

GND

VCC

0.1uF

C20

GND

VCC

VCC VCC VCC VCC

GND GND

GNDGND

10pF

C3

10M

R25

330K

R24

GND GND

32.678kHz

TP1

0.1uF

C24

GND

VCC

6

5

J3

1 HZ INPUT CT2/2

GND GND

10M

R26

10pF

C2

GND

10M

R27

475

R35

475

R16

475

R18

475

R17

475

R44

475

R46

475

R47

475

R19

475

R45

GND

VCC VCC475

R21

475

R20

475

R48

475

R49

475

R50

475

R23

475

R22

GND

GND

VCC

475

R8

5 6

U17

74AC14

43

U17

74AC14

9 8

U17

74AC14

1 2

U17

74AC14

1213

U17

74AC14

2

13

U18

74ACT08

32

1

U19

74ACT00

56

4

U18

74ACT08

65

4

U19

74ACT00

74ACT08

89

10 U20

1112

13 U19

74ACT00

10

98

U19

74ACT00

0.1uF

C27

GND

VCC

0.1uF

C26

GND

VCC

0.1uF

C25

GND

VCC

CKC-5PCB

SET (H,M,S)CT1/1

+5VCT1/11

1 HZ OUTPUTCT1/12

1 HZ OUTPUT(FROM 60 HZ)

CT1/13

CT1/10 DIG.COM

CT1/14 MODESELECT

VCC

1 HZ (CT2)OUTPUT

CT2/3

GNDGNDGNDGND

GND

VCC

GND

10.0K

R55

U12

15

14

13

12

11

10

9 7

6

5

4

3

21

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

U11

1 2

3

4

5

6

79

10

11

12

13

14

15

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

U10

1 2

3

4

5

6

79

10

11

12

13

14

15

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

U9

1 2

3

4

5

6

79

10

11

12

13

14

15

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

CT2/160 HZ INPUT

GND

VCC

GND

VCC

0.001uF

C36

100

R58

2 1

U15

74AC14

GND

5 6

U15

74AC14

1011

U15

74AC14

3 4

U15

74AC14

89

U15

74AC14

J2

J1

VARISTOR

33V

V1

GND

0.001uF

C47

GND

3.32K

R68

GND

1.00K

R69

3.32K

R54

GND

46

5 U28

74ACT08

10

98

74ACT08

U28

SS14 D3

1.00K

R65

GND

1112

13 U24

74ACT00

810

9

U24

74ACT00

13

1211

U26

74ACT00

89

10 U26

74ACT00

100

R53

0.1uF

C31

GND

74ACT08

89

10U18

1311

12

U18

74ACT08

31

2U21

74ACT08

1

23

U26

74ACT00

13

1211

U23

74ACT00

13

1211

U25

74ACT00

1

23

U25

74ACT00

64

5 U23

74ACT0040.2K

R57

VCC

VCC

GND

NOT INSTALLED

10.0K

R51

1.00K

R64

0.1uF

C29

GND

VCC

0.1uF

C28

GND

VCC

0.1uF

C23

GND

VCC

56

4

U20

74ACT08

31

2U20

74ACT08

0.1uF

C33

GND

1

23

U24

74ACT00

64

5 U26

74ACT00

10

98

U25

74ACT00

65

4

U25

74ACT00

VCC

100

R67

0.001uF

C40

GND

10.0K

R59

1011

U17

74AC14

CT2/8+DIG IN

0.1uF

C14

GND

VCC

0.1uF

C32

GND

VCC

0.1uF

C35

GND

VCC

0.1uF

C37

GND

VCC

0.1uF

C7

GND

VCC

GND74ACT74

6

54

3

2

1

U16

DQ

Q

CLR

CLK

SET

74ACT74

1

2

3

45

6

U27

DQ

Q

CLR

CLK

SET

1 HZOUTPUT(FROM60 HZ)

CT1/13

0.1uF

C46

GND

VCC

0.1uF

C43

GND

VCC

0.1uF

C45

GND

VCC

0.1uF

C39

GND

VCC

+5VREG

+5VREG +5VREG +5VREG

MODE

REMOTE

VCC

1 HZ (CT1)OUTPUT

CT1/12

AGND

VCC

REMOTE

SETHOURS,MINUTES,SECONDS

VCC

0.1uF

C8

GND

CT1/1

3.32K

R56

50pF

C4

89

10 U23

74ACT00

LOCAL

1 2

34

SW1

1311

12

U20

74ACT08

U14

1 2

3

4

5

6

79

10

11

12

13

14

15

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

U7

0-2

1

2

3

4

5

6

7

9

10

11

12

13

14

15

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

+5VREG

4

56

U24

74ACT00

TO CLOCKCONTROL

CT1

1

14

13

12

11

10

9

8

7

6

5

4

3

2

J4

CT2/7 +DIG IN

SS14 D1

DS4

SECONDS

1

2

3

4

5

6

7

8

9

10

11

13

12

14

15

16

17

18c

g

dp

f

e

d

b

a

a1

b1

f1

g1

dp1

c1

e1

d1d2

e2

c2

a2

b2

f2

g2

dp2

COM1COM2

a

b

d

e

f

dp

g

c

LOCAL

4 3

21

SW2

1213

U15

74AC14

31

2 U23

74ACT00

1211

13 U28

74ACT08

32.768kHz

Y1

U13

15

14

13

12

11

10

9 7

6

5

4

3

21

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

U6

1

2

3

4

5

6

7

9

10

11

12

13

14

15

0-9

LE QG

BI QF

LT QE

D3 QD

D2 QC

D1 QB

D0 QA

74HC4511

HOURS

5

6

7

8

9

10

11

13

1218

17

16

15

14

4

3

2

1

DS1

c

g

dp

f

e

d

b

aa1

b1

f1

g1

dp1

c1

e1

d1 d2

e2

c2

a2

b2

f2

g2

dp2

COM1 COM2

a

b

d

e

f

dp

g

c

MINUTES

1

2

3

4

5

6

7

8

9

10

DS3

a

b

f

g

dp

c

e

d

COM2

COM1

g

dp

f

e

d

c

b

a

DS2

1

2

3

4

5

6

7

8

9

10

a

b

f

g

dp

c

e

d

COM2

COM1

g

dp

f

e

d

c

b

a

POLYSW

POWER INTERFACE

.3A

F1

15

14

13

12

11

10

9 7

6

5

4

3

21

U8

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

1 2

3

4

5

6

79

10

11

12

13

14

15

U1

D

LD

BO

CO

CL

DN

UP

QD

C QC

B QB

A QA

74HC192

74HC4060

1

2

3

4

5

6

7

11

12

13

14

15

9

10

U22

Q14

Q13

Q12

Q10

Q9

CTC Q8

Q7

Q6

CLK Q5

RST Q4

RTC

74ACT74

13

12

11

109

8

U16

DQ

Q

CLR

CLK

SET

TO TIMER

CT2

1

8

7

6

5

4

3

2

BACK-UPBATTERY

3V

E1

74ACT74

8

910

11

12

13

U27

DQ

Q

CLR

CLK

SET

1N4002WD4

330uF

C21

22uF

C30

1uF

C42

1uF

C34

22uF

C14148D5

22uF

C38

4148D6

Z1

1.0V

22uF

C22

600 Industrial DriveNew Bern, NC 28562

FOR SLAVEOPERATION REMOVEJ3 AND INSTALL J1

FOR 60HZ POWERLINEOPERATION REMOVEJ3 AND INSTALL J2

FOR 24 HOURSOPERATIONREMOVE R67

1 OF 1

SA

CLK-5

W# 700258

Clock Schematic - Sheet 1 of 1Page 6-10Wheatstone/May 2001

5-3-01

CLK-5SE PCB

00S0013EISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

2

12345678

8 7 6 5 4 3 1

A

B

C

DD

C

B

A

1

2

3

LM2940

Q1

GND

VIN OUT

REMOVE FOR24 HOURSOPERATION

1HZOUT

1HZIN

GND

+DIGin +DIG

RESET

SET

+DIGin

GND

+DIGin

GND

60HZIN

RESET

SET

VCC

1HZOUT

1HZOUT60

GND

MODE

MODE

1HZIN

60HZIN

1HZ

1HZOUT60

+5VREG

HOURS

MINUTES

SECONDS+3V

1HZCLK

1HZOUT

1RD / Aug 2000

S C H E M A T I C D R A W I N G S

I/O Schematic Drawings

Chapter Contents

Mono Mic Input Module Schematic (MMD-500)..................................................... 15-2

Stereo Line Input Module Schematic (SLD-500).................................................... 15-4

Digital Stereo Line Input Card Schematic (SRC-500)............................................ 15-5

Analog Stereo Line Input Card Schematic (SLADC-600) ...................................... 15-6

Output Module Schematic (OMD-500) ................................................................... 15-7

Control Room Module Schematic (CRD-500) ........................................................ 15-8

Studio Control Module Schematic (SCD-500)....................................................... 15-11

Digital Superphone I/O Card Schematic (SPND-500) ........................................... 15-13

Analog Superphone I/O Card Schematic (SPNA-600)........................................... 15-14

Digital/Audio Line Select Rackmount Schematic (LSR-500) ................................ 15-15

Tape Remote Module Schematic (TRD-500)......................................................... 15-17

Intercom Module Schematic (ICMD-500) ............................................................... 15-18

Analog Line Select Module Schematic (LSA-5) ..................................................... 15-19

BD[7]

R121

4.99K

R124

4.99K

VCC

R120

4.99K

GND

R125

4.99K

VCC

0.01uF

C43

VCC

GND

C13

0.01uF

VCC

GND

C11

0.01uF

VCC

GND

C7

0.01uF

VCC

GND

0.01uF

C41

VCC

GND

C8

0.01uF

VCC

GND

C21

0.01uF

VCC

GND

0.01uF

C86

VCC

GND

C1

0.01uF

VCC

GND

C22

0.01uF

VCC

GND

C6

0.01uF

VCC

GND

0.01uF

C110

VCC

GND

R44

4.99K

VCC

GND

0.01uF

C108

VCC

GND

R126

4.99K

GND

U196

5

4

74ALS09

U193

1

2

74ALS09

R122

4.99K

GND

R16

10.0K

GND

R15

10.0K

R179

475

R178

475

R159

475

R160

475

R156

475

R155

1.00K

BD[0]

BD[1]

BD[2]

BD[3]

BD[4]

BD[5]

BD[6]

BD[7]

BD[0]

BD[1]

BD[2]

BD[3]

BD[4]

BD[5]

BD[6]

BD[7]

BD[0]

BD[1]

BD[2]

BD[3]

BD[4]

BD[5]

BD[6]

120/110

120/111

120/112

120/108

120/109

VCC

R127

4.99K

VCC

R128

4.99K

VCCVCC

R123

4.99K

GND

U34

74ALS09

12

1311

C10

0.01uF

GND

GND

BD[0]

BD[1]

BD[2]

BD[3]

BD[4]

BD[5]

BD[6]

BD[7]

GND

BD[0]

BD[1]

BD[2]

BD[3]

BD[4]

BD[5]

BD[6]

BD[7]

R181

10

VCC

U19

74ALS09

12

1311

R158

1.00K

U19

74ALS09

9

108

R157

1.00K

R13

1.00K

VCC

R14

1.00K

VCC

GND

R183

220

R184

332

GND

VCC

R162

68

R182

68

U16

21

74AC14

U16

89

74AC14

LDB/2

R143

2.43K

Q6

MMBTA05

GND

GND

R168

10

R144

10.0K

LDB/15

R145

2.43K

Q7

MMBTA05

GND

GND

R169

10

R146

10.0K

LDB/8

R141

2.43K

Q5

MMBTA05

GND

GND

R167

10

R142

10.0K

LDB/21

R140

2.43K

GND

GND

R166

10

R139

10.0K

U1856

4

74ACT08

U183

2

1

74ACT08

VCC

GND

0.01uF

C37

R45

4.99K

GND

VCC

GND

0.01uF

C40

GND

R47

10.0K

GND

R46

10.0K

GND

R34

10.0K

VCCVCC

VIEWED FROM ABOVE(COMPONENT SIDE)

4 POSITIONDIPSWITCHPINOUT

1

2

3

4 5

6

7

8

ON

ON

ON

ON1

2

3

4

74AC157IC PINOUT


VSS

1

2

3

4

5

6

7

9

10

11

12

13

14

VCC

8

15

16A/B

1A

1B

1Y

2A

2B

2Y

4Y

4B

4A

3Y

3B

3A

G

74AC14IC PINOUT


If

Of

Id

Ib

Ia

Ic

Ie

Oe

O2c

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14

Oa

Ob

Od

VCC

74AC32IC PINOUT


VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14I1a

I2a

Oa

I1b

I2b

Ob

Oc

I1c

I2c

Od

I1d

I2d

VCC

74AC08/09IC PINOUT


VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14I1a

I2a

Oa

I1b

I2b

Ob

Oc

I1c

I2c

Od

I1d

I2d

VCC

49FCT805IC PINOUT


1

2

3

4

5

6

7

11

12

13

14

VSS8

VCC

15

16

9

10

17

18

19

20VCC

VSS VSS

OA1

OA2

OA3

OA4

OA5

OEA

INA INB

OEB

MON

OB5

OB4

OB3

OB2

OB1

74HC373IC PINOUT


1

2

3

4

5

6

7

11

12

13

14

VSS

8

VCC

15

16

9

10

17

18

19

20OC

1Q

1D

2D

2Q

3Q

3D

4D

4Q

C

5Q

5D

6D

6Q

7Q

7D

8D

8Q

74ABT245IC PINOUT


1

2

3

4

5

6

7

11

12

13

14

VSS

8

VCC

15

16

9

10

17

18

19

20DIR

A1

A2

A3

A4

A5

A6

A7

A8

B8

B7

B6

B5

B4

B3

B2

B1

G


74ABT244IC PINOUT

1

2

3

4

5

6

7

11

12

13

14

VSS

8

VCC

15

16

9

10

17

18

19

201G

1A1

2Y4

1A2

2Y3

1A3

2Y2

1A4

2Y1

2A1

1Y4

2A2

1Y3

2A3

1Y2

2A4

1Y1

2G

GND

0.01uF

C36

VCC

R129

4.99K

120/107

R161

68

U16

3 4

74AC14

U34

74ALS09

9

108

U1813

1211

74ACT08

Q4

MMBTA05

CT2

2

3

4

5

6

7

8

9

10

1

U30

1

23

4 5

67

8 9

11

1213

14 15

1617

18 19

74HC373

LE

8D 8Q

7D 7Q

6D 6Q

5D 5Q

4D 4Q

3D 3Q

2D 2Q

1D 1Q

OE

U23

1

23

4 5

67

8 9

11

1213

14 15

1617

18 19

74HC373

LE

8D 8Q

7D 7Q

6D 6Q

5D 5Q

4D 4Q

3D 3Q

2D 2Q

1D 1Q

OE

U24

1918

17 16

1514

13 12

11

98

7 6

54

3 2

1

74HC373

LE

8D 8Q

7D 7Q

6D 6Q

5D 5Q

4D 4Q

3D 3Q

2D 2Q

1D 1Q

OE

U38

2

3

4

6

79

10

11

12

13

14

15

17

18

19

49FCT805

OEB

INB

INA

OEA

OA1

OA2

OA3

OA4

OA5

OB1

OB2

OB3

OB4

OB5

MON

U17

15

14

13 12

11

10

9

7

6

5

4

3

2

1

74ACT157

G

A/B

1A

1B

2A

1Y2B

2Y3A

3Y3B

4Y4A

4B

U16

65

74AC14

U20

74ACT157

1

2

3

4

5

6

7

9

10

11

1213

14

15G

A/B

1A

1B

2A

1Y2B

2Y3A

3Y3B

4Y4A

4B

U34

74ALS09

4

56

U34

74ALS09

2

13

U188

9

10

74ACT08

U28

74HC373

1

23

4 5

67

8 9

11

1213

14 15

1617

18 19

LE

8D 8Q

7D 7Q

6D 6Q

5D 5Q

4D 4Q

3D 3Q

2D 2Q

1D 1Q

OE

U29

74HC373

1918

17 16

1514

13 12

11

98

7 6

54

3 2

1

LE

8D 8Q

7D 7Q

6D 6Q

5D 5Q

4D 4Q

3D 3Q

2D 2Q

1D 1Q

OE

U13

3

4

6

5

7

2 1

39

19

42

38

11

9

8

20

40

30

15

17

16

24

22

13

14

18

12

26

43

44

25

27

28

29

37

34

35

33

36

XC9536

TMS

TDO

TDI

TCK

I/O22/GTS2

I/O23/GSR

I/O7/GCK3

I/O5/GCK2

I/O34

I/O33

I/O32

I/O31

I/O30

I/O29

I/O28

I/O27

I/O26

I/O25

I/O24

I/O21

I/O19

I/O18

I/O17

I/O16

I/O15

I/O14

I/O13

I/O12

I/O11

I/O10

I/O9

I/O8

I/O6

I/O4

I/O3/GCK1

I/O2

I/O1

I/O20/GTS1

U12

36

33

35

34

37

29

28

27

25

44

43

26

12

18

14

13

22

24

16

17

15

30

40

20

8

9

11

38

42

19

39

12

7

5

6

4

3

XC9536

TMS

TDO

TDI

TCK

I/O22/GTS2

I/O23/GSR

I/O7/GCK3

I/O5/GCK2

I/O34

I/O33

I/O32

I/O31

I/O30

I/O29

I/O28

I/O27

I/O26

I/O25

I/O24

I/O21

I/O19

I/O18

I/O17

I/O16

I/O15

I/O14

I/O13

I/O12

I/O11

I/O10

I/O9

I/O8

I/O6

I/O4

I/O3/GCK1

I/O2

I/O1

I/O20/GTS1

CT1

2

3

4

5

6

7

8

9

10

1

MMD-500 Mono Mic Input Module Schematic - Sheet 1 of 4Page 5-5

MMD-500

W# 700251

SA

SA

SA

14S0049

1 OF 4

D-500/Oct 2001

10-15-01

FMMD-500F PCB

A

B

C

D D

C

B

1345678

8 7 6 5 4 3

2

12

A

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

U37

18

16

14

128

6

4

2

1

74ABT244

G

A1 Y1

A2 Y2

A3 Y3

A4 Y4

U37

317

515

713

911

19

74ABT244

G

A1 Y1

A2 Y2

A3 Y3

A4 Y4

U35

74ABT245

19

18

17

16

15

14

13

12

119

8

7

6

5

4

3

2

1

G

B1A1

B2A2

B3A3

B4A4

B5A5

B6A6

B7A7

B8A8

DIR

U36

74ABT244

19

18

17

16

15

14

13

12

11 9

8

7

6

5

4

3

2

1

2G

1G

1Y11A1

1Y21A2

1Y31A3

1Y41A4

2Y12A1

2Y22A2

2Y32A3

2Y42A4


D13SS14

0.1uF

C107

GND

.17A

POLYSW

F1

4148D14

R180

10.0K

VCC

DBTYPE1

DBTYPE0

PGMON

AUDON

AUXON

UTLON

CUEON

ON

AD[7]

AD[6]

AD[5]

AD[4]

AD[3]

AD[2]

AD[1]

AD[0]

XON

XOFF

XONA

XONB

XOFFA

XOFFB

XCOUGHA

XCOUGHB

AON

BD[0:7]

UTLPF

XDONAIRTALLY

XDCUELOGICCUEON

ONAIRTALLY

CRMUTEA

CRMUTEB

ONST1MUTE

TBTOST1MUTE

ONST2MUTE

TBTOST2MUTE

TIMERRESTARTA

TIMERRESTARTBXDTIMERRESTART

XDST2MUTE

XDST1MUTE

XDCRMUTE

REGPRE

REGSTAT1

FADERG

REGFADER

DBSCLK

CLKXB

FADERINTRDBSCLK

TOEPLD0DBTYPE1

FADERG

BXDRESETBSIGX

DBTYPE0DBSDATA

FADERRDMDLPWRUPRESET

SWRESETFRMXA

FADLOCKBOARDRESET

FADERWRDBSTAT0

DBSTAT1

DBERROR

MCLKOE

FADERCLK

XDCSA4

XDCSA5

XDCSA6

XDCSA7

XDCSA8

XDCSA9

FRMXA

SIGX

XDFRMX

BSIGX

XDRESET BXDRESET

XDDS

XDAS

BXDDS

BXDAS

BXDA11

BXDA10

XDA11

BXDA9

XDA10

BXDA8

XDA9

BXDWR

XDA8

XDWR

BXDA11

BXDA10

BXDA9

BXDA8

BXDWR

LA8

LA9

LA10

LA11

LWR

AG

XDAD7

XDAD6

XDAD5

XDAD4

XDAD3

XDAD2

XDAD1

XDAD0

AG

LA0

LA1

LA2

LA3

LA4

LA5

LA6

LA7

XDDIR

XDOE

TDO95_2

TCK95_2

TDI95_2

TMS95_2

TCK95_2

TDI95_2

TMS95_2

TDO95_2

GND

VCC

GND

VCC

DBLR

TCK95_1

TDI95_1

TMS95_1

TDO95_1

GND

VCC

GND

VCC

XDTALLY2TALLY2

XDTALLY3TALLY3

XDDIR

BD[1]

XDCSA4

LA8

BXDDS

BXDASLA2

LA7

TOEPLD0

LA1

LA0

TOEPLD1

BD[3]

REGPRE

REGFADER2

REGSTAT1

XDCSA8XDCSA9

XDCSA7

REGFADER

LWR

TDO95_1

TCK95_1

TDI95_1

TMS95_1

CLKXA

SWRESET

XDOE

LA4

AG

LA6

XDCSA5

REGSTAT2

ACCESFORME

MBOARD

XDCSA6

BD[0]

LA3

BD[2]

FADLOCK

LA5

LA9 MBOARD

TOEPLD1

COUGH

XDCLKX

CLKXA

XMCLKOE

CLKXB

DBMCLK

XTBTOCRA

XTBTOCRB

XTBTOCR

XCOUGH

XTBTOCR

XON XON

XOFF XOFF

XCOUGH

LDBOFFTALLYA

LDBONTALLYA

LDBOFFTALLYB

LDBONTALLYB

OFFCOUGH

OFFCOUGH

AON

ON

AON

BON

ON

BON

AON

ONST1MUTE

ONST2MUTE

TBTOST1MUTE

TBTOST2MUTE

ONST1MUTEA

ONST2MUTEA

ONST1MUTEB

ONST2MUTEB

TBTOST1MUTEA

TBTOST2MUTEA

TBTOST1MUTEB

TBTOST2MUTEB

DBERROR

DBSTAT1

DBSTAT0

CUEON

COUGH

DB_VCCVCC

0.1uF

C125

0.1uF

C109

0.1uF

C88

0.1uF

C60

AGND

GND

VCC

0.1uF

C126

AGND

AGND

AGND

SH UDB/25

SH UDB/11

MIC"A"

HI UDB/24

LO UDB/12

LO UDB/23

AGND

0.001uF

C117

AGND

0.001uF

C98

AGND

0.001uF

C99

AGND

R130

10.0K

R131

10.0K

R164

4.99K

10uFC115

10uFC97

AGNDR163

4.99K

330pF

C91

AGND

AGNDAGND

R133

10.0K

R132

10.0K

R108

4.99K

10uFC96

10uFC68

R109

4.99K

10uFC71

330pF

C94

AGND

AGNDAGND

R3

10

R2

10

C29100uF

100uF C66

R111

1.30K

SW12

-10dBu

-10dBu

L6-50dBu

0.001uF

C116

SW11 R

1

1.30K

C4 10uF

AGND

MIC"B"

HI UDB/10

R102

3.92K

R103

3.92K

U214053

5

9

4 3

6X_Y

INH

S

Y

X

U214053

13

11

14

126X_Y

INH

S

Y

X

AGND

GND

AGND

33pF

C67

AGND

C30 100uF

R105

40.2K

AGND

-2dBu

R107

10.0K

R100

40.2K

AGND

R104

40.2K

AGND

33pF

C70

0.1uF

C90

0.1uF

C92

0.1uF

C93

0.1uF

C95

AGND

R101

1.30K

R106

1.30K

AGND

68pF

C118

AGND

68pF

C100

AGND

HI UDB1

LO UDB14

HIUDB15

LOUDB3

AGND

SH UDB2

AGND

R110

4.99K

R49

4.99K

R48

4.99K33pF

C47

AGND

-2dBu

0.001uF

C120

AGNDAGND

0.001uF

C119 R136

10.0K

U22

4

8

7

6

5

5532

V-

+

-

V+

+40V

+40V

+40V

R165

4.99K

AGND

C31100uF

GND

120/43

0.1uF

C46

0.1uF

C69

VA+

AGND

120/59

6 PIN JSTCONNECTORPINOUTVIEWED FROMABOVE(COMPONENTSIDE)

6

5

4

3

2

1

-2dBu

74AC32IC PINOUT


VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14I1a

I2a

Oa

I1b

I2b

Ob

Oc

I1c

I2c

Od

I1d

I2d

VCC

74VHC4053NIC PINOUT


INH

VEE

VSS C

B

A

VDD1

2

3

4

5

6

7

8 9

10

11

12

13

14

15

16

Xa

X_Ya

Ya

Xb

Yb X_Yb

Yc

Xc

X_Yc VIEWED FROM ABOVE(COMPONENT SIDE)

NE5532/TL072/OP-275 IC PINOUT

V-

IN-

IN+

OUT V+

IN-

IN+

OUT

8

7

6

5

1

2

3

4

SSM2017IC PINOUT


RG2

GND

V+

OUT

RG1

V-

IN-

IN+

4

3

2

1

5

6

7

8

SSM2142 IC PINOUTVIEWED FROM ABOVE(COMPONENT SIDE)

4

3

2

1

5

6

7

8OUT-

SNC- SNC+

OUT+

GND

IN V-

V+



1

2

3

4 5

6

7

8

ON

ON

ON

ON1

2

3

4

AGND

SHUDB16

R138

100

120/43

U32

8

7

65

4

3

2

1

SSM2017

V-

+

V+

-L3-50dBu

SW7

SLIDESW

12

3

45

6

INSERTBYPASS

SW14

U31

1

2

3

4

5 6

7

8

SSM2017

V-

+

V+

-

U214053

2

10

15 1

6X_Y

INH

S

Y

X

U22

4

8

2

1

3

5532

V-

+

-

V+

U33

8

7

6

5

4

3

2

1

V-

+

V+

gnd

+

-

SSM2142

POLYSW1.1A

F5

.3APOLYSW

F2

.3APOLYSW

F3

POLYSW1.1A

F6

POLYSW.3A

F4

U76

5

4

74ACT32

CR2

MIC"B"GAINTRIM1

23

1K

CR1

MIC"A"GAINTRIM3

2

1

1K

3 OF 4

14S0052

W# 700251

SA

SA

SA

Page 5-5b

MMD-500 Mono Mic Input Module Schematic - Sheet 3 of 4

MMD-500

D-500/Oct 2001

10-15-01

FMMD-500F PCB

A

B

C

D D

C

B

1345678

8 7 6 5 4 3

2

12

A

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

V+

V-

Vdd

Vee

V+

V+

V-

V+

V-

1uF

C45

1uF

C44

100uF

C102

22uF

C114

100uF

C89

1uF

C128

1uF

C127

V+

V-

V+

V-

V+

V-

V+

V-


5.1V

Z1C5V1

5.1V

Z2C5V1

AK5392IC PINOUT


AINR+

AINR-

SDATASCLK

28

27

26

25

24

23

22

21

16

1514

13

12

11

1

2

3

4

5

6

7

8

9

10

17

18

19

20

AINL+

AINL-

CAL

VD

LRCK

VA

AGND

VREFL

GNDL

VCOML

ZCAL

AGND

RST

SMODE2

SMODE1

FSYNC

MCLK

CMODE

HPFE

TEST

BGND

VCOMR

GNDR

VREFR

R57

2.43K

R59

2.43K

AGND

J3

R63

2.43K

330pF

C57

R116

2.43K

330pF

C81

R66

2.43K

330pF

C59

R119

2.43K

330pF

C82

R135

10

R51

10

R134

10

R50

10

3900pF

C76

AGNDAGND

AGND GND

VCCVCCadc

VCCadc

J5

.1uF

C49

.1uF

C75

R55

4.99K

R54

4.99K

VCCadc

U26

8

4

5532 1

2

3

V-

+

-

V+

U265532

4

8

7

6

5

V-

+

-

V+

U275532

4

8

3

2

1

V-

+

-

V+

R114

2.21K

-2dBu

-2dBu

-2dBu

-2dBu

R60

10.0K

R64

10.0K

68

R33

68

R32

22uF C56

0.1uF

C83

0.1uF

C55

0.1uF

C51

0.1uF

C77

VCCadc VCCadc VCCadc

3900pF

C50

R117

2.21K

22uF C58

J2

U275

6

7

8

4

5532

V-

+

-

V+

2

3

1CT7

10K

6

54

CT7

10K100uF

C101

100uF

C54

1uF

C52

V+

V-

V+

V-

V+

V-

V+

V-

1uF

C53

22uF

C78

AGNDAGND

AGND AGND AGND

10uF

C72

AGND AGND

10uF

C73

2.5V

2.5V

2.5V

2.5V

2.5VR58

475

R113

475

AGND

0.1uF

C84

AGND

100uF

C80

AGND

VA+

R56

10.0K

R61

10.0K

AGND

R62

39

R65

39

R118

39

R115

39

D10SS14

D8SS14

D6SS14

D9SS14

AGND

VA+

D4SS14

D3SS14

D5SS14

D2SS14

AGND

VA+

6.2V

Z51N4735

VA+ VCCadc

AGNDAGNDAGND AGND

U25

28

27 26

25

24

23

22 21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

AK5392

VA

CAL

BGND

AGND

TEST

HPFE

CMODE

SMODE2

SMODE1

RST

ZCAL

VCOMR

VCOML

FSYNC

MCLK

GNDR

GNDL

VREFR

VREFLAINL+

AINL-

SCLK

SDATA

AINR+

AINR-

DGND

LRCK

VD

R52

4.99K

VCCadc

0.22uF

C48

AGND

AGND

0.22uF

C74

J4VCCadc

R112

4.99K

AGND

PQ05

1 2

3

Q3

OUTVIN

GND

U39

LM2940

3

2

1OUTVIN

GND

GND

Q8

3

21

PQ05

OUTVIN

GND

C5V15.1V

Z9

5.1VC5V1

Z8

5.1VC5V1Z7

C5V15.1V

Z6

5.1VC5V1Z11

C5V15.1V

Z10

C5V15.1V

Z4

5.1VC5V1Z3

L7L5

L4L2

R41

619

R42

1.00K

VCC

GND

L1

R53 68

R43 68

100uF

C32

GND

INSTA

LL

ON

E

NOTINSTALLED

PAN

NOTINSTALLEDWITHPAN POT

NOTINSTALLEDWITHPAN POT

+2.5V DC

+2.5V DC

+2.5V DC

+2.5V DC

NOTE 1: PHASE SYMBOLS DENOTE SIGNAL POLARITY

IN PHASE OUT OF PHASE

INSTALLONE

+4dBu BAL+4dBu BAL

INSERT

OUT IN

V-

V+

GND

+DIG +REGin

V+in

V-in

+40Vin+40V

MICBINLO

MICBINHI

+40A

+40B

MICAINHI

MICAINLO

AON

INSERTINHI

INSERTINLO

INSERTOUTHI

INSERTOUTLO

TBMONITORDBSDATA

DBSCLK

DBLR

RST

DBMCLK

VCOMR

VCOML

VREFR

VREFL

AGND

AGND

AGND

36/1 36/2

36/3

36/5 36/6

36/7 36/8

36/9 36/10

36/11 36/12

36/13 36/14

36/15 36/16

36/17 36/18

36/19 36/20

36/23

36/25 36/26

36/27

36/30

36/33

36/36

36/4

36/24

12 24

25

23

10

11

9 21

22

20

7

8

6 18

19

17

4

5

3 15

16

142

13

12

24

25

23 10

11

9

21

22

8

13

20 7

6

18

19

17 4

5

3

15

16

14 1

2

120/67

120/71

120/73

120/75

120/77

120/79

120/87

120/89

120/91

120/93

120/95

120/97

120/99

120/101

120/103

120/105

120/111

120/113

120/119

120/85

120/83

120/81

120/117

120/107

120/109

120/69

120/4

120/6

120/8

120/10

120/12

120/14

120/16

120/18

120/20

120/22

120/24

120/26

120/28

120/34

120/36

120/38

120/46

120/48

120/50

120/52

120/54

120/56

120/58

120/60

120/62

120/64

120/66

120/68

120/72

120/74

120/76

120/78

120/86

120/88

120/90

120/92

120/94

120/96

120/98

120/100

120/102

120/104

120/106

120/110

120/112

120/114

120/118

120/44

120/84

120/42

120/82

120/40

120/80

120/120

120/108

120/70

120/32

120/30

120/2

120/3

120/5

120/7

120/9

120/11

120/13

120/15

120/17

120/19

120/21

120/23

120/25

120/27

120/29

120/31

120/35

120/51

120/53

120/55

120/57

120/59

120/63

120/65

120/33

120/61

120/1

120/37

120/39

120/47

120/49

120/45

120/43

120/41

36/22

36/28

36/32

36/34

36/21

36/29

36/31

36/35

1

120/116120/115

CT11

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

101 102

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

CT10

3635

3433

3231

3029

2827

2625

2423

2221

2019

1817

1615

1413

1211

109

87

65

43

21

AGND



1 OF 1

_14S0059

W# 700251

SA

SA

SA

MMD-500 PCB

MMD-500

MMD-500 Mono Mic Input Module PinoutPage 1-1D-500/Oct 2001

10-15-01

1

2

3

4 4

3

2

1

A C D

DCBA

B

C

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

4 OF 4

14S0051

W# 700251

SA

SA

SA

MMD-500

MMD-500 Mono Mic Input Module Schematic - Sheet 4 of 4 Page 1-1D-500/Oct 2001

10-15-01

FMMD-500F PCB

1

2

3

4 4

3

2

1

A C D

DCBA

B

C

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

24

25

23

22

21

20

19

18

17

16

15

14

13

12

11

10

6

9

8

7

1

2

3

4

5

24

25

23

22

21

20

19

18

17

16

15

14

13

12

11

10

6

9

8

7

1

2

3

4

5

LOWERDB-25

LOWERDB-25

LOWERDB-25

UPPERDB-25

UPPERDB-25

LOWERDB-25

CONNECTORS BUSS CHART

36 PIN EDGE CONNECTOR


DB Connector PinoutsDB Connector Pinouts

MMD-500 ANALOG INPUTS

(Upper DB-25)(Upper DB-25)

AUDIO COMMON

AUDIO COMMON

(Lower DB-25)(Lower DB-25)

I/O PORTSI/O PORTSI/O PORTSI/O PORTSI/O PORTSI/O PORTS

LOGICLOGICLOGICLOGICLOGICLOGIC

I/O PORTSI/O PORTSI/O PORTSI/O PORTSI/O PORTSI/O PORTS

ANALOGANALOGANALOGANALOGANALOGANALOG

MIC 2 IN SH

MIC 2 IN HI

MIC 1 IN HI

MIC 2 IN LO

MIC 1 IN LOMIC 1 IN SH

AGNDN/C

N/CAGND

N/CN/C

N/CAGND

N/C

N/C

N/C

AGND

INSERT OUT SHINSERT OUT LO

INSERT OUT HI

INSERT IN HI

INSERT IN SHINSERT IN LO

N/C

N/C

N/C

N/C

REMOTE ON "B"

ON TALLY "B"

TB TO CR "B"

DIGITAL GND

REMOTE ON "A"REMOTE OFF "A"

ON TALLY "A"

DIGITAL GND

+5V DIGITAL

REMOTE OFF "B"

OFF TALLY "B"

COUGH "B"

+5V DIGITAL

OFF TALLY "A"TB TO CR "A"

COUGH "A"

DIGITAL GNDDIGITAL GND

N/C

N/C

AGND

MICAINLO MICAINHI

AGND MICBINLO

MICBINHI AGND

36BUSPIN9 36BUSPIN10

AGND 36BUSPIN12

36BUSPIN13 AGND

AGND

AGND

AGND


36BUSPIN18

36BUSPIN19

AGND

36BUSPIN27

DB_VCC

LDBONB

LDBOFFTALLYB

AGND

INSERTINLO

INSERTINHI


LDBSTTOSTTBA DB_VCC

GND

LDBONA

GND

LDBOFFA

LDBONTALLYA LDBOFFTALLYA

LDBTBTOCRA LDBCOUGHA

XDSPPGM XDSPAUD

XDSPAUX XDSPUTL

PGMLTMONITOR AGND

PGMRTMONITOR AGND

AUDLTMONITOR AGND

AUDRTMONITOR AGND

AUXLTMONITOR AGND

AUXRTMONITOR

UTLLTMONITOR AGND

UTLRTMONITOR AGND

CUELTMONITOR AGND

CUERTMONITOR AGND

TEL12MONITOR AGND

TEL34MONITOR AGND

TBMONITOR AGND

ICMCUE AGND

XDCUELOGIC XDCRMUTE

XDST1MUTE XDST2MUTE

XDTIMERRESTART XDONAIRTALLY

XDTALLY2 XDTALLY3

V+in V+in

+40Vin

V-in V-in

GND

GND

TEL12_34

XDRESET TEL34_12

XDBUSIN GND

XDFRMOUT GND

XDTDMOUT1 GND

XDTDMOUT2 GND

XDSEROUT GND

XDSERCLK GND

XDSERFRM GND

XDSERIN GND

XDDINT GND

SIGX GND

GND

GND

GND

XDCSA7

GND

XDFRMX

XDCLKX

XDCSA8 XDCSA9

GND GND

+DIG+DIG

+DIG+DIG

XDCSA4 XDCSA5

XDCSA6

XDA9

XDAD3

XDAD0

XDAD1 XDAD2

XDAD4

XDAD5 XDAD6

XDAD7 XDA8

XDWR

GND XDDS

XDAS

GND

GND

AGND

LDBTBTOCRB LDBCOUGHB

INSERTOUTHIINSERTOUTLO

GNDGND

LDBSTTOSTTBB

LDBONTALLYB

LDBOFFB

36BUSPIN28


C73

0.1uF

C67

0.1uF

C57

0.1uF 0.1uF

C44

116

125 U29

OPTO1 152

161 U29

OPTO1

9

10 7

8

U30

OPTO1

116

125 U30

OPTO1

134

143 U30

OPTO1

15

16 1

2

U30

OPTO1 220

R125

9

10 7

8

U31

OPTO1

116

125 U31

OPTO1

134

143 U31

OPTO1

VCC

220

R131

GND

475

R127

GND

475

R133

VCC

GND

475

R128

GND

475

R134

220

R136

VCC

220

R130

VCC

GND

475

R122

GND

475

R118

GND

220

R120

VCC

4.99K

R124

C60

0.1uF 4.99K

R121

C65

0.1uF 4.99K

R135

C64

0.1uF 4.99K

R132 C62

0.1uF 4.99K

R126

4.99K

R129

C59

0.1uF 4.99K

R119

40.2K

R59

VCC

40.2K

R56

VCC

40.2K

R57

VCC

40.2K

R58

VCC

U13

89

74AC14

U13

1011

74AC14

U13

3 4

74AC14

U13

1213

74AC14

U13

65

74AC14

U14

74AC14

1 2

U14

43

74AC14

U14

11 10

74AC14

R8

220

R9

220

R10

220

R11

220

C21

0.1uF

GND

C19

0.1uF

GND

C18

0.1uF

GND

C16

0.1uF

GND

GND

VCC

R6

10.0K

VCC

U14

74AC14

5 6

U14

9 8

74AC14

R7

4.99K

VCC

GND

VCC

GND

C20

0.1uF

C17

0.1uF

20.0K

R97

VCC

20.0K

R98

VCC

98

107 U29

OPTO1

C61

0.1uF

475

R123

GND

SS14 D3

10.0K

R93

VCC

GND

220

R150

332

R151

GND

VCC

39

R144

39

R149

39

R143

GNDGND

1.0M

R79

SS14 D5

GND

VCC

SS14 D4

10.0K

R92

VCC

15

16 1

2

U31

OPTO1

C63

0.1uF

SW2

Phone Energize DIPSW:DIPSW POS 1- PGMDIPSW POS 2- AUDDIPSW POS 3- AUXDIPSW POS 4- UTL

1

2

3

4

U13

21

74AC14

2

3

4

6

79

10

11

12

13

14

15

17

18

19

U36

49FCT805

OEB

INB

INA

OEA

OA1

OA2

OA3

OA4

OA5

OB1

OB2

OB3

OB4

OB5

MON

F4

1.1A

POLYSW

F2

.3A

POLYSW

F3

.3A

POLYSW

F5

POLYSW

1.1A

U14

13 12

74AC14

14

13

3

4

U29

OPTO1

SW7

AGND

C72

22uF

C58

100uF

C75

1uF

C74

1uF

D1

4148

C26

100uF

C47

22uF


14S0024H

W# 700219 SLD-500H PCB

8-6-01

D-500/Aug 2001

SLD-500

SA

Page 5-5bSLD-500 Stereo Line Input Module Schematic - Sheet 3 of 4

3 OF 4

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

SS14 D2

C51

0.1uF

GND

.17A

POLYSW

F1

U37

LM2940

3

2

1OUTVIN

GND

GND

Q3

3

21

PQ05

OUTVIN

GND

C5022uF

C52 0.1uF

C53 0.22uF

100R94

100R95

INSTALLONE

INSTA

LL

ON

E

OPTIONALEXTERNALON/OFFPULSE-CONSTANTSWITCH

V+in

V-in V-

V+

GND

+DIG

LDBREADYA

LDBSTOPA

LDBOFFA

LDBONA

LDBSTARTA

LDBREADYB

LDBSTOPB

LDBOFFB

LDBONB

LDBSTARTB

XSTARTBLDBS/SBXSTARTA

XEXONBLDBONBXEXONALDBONA

LDBS/SA

XEXOFFBLDBOFFBXEXOFFALDBOFFA

XSTOPALDBS/SA XSTOPBLDBS/SB

XEXREADYALDBREADYA XEXREADYBLDBREADYB

XSEQIN

LDBSEQIN

LDBSEQIN

XSEQOUT

LDBSEQOUT

LDBSEQOUT

XDSPPGM

XDSPAUD

XDSPAUX

XDSPUTL

PHONEPGM

PHONEAUD

PHONEAUX

PHONEUTL

MDLPWRUPRESET

XON

XOFFXPOFF

XDCLKX

CLKXA

XMCLKOE

CLKXB

DBMCLK

XDBUSIN

XPON

DB_VCCVCC

+REGin

36/2

36/4

36/5

36/6

36/7

36/9

36/10

36/11

36/12

36/13

36/14

36/3

CT11

2

3

4

5

6

7

8

9

10

11

12

13

14

1

36/8

36/1

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

12

24

25

23

10

11

9

21

22

20

7

8

19

13

36/1 36/2

36/3

36/5 36/6

36/7 36/8

36/9 36/10

36/11 36/12

36/13 36/14

36/15 36/16

36/17 36/18

36/19 36/20

36/23

36/25 36/26

36/27

36/30

36/33

36/36

36/4

36/24

12 24

25

23

10

11

9 21

22

20

7

8

6 18

19

17

4

5

3 15

16

142

13

12

24

25

23 10

11

9

21

22

8

13

20 7

6

18

19

17 4

5

3

15

16

14 1

2

120/67

120/71

120/73

120/75

120/77

120/79

120/87

120/89

120/91

120/93

120/95

120/97

120/99

120/101

120/103

120/105

120/111

120/113

120/119

120/85

120/83

120/81

120/117

120/107

120/109

120/69

120/4

120/6

120/8

120/10

120/12

120/14

120/16

120/18

120/20

120/22

120/24

120/26

120/28

120/34

120/36

120/38

120/46

120/48

120/50

120/52

120/54

120/56

120/58

120/60

120/62

120/64

120/66

120/68

120/72

120/74

120/76

120/78

120/86

120/88

120/90

120/92

120/94

120/96

120/98

120/100

120/102

120/104

120/106

120/110

120/112

120/114

120/118

120/44

120/84

120/42

120/82

120/40

120/80

120/120

120/108

120/70

120/32

120/30

120/2

120/3

120/5

120/7

120/9

120/11

120/13

120/15

120/17

120/19

120/21

120/23

120/25

120/27

120/29

120/31

120/35

120/51

120/53

120/55

120/57

120/59

120/63

120/65

120/33

120/61

120/1

120/37

120/39

120/47

120/49

120/45

120/43

120/41

36/22

36/28

36/32

36/34

36/21

36/29

36/31

36/35

1

120/116120/115

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

101 102

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

CT13

3635

3433

3231

3029

2827

2625

2423

2221

2019

1817

1615

1413

1211

109

87

65

43

21

CT12


4 OF 4

SLD-500 Stereo Line Input Module Schematic - Sheet 4 of 4

SA

_

Page 5-5b

SLD-500

D-500/Aug 2001

8-6-01

SLD-500H PCBW# 700219

14S0023HREVSIZE

SCALE

FSCM NO. DWG. NO.

SHEET

CONTRACT NO.

APPROVALS DATE

DRAWN

CHECKED

ISSUED C

1234

4 3 2 1

A

C

DD

C

B

A

B

UPPERDB-25

LOWERDB-25

LOWERDB-25

LOWERDB-25

120 PIN EDGE CONNECTOR36 PIN EDGE CONNECTORUPPERDB-25

UPPERDB-25

LOWERDB-25


AGND

XSHALT

XLOALT

XHIALT

XSHART

XLOART

XHIART

AGND

XLOBLT

XHIBLT

AGND

XLOBRT

XHIBRT

AGND

XSHALT

XLOALT XHIALT

XSHART XLOART

XHIART AGND

XLOBLT XHIBLT

AGND XLOBRT

XHIBRT AGND

GND

GND

AGND


36BUSPIN18

36BUSPIN19

AGND

LDBSEQOUT

GND

LDBSEQIN

LDBSTARTB

DB_VCC

36BUSPIN24

UDBTRANSMITB

LDBOFFB LDBS/SB

LDBOFFB LDBS/SA

LDBSTOPA

LDBOFFA

LDBOFFA

LDBSTARTA

LDBONA LDBREADYA

LDBONA LDBREADYA

XDSPPGM XDSPAUD

XDSPAUX XDSPUTL

PGMLTMONITOR AGND

PGMRTMONITOR AGND

AUDLTMONITOR AGND

AUDRTMONITOR AGND

AUXLTMONITOR AGND

AUXRTMONITOR

UTLLTMONITOR AGND

UTLRTMONITOR AGND

CUELTMONITOR AGND

CUERTMONITOR AGND

TEL12MONITOR AGND

TEL34MONITOR AGND

TBMONITOR AGND

ICMCUE AGND

XDCUELOGIC XDCRMUTE

XDST1MUTE XDST2MUTE


XDTALLY2 XDTALLY3

V+in V+in

+40Vin

V-in V-in

GND

GND

TEL12_34

XDRESET TEL34_12

XDBUSIN GND

XDFRMOUT GND

XDTDMOUT1 GND

XDTDMOUT2 GND

XDSEROUT GND

XDSERCLK GND

XDSERFRM GND

XDSERIN GND

XDDINT GND

SIGX GND

GND

GND

GND

XDCSA7

GND

XDFRMX

XDCLKX

XDCSA8 XDCSA9

GND GND

+DIG+DIG

+DIG+DIG

XDCSA4 XDCSA5

XDCSA6

XDA9

XDAD3

XDAD0

XDAD1 XDAD2

XDAD4

XDAD5 XDAD6

XDAD7 XDA8

XDWR

GND XDDS

XDAS

GND

GND

AGND

LDBONB LDBSTOPB

UDBTRANSMITA36BUSPIN21

LDBREADYBLDBSEQIN

LDBSEQOUT

LDBONB

LDBREADYB

LDBONTALLY


220

R14

220

R15

220

R4

220

R3

4.99K

R7

GND

4.99K

R8

GND

0.01uF

C11

GND

4.99K

R26

VCC

GND

4.99K

R25

VCC

J8

GND

1K

R9

0.1uF

C7

0.1uF

C5

GND

4.99K

R10

VCC

4.99K

R11

VCC

4.99K

R12

VCC

4.99K

R13

VCC

220

R1

VCC

VCC

GND

0.1uF

C2

GND

VCC

0.1uF

C4

GND

VCC

0.1uF

C3

GND

VCC

VCC

GND

AGND

AGND

AGND

AGND

GND

VCC

VCC

J9

GND

4.99K

R21

VCC

4.99K

R22

VCC

4.99K

R23

VCC

4.99K

R24

VCC

4.99K

R17

VCC

4.99K

R18

VCC

4.99K

R19

VCC

4

3

2

1

SW3

4

3

2

1

SW2

4.99K

R20

VCC

0.1uF

C9

GND

VCC

GND

J10

VCC

GND

J11

VCC

4.99K

R6

VCC

U113

12

11

74ACT02

J3

GND

J1

J2

GND

AGND

CT1

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

CT2

1

14

13

12

11

10

9

8

7

6

5

4

3

2

0.1uF

C8

GND

VCC

220

R2

J7

16.384MHz

OSCILLATOR

31

Y1

OUTE/D

U16

54

74ACT02

J5AM26C32A

1

2

3

4

5

6

7

9

10

11

12

1314

15

U2

EN

A+

A-

B+

OUTAB-

OUTBC+

OUTCC-

OUTDD+

D-

EN

74ACT157

1

2

3

4

5

6

7

9

10

11

1213

14

15

U3

4B

4A 4Y

3B 3Y

3A 2Y

2B 1Y

2A

1B

1A

A/B

G

U13

21

74ACT02

4

3

2

1

SW1

26

25

24

23

19

18

17

1615

13

12

11

10

6

5

4

3

2

1

28

U5

SETLSLW

MUTE_I

RESET

MCLK

GPDLYS

MUTE_O

TRGLR_O

MSBDLY_O

BKPOL_O

MSBDLY_I

TRGLR_I

BKPOL_I

LR_O

WCLK_O

BCLK_O DATA_O

LR_I

WCLK_I

BCLK_I

DATA_I

AD1890

U110

9

8

74ACT02

12

24

25

23

10

11

9

21

22

20

7

8

19

13

CS8412

1

2

3

4

5

6

7

8

9

10 11

12

13

14

15

16

17

18

20

21

22

23

24

25

26

27

28

19

U4

C

U

VERF

Ca/E1

Cb/E2

Cc/F0

Cd/F1

C0/E0

CBL

ERF

FSYNC

SCK

SDATA

FILT

VD+

DGND

Ce/F2

MCK

SEL

RXP

RXN

FCK

M0

M1

M2

M3

AGND

VA+

1 OF 1

14S0027

W# 700252

SA

SA

SA

SRC-500

SLD-500 Input Module Schematic - Sheet 7 of 7Page 7-7D-500/Jan 2002

1-24-02

SRC-500C PCB

C

A

B

C

D D

C

B

1345678

8 7 6 5 4 3

2

12

A

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D


J6

220

R16

J4

220

R5

1

3 4

T2

6

3

1

T1

4

6

0.1uFC10

0.1uFC1

0.01uFC6

V+

V-

+40Vin

INSTALLFOR 75 OHM

INSTALLFOR 75 OHMUPPER

DB-25

DBAESPA

DBAESNA

DBAESNB

DBAESPB

AON

DBSTAT1

DBSTAT0

DBERROR

RESET

DBTYPE0

V+

V-

DBTYPE1

DBSDATA

DBSCLK

DBL/R

DBMCLK

C3

0.1uF

4.99K

R26

J3

220

R27

GND

220

R31

VCC

GND

0.1uF

C23

0.1uF

C8

0.1uF

C11

AGND

AGND

AGND

AGND

AGND

+40Vin

AGND

AGND

AGND

AGND

AGND

AGND

0.001uF

C47

AGND

0.001uF

C48

AGND

0.001uF

C40

AGND

0.001uF

C41

AGND

0.001uF

C35

AGND

0.001uF

C36

AGND

0.001uF

C26

AGND

0.001uF

C27

AGND

SSM2143

1

2

3

4

5

6

7

U10

V+

-

+

V-

U5SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U6VHC4053

13

11

14

126X

Y

S

INH

X_Y

AGND

4.99K

R35

4.99K

R32

22uF C49

4.99K

R30

4.99K

R21

22uF C32

22uF C17

U1

8

4

5532 1

2

3

V+

-

+

V-

2.43K

R5

C2

330pF

2.43K

R10

C6

330pF

220

R3

2.43K

R8

C4

330pF

2.43K

R12

C9

330pF

220

R6

10R23

10R14

10R22

10R13

3900pF

C30

3900pF

C14

.1uF

C28

AGND

AGND

VA+

VA+

AGND

4.99K

R28

4.99K

R33

4.99K

R34

U6VHC4053

6

34

9

5X

Y

S

INH

X_Y

0.1uF

C46

0.1uF

C31

0.1uF

C37

0.1uF

C15

1.30K

R1

1.30K

R9

AGND GND

U71011

74AC14

U73 4

74AC14

4.99K

R29

0.1uF

C38

L1

FERR

VCC

VCC

2

3

AGND

AGND

AGND

AGND

VCCadc

VCCadc

VCCadc VCCadc

VCCadc

7

4.99K

R25

.1uF

C16

VCCadc

U15532

4

8

7

6

5

V+

-

+

V-

CR1

10K

LINELT TRIM

1

2

3

CR2

10K

LINERT TRIM

3

2

1

VHC4053

5

9

4 3

6

U8

X

Y

S

INH

X_Y

CT1

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

CT2

1

14

13

12

11

10

9

8

7

6

5

4

3

2


N/C

SENCE

REF 8

7

6

5

1

2

3

4

IN+

IN-

V-

OUT

V+

NE5532IC PINOUT


4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-

74VHC4053IC PINOUT


X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH

74AC14IC PINOUT


VCC

Od

Ob

Oa

14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

O2c

Oe

Ie

Ic

Ia

Ib

Id

Of

If

74AC08IC PINOUT


VCC

I2d

I1d

Od

I2c

I1c

Oc

Ob

I2b

I1b

Oa

I2a

I1a 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

0.1uF

C33

VCCadc

AGND

U71213

74AC14

U11SSM2143

1

2

3

4

5

6

7

V+

-

+

V-

VHC4053

6 12

14

11

13

U8

X

Y

S

INH

X_Y

22uF C39

J2

1211

13 U9

74ACT08

J4

8

U721

74AC14

U25532

4

8

3

2

1

V+

-

+

V-

U3SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

46

5 U9

74ACT08

U765

74AC14

10uF

C21

D74148

100uF

C42

1uF

C24

22uF

C25

Z2C5V1

Z1C5V1

100uF

C43

100uF

C44

100uF

C45

1uF

C12 C1

1uF

1uF

C5

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

Vdd

Vee

V+

V-

V+

V-

12

24

25

23

10

11

9

21

22

20

7

8

19

13

-14dBu

-2dBu

-2dBu

-2dBu

-2dBu

-14dBu

-14dBu

-14dBu

AGNDAGND

100uF

C34

D104148

D114148

AGND

10uF

C22

AGND

2.5V

U25

6

7

8

4

5532

V+

-

+

V-

2.5V

2.5V

2.5V

2.5V

475

R20

475

R19

AGND

0.1uF

C10

AGND

100uF

C20

AGND

0.1uF

C7

AGND

100uF C18

100uF C19

40.2K

R18

AGND

40.2K

R17

AGND

AGND

8

VHC4053

LINE1/LINE2SELECT

2

10

15 1

6

U8 GND

X

Y

S

INH

X_Y

AGND

U6

VHC4053

6

115

10

2

8GND

X

Y

S

INH

X_Y

U77

14

89

74AC14

AGND

AGND

AGND

AGND AGND

AGND AGND AGND AGND AGND

VCCadc VCCadc

VCCadc

VCCadc

VCCadcVCCadc

VCCadc VCCadc

VCCadc

12-1-99

D-600/Dec 1999

14S10XX

W# 700560

SLADC-600

SLD-600 Input Module Schematic - Sheet 6 of 6

SA

Page 5-5

1 OF 1SLADC-600 PCB

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A


40.2K

R15

AGND

AK5392

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

2122

23

24

25

2627

28

U4

VD

LRCK

DGND

AINR-

AINR+

SDATA

SCLK

AINL-

AINL+ VREFL

VREFR

GNDL

GNDR

MCLK

FSYNC

VCOML

VCOMR

ZCAL

RST

SMODE1

SMODE2

CMODE

HPFE

TEST

AGND

BGND

CAL

VA

4.99K

R16

VCCadc

0.22uF

C13

AGND

AGND

0.22uF

C29

4.99K

R24

AGND

J1VCCadc

D8SS14

D6SS14

D9SS14

D5SS14

AGND

VA+

D2SS14

D3SS14

D1SS14

D4SS14

AGND

VA+

Z31N4735

39

R4

39

R7

39

R11

39

R2

U93

2

1

7

14

74ACT08

AGND

VCCadc

U98

10

9

74ACT08


AK5392IC PINOUT

VREFR

GNDR

VCOMR

BGND

TEST

HPFE

CMODE

MCLK

FSYNC

SMODE1

SMODE2

RST

AGND

ZCAL

VCOML

GNDL

VREFL

AGND

VA

LRCK

VD

CAL

AINL-

AINL+

20

19

18

17

10

9

8

7

6

5

4

3

2

1

11

12

13

14 15

16

21

22

23

24

25

26

27

28

SCLK SDATA

AINR-

AINR+

Q1

3

21

PQ05

GND

VIN OUT

+2.5

V D

C

0V

DC

0V DC

+2.5

V D

C

+2.5V DC

+2.5V DC

+2.5V DC

+2.5V DC

LINE 1 LT LO

LINE 1 RT SH

LINE 1 RT HI

LINE 2 LT LO

LINE 2 RT SH

LINE 2 RT HI

LINE 2 RT LO

LINE 2 LT HI

LINE 2 LT SH

LINE 1 RT LO

LINE 1 LT HI

LINE 1 LT SH

+4dBu BAL

+4dBu BAL

+4dBu BAL

+4dBu BAL

OUT OF PHASEIN PHASE

NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY

UPPERDB-25

NOTINSTALLED

LINE1LTHI

LINE1RTLO

V+

V-

LINE1LTLO

LINE2LTHI

LINE2LTLO

LINE2RTHI

LINE2RTLO

LINE1RTHI

DBTYPE0

DBTYPE1

DBSDATA

AON

RESET

DBL/R

DBSCLK

DBMCLK

VREFR

VREFL

VCOMR

VCOML


OMD-5006-19-00

SA

SA

SA

14S00292 OF 4OMD-500H PCBW# 700226

OMD-500 Output Module Schematic - Sheet 2 of 4Page 5-5D-500/Jun 2000

H

CHECKED

ISSUED

DRAWN

CONTRACT NO.

APPROVALS DATE

SCALE SHEETD

REVDWG. NO.FSCM NO.SIZE

8 7 6 5 4 3 2 1

12345678

A

B

C

D D

C

B

A


OMD-5006-19-00

SA

SA

SA

14S00562 OF 2OMD-500 PCBW# 700226

OMD-500 Output Module #3 PinoutD-500/Jun 2000

-

Page

REV

SHEET

DWG. NO.FSCM NO.

SCALEC

SIZE

DATE

ISSUED

CHECKED

DRAWNAPPROVALS

CONTRACT NO.

A B C D

11

2 2

33

4

A B C

4

D


H

OMD-5006-19-00

SA

SA

SA

14S00304 OF 4OMD-500H PCBW# 700226

OMD-500 Output Module Schematic - Sheet 4 of 4D-500/Jun 2000 Page

REV

SHEET

DWG. NO.FSCM NO.

SCALEC

SIZE

DATE

ISSUED

CHECKED

DRAWNAPPROVALS

CONTRACT NO.

A B C D

11

2 2

33

4

A B C

4

D

N/CN/C

N/C

N/CN/CN/CN/CN/C

"SEND1_1" AES/SP DIF OUT LO"SEND2_1" AES/SP DIF OUT HI"SEND2_1" AES/SP DIF OUT SH

"SEND1_3" AES/SP DIF OUT SH"SEND1_3" AES/SP DIF OUT HI

"SEND2_2" AES/SP DIF OUT LO"SEND2_2" AES/SP DIF OUT SH"SEND2_2" AES/SP DIF OUT HI"SEND1_3" AES/SP DIF OUT LO

"SEND2_1" AES/SP DIF OUT LO"SEND1_1" AES/SP DIF OUT SH"SEND1_1" AES/SP DIF OUT HI

N/CN/CN/CN/C

N/C

AUDIO COMMON

"SEND1" LT INSERT IN LO

"SEND1" RT INSERT IN HI"SEND1" RT INSERT IN SH

"SEND1" LT INSERT OUT LO

"SEND1" RT INSERT OUT HI"SEND1" RT INSERT OUT SH

"SEND1" RT OUT SH"SEND1" RT OUT HI

"SEND1" LT OUT LO

"SEND2" RT OUT SH"SEND2" RT OUT HI

"SEND2" LT OUT LO

"SEND1" LT INSERT IN HI"SEND1" LT INSERT IN SH

"SEND1" RT INSERT IN LO

"SEND1" LT INSERT OUT HI"SEND1" LT INSERT OUT SH

"SEND1" RT INSERT OUT LO

"SEND1" RT OUT LO

"SEND1" LT OUT SH"SEND1" LT OUT HI

"SEND2" RT OUT LO

"SEND2" LT OUT SH"SEND2" LT OUT HI

I/O PORTS

DIGITAL(Lower DB-25)

ANALOG


OMD-500 #3 SEND 1-2DB Connector Pinouts

120/19

22uFC114

22uFC115

4.99K

R78

4.99K

R79

120/23

120/25

22uFC116

22uFC117

4.99K

R80

4.99K

R81

AGND

4.99K

R91

AGND

4.99K

R49

20.0K

R57

4.99K

R56

120/27

120/29

120/31

120/33

22uFC118

4.99K

R82

22uFC119

4.99K

R83

22uFC120

4.99K

R84

22uFC1214.99K

R85

AGND

0.1uF

C98

0.1uF

C104

0.1uF

C110

0.1uF

C97

0.1uF

C103

0.1uF

C109

0.1uF

C112

0.1uF

C111

AGND

120/3

120/5

120/4

AGND

AGND

120/6

120/8

120/7

AGND

AGND

120/9

120/11

120/10

AGND

AGND

120/12

120/14

120/13

AGND

22uFC126

4.99K

R86

22uFC127

4.99K

R87

22uFC128

22uFC113

4.99K

R89

0.1uF

C77

0.1uF

C66

AGND

3

1

2

4

8

-2dBu

NE5532U31

V+

-

+

V-

5

7

6

4

8

-2dBu

NE5532U31

V+

-

+

V-

3

1

2

-2dBu

-14dBu

LT10K

CRLEVEL

CT3

AGND

AGND

22uFC50

22uFC49

AGND

33pF

C75

AGND

33pF

C65

3

2

1

8

4

5532

-2dBu

U20

V+

-

+

V-

5

6

7

8

4

5532

-2dBu

U20

V+

-

+

V-

+4dBu BAL

CROUT

UDB/636/15 LO

UDB/1836/16 HI

+4dBu BAL36/18 UDB/17 LO

UDB/436/19 HI

2.00K

R55

2.00K

R103

10.0K

R16

10.0K

R15

GND

AGND

68pF

C106

AGND

68pF

C105

AGND

AGND

68pF

C108

AGND

68pF

C107

AGND

AGND

10pF

C29

40.2K

R14

AGND

10pF

C28

40.2K

R13

NE5532

-2dBu8

4

6

7

5U17

V+

-

+

V-

10.0K

R8

10.0K

R7

10pF

C21

10.0K

R10

10pF

C20

10.0K

R9

3

1

2

4

8-2dBu

NE5532U15

V+

-

+

V-

5

7

6

4

8-2dBu

NE5532U15

V+

-

+

V-

AGND

10pF

C24

40.2K

R11

AGND

10pF

C25

10.0K

R12

3

1

2

4

8-2dBu

NE5532U16

V+

-

+

V-

5

7

6

4

8-2dBu

NE5532U16

V+

-

+

V-

20.0K

R18

20.0K

R17

20.0K

R6

20.0K

R5

100uF C46

100uF C48

100uF C51

100uF C47

100uF C45

100uF C44

100uFC1

100uFC30

AGND

20.0K

R58

20.0K

R59

20.0K

R61

4.99K

R60

AGND

4.99K

R67

4.99K

R66

AGND

4.99K

R68

4.99K

R69

4.99K

R71

4.99K

R70

AGND

20.0K

R62

20.0K

R65

4.99K

R73

4.99K

R74

20.0K

R63

20.0K

R64

2

1

10

15

6

4053U21

X

Y

S

INH

X_Y

12

13

11

14

4053

6

U21

X

Y

S

INH

X_Y

9

4

5

3

4053

6

U21

X

Y

S

INH

X_Y

4053

6

15

10

1

2

U22

X

Y

S

INH

X_Y

6

4053

3

5

4

9 U22

X

Y

S

INH

X_Y

6

4053

14

11

13

12

U22

X

Y

S

INH

X_Y

2

1

10

15

6

4053

U27

X

Y

S

INH

X_Y

12

13

11

14

4053

6

U27

X

Y

S

INH

X_Y

9

4

5

3

4053

6

U27

X

Y

S

INH

X_Y

9

3

5

4

4053

6

U28

X

Y

S

INH

X_Y

12

13

11

14

6

4053

U28

X

Y

S

INH

X_Y

10

1

2

15

6

4053

U28

X

Y

S

INH

X_Y

10

1

2

15

4053

6

U29

X

Y

S

INH

X_Y

6

4053

4

9

3

5

U29

X

Y

S

INH

X_Y

6

4053

15

10

1

2

U30

X

Y

S

INH

X_Y

11

14

12

13

6

4053

U30

X

Y

S

INH

X_Y

4053

6

4

9

3

5

U30

X

Y

S

INH

X_Y

11

13

12

14

4053

6

U29

X

Y

S

INH

X_Y

2

1

10

15

6

4053U23

X

Y

S

INH

X_Y

9

4

5

3

4053

6

U23

X

Y

S

INH

X_Y

12

13

11

14

4053

6

U23

X

Y

S

INH

X_Y

4053

6

15

10

1

2

U24

X

Y

S

INH

X_Y

6

4053

14

11

13

12

U24

X

Y

S

INH

X_Y

6

4053

3

5

4

9 U24

X

Y

S

INH

X_Y

2

1

10

15

6

4053U25

X

Y

S

INH

X_Y

9

4

5

3

4053

6

U25

X

Y

S

INH

X_Y

12

13

11

14

4053

6

U25

X

Y

S

INH

X_Y

4053

6

15

10

1

2

U26

X

Y

S

INH

X_Y

6

4053

14

11

13

12

U26

X

Y

S

INH

X_Y

4.99K

R72

4.99K

R75

AGND

100uFC63

100uFC64

AGND

40.2K

R54

AGND

40.2K

R104

AGND

33pF

C73

AGND

33pF

C61

-2dBu

5532

4

8

1

2

3U19

V+

-

+

V-

-2dBu

5532

4

8

7

6

5U19

V+

-

+

V-

+4dBu BAL

HDPNOUT

LOUDB/936/9

HIUDB/2136/10

+4dBu BALLO36/12 UDB/20

HIUDB/736/13

4.99K

R53

4.99K

R101

AGND

68pF

C100

AGND

68pF

C99

AGND

AGND

68pF

C102

AGND

68pF

C101

AGND

100uFC59

100uFC60

AGND

40.2K

R52

AGND

40.2K

R102

AGND

33pF

C71

AGND

33pF

C57

3

2

1

8

4

5532

-2dBu

U18

V+

-

+

V-

LO+4dBu BAL

CUEOUT

36/3 UDB/12

HI36/4 UDB/24

LO+4dBu BAL

36/6 UDB/23

HI36/7 UDB/10

4.99K

R51

4.99K

R99

AGND

68pF

C94

AGND

68pF

C93

AGND

AGND

68pF

C95

AGND

100uFC55

100uFC56

AGND

40.2K

R50

AGND

SHUDB/1936/17

AGND

SH36/20 UDB/5

AGND

SHUDB/2236/11

AGND

SH36/14 UDB/8

AGND

UDB/19 SH36/5

AGND

AGND

4.99K

R76

4.99K

R77

0.1uF

C23

0.1uF

C22

0.1uF

C72

0.1uF

C54

0.1uF

C74

0.1uF

C58

0.1uF

C76

0.1uF

C62

0.1uF

C27

0.1uF

C26

AGND

.3APOLYSW

F30.1uF

C68

0.1uF

C52

120/21

AGND

AGND

GND

4.99K

R88

8

7

6

5

4

3

2

1U36SSM2142

-

+

gnd

V+

+

V-

8

7

6

5

4

3

2

1U39SSM2142

-

+

gnd

V+

+

V-

1

2

3

4

5

6

7

8

U38SSM2142

-

+

gnd

V+

+

V-

1

2

3

4

5

6

7

8

U41SSM2142

-

+

gnd

V+

+

V-

8

7

6

5

4

3

2

1U40SSM2142

-

+

gnd

V+

+

V-

7

6

5

4

3

2

1

SSM2143U43

V+

-

+

V-

7

6

5

4

3

2

1

SSM2143U44

V+

-

+

V-

7

6

5

4

3

2

1

SSM2143U45

V+

-

+

V-


4

3

2

1

5

6

7

8OUT-

SNC- SNC+

OUT+

GND

IN V-

V+


V+

OUT

V-

IN-

IN+

4

3

2

1

5

6

7

8REF

SENCE

N/C

74VHC4053IC PINOUT


INH

VEE

VSS C

B

A

VDD1

2

3

4

5

6

7

8 9

10

11

12

13

14

15

16

Xa

X_Ya

Ya

Xb

Yb X_Yb

Yc

Xc

X_Yc

VIEWED FROMABOVE(COMPONENTSIDE)

6 PIN JSTCONNECTORPINOUT

6

5

4

3

2

1

NE5532IC PINOUT


V-

IN-

IN+

OUT V+

IN-

IN+

OUT

8

7

6

5

1

2

3

4

AGND

68pF

C96

1

2

3

4

5

6

7

8

U37SSM2142

-

+

gnd

V+

+

V-

5

6

7

8

4

5532

-2dBu

U18

V+

-

+

V-

SH36/8 UDB/11

40.2K

R100

6

4053

3

5

4

9 U26

X

Y

S

INH

X_Y

NE5532

-2dBu8

4

2

1

3U17

V+

-

+

V-

.3APOLYSW

F4

6

4

5

-2dBu

-14dBu

RT10KCT3

1

2

3

4

5

6

7

SSM2143U42

V+

-

+

V-

POLYSW.3A

F1

POLYSW.3A

F2

330uF

C31

330uF

C32

22uF

C41

22uF

C40

5.1VC5V1Z1

5.1VC5V1Z2

330uF

C79

330uF

C78

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

Vdd

Vee

V++

V--

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-


1 OF 3

20S0004

W# 700220

SA

SA

SA

CRD-500

CRD-500 Control Room Module Schematic - Sheet 1 of 4D-500/Feb 2002

2-7-02

CRD-500F PCB

F

A

B

C

D D

C

B

1345678

8 7 6 5 4 3

2

12

A

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

Page

1.30KR48

1.30KR90

C67

33pF

C53

33pF


NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITYPGMLTMONITOR

PGMRTMONITOR

AUDLTMONITOR

AUDRTMONITOR

AUXLTMONITOR

AUXRTMONITOR

UTLLTMONITOR

UTLRTMONITOR

V+in

V-in

EXT1LTHI

EXT1LTLO

EXT1RTHI

EXT1RTLO

EXT2LTHI

EXT2LTLO

EXT2RTHI

EXT2RTLO

PGM

UTL

AUX

AUD

EXT2

EXT1

CROUTLTLO

CROUTLTHI

CROUTRTLO

CROUTRTHI

CUEOUTLT

CUEOUTMONO

CRTOCR

CUETOCR

HDPNTOHDPN

CUETOHDPN

MCUETOCRRT

MCUETOCRLT

MCUETOHDPNRT

MCUETOHDPNLT

HDPNOUTLTHI

HDPNOUTLTLO

HDPNOUTRTHI

HDPNOUTRTLO

HDPNPRELT

HDPNPRERT

CUEOUTLTLO

CUEOUTLTHI

CUEOUTRTLO

CUEOUTRTHI

CUEPOSTRT

CUEPOSTLT

CRMUTE

CUEMONORT

CUEMONOLT

V+in

V++

V--

CUEOUTRT

V-in

GND

C137

0.1uF

C70

0.1uF

VCC

VCC

GND

R1

1.00K

C9

0.001uF

VCC

VCC

C2

0.1uF

VCC

GND

C3

0.1uF

VCC

GND

C4

0.1uF

VCC

GND

GND

R20

220

GND

R22

220

GND

R26

220

GND

R28

220

GND

R31

220

R19

1.00K

GND

R24

1.00K

GND

R25

1.00K

GND

R29

1.00K

GND

R21

220

R23

220

R27

220

R30

220

R33

220

R4

10.0K

VCC

GND

VCC

C5

0.1uF

VCC

GND

C6

0.1uF

VCC

GND

C7

0.1uF

VCC

GND

C10

0.1uF

VCC

GND

C12

0.1uF

VCC

GND

C13

0.1uF

VCC

GND

C8

0.1uF

VCC

GND

GND

R35

1.00K

GND

R36

220120/79

R3

10.0K

VCC

120/39

R37

4.99K

VCC

R41

4.99K

VCC

R42

4.99K

VCC

R43

4.99K

VCC

R44

4.99K

VCC

120/41

R38

4.99K

VCC

U21

2

3

74ACT02

U24

5

6

74ACT02

U2

8

910

74ACT02

U2

11

1213

74ACT02

U53

21

74ACT02

U510

9

8

74ACT02

U311 10

74AC14

U39 8

74AC14

U31 2

74AC14

U343

74AC14

U35 6

74AC14

U889

74AC14

U865

74AC14

U821

74AC14

U81011

74AC14

GND

R96

10

Q1

MMBTA05

GND

GND

VCC

R98

1.00K

R97

10.0K

U9

74LS74

8

910

11

12

13

CK

PR

CLR

Q

QD

VCC

GND

GND

R39

220

R40

1.00K

C87

33pF

R118

40.2K

AGND

AGND

R107

1.0K

C123

330pF

AGND

C88 1uF

C861uF

AGND

R119

3.3

R120

3.3

C133

0.1uF

C134

0.1uF

AGND AGND

C90

33pF

R124

40.2K

U354

5

3

2

1

LM675

V+

-

+

V-

AGND

R108

1.0K

C124

330pF

AGND

C91 1uF

C891uF

AGND

R121

3.3

R122

3.3

C135

0.1uF

C136

0.1uF

AGND AGND

CT210K

RT2

-2dBu

-14dBu

3

1

CT210KLT

HDPNLEVEL

5

-2dBu

-14dBu4

6

AGND

AGND

U1

13

12

11

109

8

74LS74

CK

PR

CLR

Q

QD

U4

74LS74

8

910

11

12

13

CK

PR

CLR

Q

QD

U4

74LS74

1

2

3

45

6

CK

PR

CLR

Q

QD

U6

74LS74

1

2

3

45

6

CK

PR

CLR

Q

QD

U11

4

56

74ACT32

U1110

98

74ACT32

U11

74ACT32

12

1311

U123

2

1

74ACT32

U126

5

4

74ACT32

U1211

13

12

74ACT32

U133

21

74ACT02

U1310

9

8

74ACT02

U513

12

11

74ACT02

U143

2

1

74ACT32

U146

5

4

74ACT32

U1411

13

12

74ACT32

R45

4.99K

VCC

C18 22uF R117

10.0K

C19 22uF R123

10.0K

C43100uF

C42100uF

C17

0.1uF

VCC

GND

C16

0.1uF

VCC

GND

C15

0.1uF

GND

VCC

C81

33pF

R110

40.2K

U32LM675 4

5

3

2

1

V+

-

+

V-

AGND

R105

1.0K

C69

330pF

AGND

C82 1uF

C801uF

AGND

R111

3.3

R113

3.3

C129

0.1uF

C130

0.1uF

AGND AGND

C84

33pF

R114

40.2K

AGND

R106

1.0K

C122

330pF

AGND

C85 1uF

AGND

R115

3.3

R116

3.3

C131

0.1uF

C132

0.1uF

AGND AGND

R112

40.2K

R109

40.2K

AGND

R93

2.43K

VCC

GND

120/45

R92

4.99K

VCC

GND

CT4

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

VCC

GND

R32

1.00K

CT6

"ON"SW

1

6

5

4

3

2

R2

4.99K

VCC

GND

C14

0.1uF

VCC

CT5

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

R34

220

Q2

MMBTA55

K1

64

23

81

7

5 "ON AIR"TALLYRELAY

SW11

2

3

4

5

6

7

CUE TO LT CR

CUE TO RT CR

CUE TO LT HDPN

CUE TO RT HDPN

CUE MUTE ENABLE

U1313

12

11

74ACT02

U83 4

74AC14

U108

9

10

74ACT00

U11

1

23

74ACT32

U10

1

23

74ACT00

U148

9

10

74ACT32

U1

6

54

3

2

1

74LS74

CK

PR

CLR

Q

QD


74AC02IC PINOUT

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14

I1a

I2a

Oa

I1b

I2b

Ob

Oc

I1c

I2c

Od

I1d

I2d

VCC


PQ05SZ1 IC PINOUT

1 2 3

2


74AC32IC PINOUT

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14I1a

I2a

Oa

I1b

I2b

Ob

Oc

I1c

I2c

Od

I1d

I2d

VCC


LM675 IC PINOUT

1 2 3 4 5


74HC30IC PINOUT

OUT

I8

I7

N/C

N/C

N/C

I6

I5

I4

I3

I2

I1

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14VCC


74AC00IC PINOUT

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14I1a

I2a

Oa

I1b

I2b

Ob

VCC

I2d

I1d

Od

I2c

I1c

Oc


74AC14IC PINOUT

If

Of

Id

Ib

Ia

Ic

Ie

Oe

O2c

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14

Oa

Ob

Od

VCC


6

5

4

3

2

1


74LS74IC PINOUT

CLRb

Db

CKb

PRb

Qb

Qb

Qa

Qa

PRa

CKa

Da

CLRa

VSS

1

2

3

4

5

6

7 8

9

10

11

12

13

14VCC



1

2

3

4

5

6

7 8

9

10

11

12

13

14

ON

ON

ON

ON

ON

ON

ON1

2

3

4

5

6

7


3

2

1

U33LM675

1

2

3

5

4

V+

-

+

V-

CT1

CUESPKR

1

3

2

C831uF

CT71TOHDPNJACK

2

3

U313 12

74AC14U56

54

74ACT02

U7

1

2

3

4

5

6

8

11

12

74HC30

U8

74AC14

1213

U6

13

12

11

109

8

74LS74

CK

PR

CLR

Q

QD

U1013

1211

74ACT00

U128

9

10

74ACT32

U10

4

56

74ACT00

U136

54

74ACT02

F5

.4APOLYSW

F6

.3APOLYSW

U9

74LS74

1

2

3

45

6

CK

PR

CLR

Q

QD

D14148

C33

1uF

C11

100uF

D31N4002W

C34

1uF

C35

1uF

C36

1uF

C37

1uF

C38

1uF

C125

22uF

C92

100uF

C138

1uF

C139

1uF

C39

1uF

V++

V--

V++

V--

V++

V--

V++

V--

U341

2

3

5

4LM675

V+

-

+

V-

D2 4148R126

100

R125

100


2 OF 3

14S0015

W# 700220

SA

SA

SA

CRD-500

CRD-500 Control Room Module Schematic - Sheet 2 of 4Page 6-2D-500/Feb 2002

FCRD-500F PCB

2-7-02

A

B

C

D D

C

B

1345678

8 7 6 5 4 3

2

12

A

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

U46

PQ053

21

GND

VIN OUT

POLYSW.17A

R94

.17APOLYSW

R95

R46

POLYSW.17A

R47

POLYSW.17A

IN PHASE

OUT OF PHASE

NOTE: PHASE SYMBOLSDENOTE SIGNAL POLARITY

+REGin

+DIG

EXT1SW

EXT2SW

EXT2LED

EXT1LED

EXT1

EXT2

PGM

AUD

AUX

UTL

UTLLED

UTLSW

AUXLED

AUXSW

AUDLED

AUDSW

PGMLED

PGMSW

CRTOCR

CUETOCR

EXT1

EXT2

PGM

AUD

AUX

UTL

MCUETOHDPNLT

MCUETOCRRT

HDPNTOHDPN

MCUETOHDPNRT

MCUETOCRLT

CRON

CRMUTE

CUETOHDPN

HDPNPRELT

HDPNPRERT

CRON

CUEPOSTLT

CUEPOSTRT

ONAIRRELAYNO

ONAIRRELAYCOM

XDONAIRTALLY

XDRESET

XDCRMUTE

XDCUELOGIC

AGND

AGND

AGND

36/1 36/2

36/3

36/5 36/6

36/7 36/8

36/9 36/10

36/11 36/12

36/13 36/14

36/15 36/16

36/17 36/18

36/19 36/20

36/23

36/25 36/26

36/27

36/30

36/33

36/36

36/4

AGND

AGND

AGND

AGND

AGND

AGND

36/24

AGND

20 PIN DIP CONNECTOR

CT8

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

12 24

25

23

10

11

9 21

22

20

7

8

6 18

19

17

4

5

3 15

16

142

13

12

24

25

23 10

11

9

21

22

8

13

20 7

6

18

19

17 4

5

3

15

16

14 1

2

120/67

120/71

120/73

120/77

120/79

120/87

120/89

120/91

120/93

120/95

120/97

120/99

120/101

120/103

120/105

120/111

120/113

120/119

120/85

120/83

120/81

120/117

120/107

120/109

120/69

120/4

120/6

120/8

120/10

120/12

120/14

120/16

120/18

120/20

120/22

120/24

120/26

120/28

120/34

120/36

120/38

120/46

120/48

120/50

120/52

120/54

120/56

120/58

120/60

120/62

120/64

120/66

120/68

120/72

120/74

120/76

120/78

120/86

120/88

120/90

120/92

120/94

120/96

120/98

120/100

120/102

120/104

120/106

120/110

120/112

120/114

120/118

120/44

120/84

120/42

120/82

120/40

120/80

120/120

120/108

120/70

120/32

120/30

120/2

120/3

120/5

120/7

120/9

120/11

120/13

120/15

120/17

120/19

120/21

120/23

120/25

120/27

120/29

120/31

120/35

120/51

120/53

120/55

120/57

120/59

120/63

120/65

120/33

120/61

120/1

120/37

120/39

120/47

120/49

120/45

120/43

120/41

36/22

36/28

36/32

36/34

36/21

36/29

36/31

36/35

1

120/116120/115

CT10

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

101 102

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

CT9

3635

3433

3231

3029

2827

2625

2423

2221

2019

1817

1615

1413

1211

109

87

65

43

21


F

CRD-500F PCB

2-7-02

D-500/Feb 2002 Page 5-5b

CRD-500 Control Room Module Schematic - Sheet 3 of 4

CRD-500

SA

SA

SA

W# 700220

14S0016

3 OF 3

B

A

B

C

D D

C

A

1234

4 3 2 1

CISSUED

CHECKED

DRAWN

DATEAPPROVALS

CONTRACT NO.

SHEET

DWG. NO.FSCM NO.

SCALE

SIZE REV

120/75

3.3 R127

LOWERDB-25

LOWERDB-25

LOWERDB-25

120 PIN EDGE CONNECTOR36 PIN EDGE CONNECTOR

UPPERDB-25

UPPERDB-25

LOWERDB-25


AGND

CUEOUTLTLO CUEOUTLTHI

AGND CUEOUTRTLO

CUEOUTRTHI AGND

HDPNOUTLTLO HDPNOUTLTHI

AGND HDPNOUTRTLO

HDPNOUTRTHI AGND

AGND

AGND

AGND

CROUTLTLO CROUTLTHI

CROUTRTLO

CROUTRTHI

AGND

AGND

AGND

AGND

AGND

AGND

V+in

V+in

V-in

V-in

AGND

AGND

CUEOUTLT

CUEMONORT

CUEOUTMONO

CUEMONOLT

CUEOUTRT

ONAIRRELAYCOM

ONAIRRELAYNO

CUELTMONITOR

CUERTMONITOR

AGND

AGND

AGND

AGND

TBACN

AGND EXT1LTLO

EXT1LTHI AGND

EXT1RTHI

AGND

EXT1RTLO

EXT2LTLO

EXT2LTHI AGND

EXT2RTLO EXT2RTHI

XDSPPGM XDSPAUD

XDSPAUX XDSPUTL

PGMLTMONITOR AGND

PGMRTMONITOR AGND

AUDLTMONITOR AGND

AUDRTMONITOR AGND

AUXLTMONITOR AGND

AUXRTMONITOR

UTLLTMONITOR AGND

UTLRTMONITOR AGND

CUELTMONITOR AGND

CUERTMONITOR AGND

TEL12MONITOR AGND

TEL34MONITOR AGND

TBMONITOR AGND

TBACN AGND

XDCUELOGIC XDCRMUTE

XDST1MUTE XDST2MUTE


XDTALLY2 XDTALLY3

V+in V+in

+40Vin

V-in V-in

GND

GND

TEL12_34

XDRESET TEL34_12

XDBUSIN GND

XDFRMOUT GND

XDTDMOUT1 GND

XDTDMOUT2 GND

XDSEROUT GND

XDSERCLK GND

XDSERFRM GND

XDSERIN GND

XDDINT GND

SIGX GND

GND

GND

GND

XDCSA7

GND

XDFRMX

XDCLKX

XDCSA8 XDCSA9

GND GND

+DIG+DIG

+DIG+DIG

XDCSA4 XDCSA5

XDCSA6

XDA9

XDAD3

XDAD0

XDAD1 XDAD2

XDAD4

XDAD5 XDAD6

XDAD7 XDA8

XDWR

GND XDDS

XDAS

GND

GND

AGND


36BUSPIN2236BUSPIN21

36BUSPIN3236BUSPIN31

EXTCUEIN

36BUSPIN35

36BUSPIN34

36BUSPIN28


TBMONITOR

EXTCUEIN

AGND

0.1uF

C7

0.1uF

C16

0.1uF

C5

0.1uF

C12

3

2

1

8

4

5532U1

V+

-

+

V-

AGND

AGND

AGND

LT

6

4-14dBu

510K

CUELEVEL

CT1

AGND

AGND

22uFC3

22uFC14 10.0K

R6

AGND

10pF

C15

40.2K

R15

10pF

C8

40.2K

R16

5

7

6

4

8

5532U2

V+

-

+

V-

AGND

10pF

C18

40.2K

R18

5

7

6

4

8

5532U3

V+

-

+

V-

20.0K

R12

20.0K

R11

100uFC10

AGND

NE5532

8

4

2

1

3U3

V+

-

+

V-

100uF C21

100uF C20

100uF C19

10.0K

R13

10.0K

R4

10pF

C11

100uFC2

10.0K

R7

AGND

AGND

10.0K

R3

10.0K

R2

10.0K

R5

22uFC1

22uFC9

33pF

C17

4.99K

R17

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

AGND

-2dBu

22uFC13 10.0K

R14

AGND

10pF

C6

RT1

3

-14dBu

210K

CT1

3

1

2

4

8

5532U2

V+

-

+

V-

20 PIN DIP CONNECTOR

CT2

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2


NE5532IC PINOUT

V-

IN-

IN+

OUT V+

IN-

IN+

OUT

8

7

6

5

1

2

3

4

SLIDESW

12

3

45

6

SW1

F1

.3APOLYSW

F2

.3APOLYSW

5532

4

8

7

6

5U1

V+

-

+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

100uF

C23

100uF

C22


B

CUE-500B PCB

2-7-02

D-500/Feb 2002 Page 5-5b

CRD-500 Control Room Module Schematic - Sheet 4 of 4

CUE-500

SA

SA

SA

W# 700302

14S0048

1 OF 1

B

A

B

C

D D

C

A

1234

4 3 2 1

CISSUED

CHECKED

DRAWN

DATEAPPROVALS

CONTRACT NO.

SHEET

DWG. NO.FSCM NO.

SCALE

SIZE REV

100uF C4

40.2K

R8

AGND

40.2K

R1

AGND

10R10

10R9

V+in

V-in

V+

V-

TBACN

CUEOUTLT

CUEOUTMONO

CUEOUTRT

CUEMONOLT

CUEMONORT

EXTCUEIN

V+in

V+in

V-in

V-in

AGND

AGND

CUEOUTLT

CUEMONORT

CUEOUTMONO

CUEMONOLT

CUEOUTRT

CUELTMONITOR

CUERTMONITOR

AGND

AGND

AGND

AGND

TBMONITOR

TBACN

CUERTMONITOR

CUELTMONITOR

TBMONITOR

EXTCUEIN

120/19

22uFC99

22uFC100

4.99K

R68

4.99K

R69

120/23

120/25

22uFC101

22uFC102

4.99K

R70

4.99K

R71

AGND

33pF

C51

4.99K

R81

AGND

4.99K

R41

4.99K

R49

40.2K

R48

120/27

120/29

120/31

120/33

22uFC103

4.99K

R72

22uFC104

4.99K

R73

22uFC105

4.99K

R74

22uFC1064.99K

R75

0.1uF

C83

0.1uF

C89

0.1uF

C95

0.1uF

C94

0.1uF

C97

0.1uF

C96

AGND

120/3

120/4

AGND

AGND

120/6

120/8

120/7

AGND

120/9

120/11

120/10

AGND

AGND

120/12

120/14

120/13

AGND

22uFC109

4.99K

R77

22uFC110

22uFC98

4.99K

R79

0.1uF

C74

0.1uF

C50

1.30K

R40

1.30K

R80

AGND

3

1

2

4

8

NE5532U24

V-

+

-

V+

AGND

AGND

22uFC35

22uFC34

AGND

33pF

C72

AGND

33pF

C49

ST 1OUT

UDB/636/15 LO

UDB/1836/16 HI

36/18 UDB/17 LO

UDB/436/19 HI

4.99K

R47

4.99K

R92

AGND

68pF

C91

AGND

68pF

C90

AGND

AGND

68pF

C93

AGND

68pF

C92

AGND

AGND

33pF

C23

R15

2.00K

AGND

33pF

C22

R14

2.00K

33pF

C17

R13

2.00K

33pF

C16

R12

2.00K

3

1

2

4

8

NE5532U9

V-

+

-

V+

5

7

6

4

8

NE5532U9

V-

+

-

V+

AGND

33pF

C41

40.2K

R43

100uF C24

100uF C33

100uF C36

100uF C32

100uF C31

100uFC54

100uFC53

AGND

4.99K

R50

4.99K

R51

4.99K

R53

40.2K

R52

AGND

4.99K

R58

49.9K

R63

49.9K

R59

4.99K

R60

49.9K

R61

4.99K

R66

4.99K

R54

4.99K

R57

4.99K

R64

4.99K

R55

4.99K

R56

2

1

10

15

6

4053U14

X_Y

INH

S

Y

X

12

13

11

14

4053

6

U14

X_Y

INH

S

Y

X

9

4

5

3

4053

6

U14

X_Y

INH

S

Y

X

4053

6

15

10

1

2

U15

X_Y

INH

S

Y

X

6

4053

3

5

4

9 U15

X_Y

INH

S

Y

X

6

4053

14

11

13

12

U15

X_Y

INH

S

Y

X

2

1

10

15

6

4053

U20

X_Y

INH

S

Y

X

12

13

11

14

4053

6

U20

X_Y

INH

S

Y

X

9

4

5

3

4053

6

U20

X_Y

INH

S

Y

X

9

3

5

4

4053

6

U21

X_Y

INH

S

Y

X

12

13

11

14

6

4053

U21

X_Y

INH

S

Y

X

10

1

2

15

6

4053

U21

X_Y

INH

S

Y

X

10

1

2

15

4053

6

U22

X_Y

INH

S

Y

X

6

4053

15

10

1

2

U23

X_Y

INH

S

Y

X

11

14

12

13

6

4053

U23

X_Y

INH

S

Y

X

4053

6

4

9

3

5

U23

X_Y

INH

S

Y

X

11

13

12

14

4053

6

U22

X_Y

INH

S

Y

X

2

1

10

15

6

4053U16

X_Y

INH

S

Y

X

12

13

11

14

4053

6

U16

X_Y

INH

S

Y

X

6

4053

14

11

13

12

U17

X_Y

INH

S

Y

X

6

4053

3

5

4

9 U17

X_Y

INH

S

Y

X

2

1

10

15

6

4053U18

X_Y

INH

S

Y

X

9

4

5

3

4053

6

U18

X_Y

INH

S

Y

X

12

13

11

14

4053

6

U18

X_Y

INH

S

Y

X

4.99K

R62

AGND

100uFC47

100uFC48

AGND

40.2K

R46

AGND

40.2K

R93

AGND

33pF

C70

AGND

33pF

C45

5532

4

8

1

2

3U12

V-

+

-

V+

5532

4

8

7

6

5U12

V-

+

-

V+ ST 2

OUT

LOUDB/936/9

HIUDB/2136/10

LO36/12 UDB/20

HIUDB/736/13

4.99K

R45

4.99K

R90

AGND

1

2

3

4

5

6

7

8

U30

V-

+

V+

gnd

+

-

SSM2142

68pF

C85

AGND

68pF

C84

AGND

AGND

8

7

6

5

4

3

2

1U31

V-

+

V+

gnd

+

-

SSM2142

68pF

C87

AGND

68pF

C86

AGND

100uFC43

100uFC44

AGND

40.2K

R44

AGND

40.2K

R91

AGND

33pF

C67

3

2

1

8

4

5532U11

V-

+

-

V+

LO36/3 UDB/12TBOUT

HI36/4 UDB/24

4.99K

R88

AGND

8

7

6

5

4

3

2

1U29

V-

+

V+

gnd

+

-

SSM2142

68pF

C80

AGND

68pF

C79

AGND

100uFC40

AGND

40.2K

R42

SHUDB/1936/17

AGND

SH36/20 UDB/5

AGND

SHUDB/2236/11

AGND

SH36/14 UDB/8

AGND

UDB/25 SH36/5

AGND

0.1uF

C19

0.1uF

C18

0.1uF

C68

0.1uF

C39

0.1uF

C71

0.1uF

C42

0.1uF

C73

0.1uF

C46

0.1uF

C21

0.1uF

C20

0.1uF

C52

0.1uF

C37

120/21

AGND

AGND

GND

4.99K

R78

120/5 22uFC108

4.99K

R76

AGND

NE5532

8

4

6

7

5U10

V-

+

-

V+6

4

510K

RTCT3

SC 1LEVEL

3

1

210K

LTCT3

0.1uF

C88

AGND

AGND

22uFC14

22uFC15

10K 5

4

6

RTCT2

10K 2

1

3

SC 2LEVEL

LTCT2

AGND120/43

22uFC13

22uF C12

1

2

3

4

5

6

7

SSM2143U34

V-

+

-

V+

7

6

5

4

3

2

1

SSM2143U36

V-

+

-

V+

7

6

5

4

3

2

1

SSM2143U37

V-

+

-

V+

-14dBu

-2dBu

-2dBu

-14dBu

-14dBu

-14dBu

-14dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

-2dBu

GND

AGND

4053

6

15

10

1

2

U19

X_Y

INH

S

Y

X

6

4053

14

11

13

12

U19

X_Y

INH

S

Y

X

49.9K

R67

49.9K

R65

AGND

40.2K

R10

AGND

40.2K

R11

AGND

40.2K

R16

AGND

40.2K

R17

74VHC4053IC PINOUT


X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH

-2dBu


V+

V-IN

GND

OUT+

SNC+SNC-

OUT- 8

7

6

5

1

2

3

4


NE5532 IC PINOUT

4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-


N/C

SENCE

REF 8

7

6

5

1

2

3

4

IN+

IN-

V-

OUT

V+



1

2

3



1

2

3

4

5

6

AGND

0.1uF

C82

TBLEVEL

10K 23

1CT1

10.0K

R89

6

4053

4

9

3

5

U22

X_Y

INH

S

Y

X

5

7

6

4

8

NE5532U24

V-

+

-

V+

33pF

C38

3

2

1

8

4

5532U13

V-

+

-

V+

NE5532

8

4

2

1

3U10

V-

+

-

V+

6

4053

3

5

4

9 U19

X_Y

INH

S

Y

X

GND

7

6

5

4

3

2

1

SSM2143U35

V-

+

-

V+

4

8

NE5532 7

6

5U11

V-

+

-

V+

9

4

5

3

4053

6

U16

X_Y

INH

S

Y

X

4053

6

15

10

1

2

U17

X_Y

INH

S

Y

X

5

6

7

8

4

5532U13

V-

+

-

V+

1

2

3

4

5

6

7

8

U33

V-

+

V+

gnd

+

-

SSM2142

8

7

6

5

4

3

2

1U32

V-

+

V+

gnd

+

-

SSM2142

POLYSW.3A

F2

POLYSW.3A

F1

V+

V-

Vdd

Vee

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

330uF

C81

22uF

C76

22uF

C75

330uF

C69

5.1VC5V1Z2

5.1VC5V1Z1


Page 14-25

SA

SCD-500 Studio Control Module Schematic - Sheet 1 of 3

SCD-500

W# 700308 1 OF 4SCD-500B PCB

14S0065B

D-500/Jul 2001

7-25-01

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A



+4dBu BAL

+4dBu BAL

+4dBu BAL

+4dBu BAL

+4dBu BAL

PGMLTMONITOR

PGMRTMONITOR

AUDLTMONITOR

AUDRTMONITOR

AUXLTMONITOR

AUXRTMONITOR

UTLLTMONITOR

UTLRTMONITOR

V+in

V-in

V+

V-

EXT1LTHI

EXT1LTLO

EXT1RTHI

EXT1RTLO

EXT2LTHI

EXT2LTLO

EXT2RTHI

EXT2RTLO

PGM

UTL

AUX

AUD

EXT2

EXT1

TBTOSC1

TBTOSC2

TBMONITOR

SC2PRERT

SC1PRELT

SC1PRERT

SC2PRELT

TBMUTE

TBDIM

SC1DIM

SC1MUTE

SC2MUTE

SC2DIM

SC1OUTLTLO

SC1OUTLTHI

SC1OUTRTLO

SC1OUTRTHI

SC2OUTLTHI

SC2OUTLTLO

SC2OUTRTHI

SC2OUTRTLO

TBOUTLO

TBOUTHI

GND

C111

0.1uF

C78

0.1uF

VCC

VCC

R2

1.00K

C8

0.001uF

VCC

VCC

VCC

C1

0.1uF

VCC

GND

C2

0.1uF

VCC

GND

C3

0.1uF

VCC

GND

R1

4.99K

GND

R19

220

GND

R21

220

GND

R25

220

GND

R27

220

GND

R30

220

R18

1.00K

GND

GND

R24

1.00K

GND

R28

1.00K

GND

R20

220

R22

220

R26

220

R29

220

R32

220

R4

4.99K

VCC

GND

VCC

C4

0.1uF

VCC

GND

C5

0.1uF

VCC

GND

C6

0.1uF

VCC

GND

C9

0.1uF

VCC

GND

C7

0.1uF

VCC

GND

GND

R33

220

R35

220

120/79

R3

10.0K

VCC

120/50

R36

4.99K

VCC

120/49

R39

4.99K

VCC

U311 10

74AC14

U39 8

74AC14

U31 2

74AC14

U35 6

74AC14

U865

74AC14

U8

74AC14

1213

GNDR87

10

VCC

R86

100

U4

74LS74

8

910

11

12

13D

Q

Q

CLR

PR

CK

U4

74LS74

1

2

3

45

6DQ

Q

CLR

PR

CK

R95

2.43K

VCC

GND

120/53Q1MMBTA55

R94

4.99K

VCC

VCC

GND

R31

1.00K

CT7

"TB 1"SW

1

6

5

4

3

2

R23

1.00K

U343

74AC14

K1

64

23

81

7

5

"TALLY 2"RELAY

R97

2.43K

VCC

GND

120/54

R96

4.99K

VCC

GND

VCC

R84

10

R83

100

R82

4.99K

R85

4.99K

VCC

VCC

R5

4.99K

GND

R6

4.99K

GND

U6

74LS74

1

2

3

45

6DQ

Q

CLR

PR

CK

SW15

SW17

R7

4.99K

GND

R8

4.99K

GND

R9

4.99K

VCC

ST 1PREOUT

LDB/936/34 LO

+4dBu BALLDB/2136/35 HI

AGND

U27

8

7

6

5

4

3

2

1

SSM2142

V-

+

V+

gnd

+

-

C62

68pF

AGND

C61

68pF

AGND

LDB/2236/33 SH

AGND

LDB/20120/1 LO


AGND

C66

68pF

AGND

C64

68pF

AGND

LDB/836/36 SH

AGND

-2dBu

-2dBu

LDB/1236/28

ST 2PREOUT

LO


AGND

U251

2

3

4

5

6

7

8SSM2142

V-

+

V+

gnd

+

-

C56

68pF

AGND

C55

68pF

AGND

LDB/2536/27 SH

AGND

LDB/2336/31 LO


AGND

C60

68pF

C58

68pF

AGND

LDB/1136/30 SH

AGND

-2dBu

-2dBu

UDB/1436/24 COM

UDB/136/25 NO

TALLY2 OUT

UDB/336/21 COM

UDB/1536/22 NO

TALLY3 OUT

AGND

C65

0.1uF

C57

0.1uF

C59

0.1uF

C63

0.1uF


PQ05SZ1 IC PINOUT

2

321


74AC14IC PINOUT

VCC

Od

Ob

Oa

14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

O2c

Oe

Ie

Ic

Ia

Ib

Id

Of

If


74LS74IC PINOUT

VCC 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

CLRa

Da

CKa

PRa

Qa

Qa

Qb

Qb

PRb

CKb

Db

CLRb


74AC02IC PINOUT

VCC

I2d

I1d

Od

I2c

I1c

Oc

Ob

I2b

I1b

Oa

I2a

I1a

14

13

12

11

10

9

87

6

5

4

3

2

1

VSS


74HC30IC PINOUT

VCC 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

I1

I2

I3

I4

I5

I6

N/C

N/C

N/C

I7

I8

OUT


SSM2142 IC PINOUT

V+

V-IN

GND

OUT+

SNC+SNC-

OUT- 8

7

6

5

1

2

3

4

CT4

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

N/C

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

CT5

N/C

N/C

N/C

N/C

N/C

N/C

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

GND

C11

0.1uF

VCC

U313 12

74AC14R34

1.00K

GND

SW16

CT6

"TB 2"SW

1

6

5

4

3

2

U81011

74AC14

K2

5

7

18

32

4 6

"TALLY 3"RELAY

Q2MMBTA55

U26

8

7

6

5

4

3

2

1

SSM2142

V-

+

V+

gnd

+

-

AGND

GND

U24

5

6

74ACT02

U53

21

74ACT02

U56

54

74ACT02

U510

9

8

74ACT02

U2

11

1213

74ACT02

U2

8

910

74ACT02

U889

74AC14

SW11

U1

13

12

11

109

8

74LS74

DQ

Q

CLR

PR

CK

U281

2

3

4

5

6

7

8SSM2142

V-

+

V+

gnd

+

-

F3

.4APOLYSW

F4

.3APOLYSW

U83 4

74AC14

U821

74AC14

SW12

U513

12

11

74ACT02

U1

6

54

3

2

1

74LS74

DQ

Q

CLR

PR

CK

U21

2

3

74ACT02

U7

1

2

3

4

5

6

8

11

12

74HC30

U6

13

12

11

109

8

74LS74

DQ

Q

CLR

PR

CK

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

C25

1uF

C27

1uF

C28

1uF

C29

1uF

C10

100uF

C26

1uF

C30

1uF

C77

100uF

C112

1uF

C113

1uF

C107

22uF

D41N4002W

D31N4002W

D2 4148

R37

100

R38

100


Page 14-26

14S0066B

SCD-500B PCB 2 OF 4W# 700308

SCD-500


SA

D-500/Jul 2001

7-25-01

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

U38

PQ053

21OUTVIN

GND

D14148

ST 2 DIM

TB DIM

ST 1 DIM

ST2 TB MUTE

ST1 TB MUTE



+REGin+DIG

EXT1SW

EXT2SW

EXT2LED

EXT1LED

EXT1

EXT2

PGM

AUD

AUX

UTL

UTLLED

UTLSW

AUXLED

AUXSW

AUDLED

AUDSW

PGMLED

PGMSW

EXT1

EXT2

PGM

AUD

AUX

UTL

TBTOSC1

TALLY2RELAYCOM

XDTALLY2

TALLY3RELAYNO

TALLY3RELAYCOM

XDTALLY3

TBTOSC2

TBMUTE

SC2MUTE

SC1DIM

SC2DIM

TBDIM

SC1PRELT

SC1PRERT

SC2PRELT

SC2PRERT

TALLY2RELAYNO

SC1MUTE

XDST2MUTE

XDRESET

XDST1MUTE

SC1PREOUTLTLO

SC1PREOUTLTHI

SC1PREOUTRTLO

SC1PREOUTRTHI

SC2PREOUTLTLO

SC2PREOUTLTHI

SC2PREOUTRTLO

SC2PREOUTRTHI

AGND

AGND

AGND

HI1

AGND

LO1

36/1 36/2

36/3

36/5 36/6

36/7 36/8

36/9 36/10

36/11 36/12

36/13 36/14

36/15 36/16

36/17 36/18

36/19 36/20

36/23

36/25 36/26

36/27

36/30

36/33

36/36

36/4

36/24

12 24

25

23

10

11

9 21

22

20

7

8

6 18

19

17

4

5

3 15

16

142

13

12

24

25

23 10

11

9

21

22

8

13

20 7

6

18

19

17 4

5

3

15

16

14 1

2

120/67

120/71

120/73

120/75

120/77

120/79

120/87

120/89

120/91

120/93

120/95

120/97

120/99

120/101

120/103

120/105

120/111

120/113

120/119

120/85

120/83

120/81

120/117

120/107

120/109

120/69

120/4

120/6

120/8

120/10

120/12

120/14

120/16

120/18

120/20

120/22

120/24

120/26

120/28

120/34

120/36

120/38

120/46

120/48

120/50

120/52

120/54

120/56

120/58

120/60

120/62

120/64

120/66

120/68

120/72

120/74

120/76

120/78

120/86

120/88

120/90

120/92

120/94

120/96

120/98

120/100

120/102

120/104

120/106

120/110

120/112

120/114

120/118

120/44

120/84

120/42

120/82

120/40

120/80

120/120

120/108

120/70

120/32

120/30

120/2

120/3

120/5

120/7

120/9

120/11

120/13

120/15

120/17

120/19

120/21

120/23

120/25

120/27

120/29

120/31

120/35

120/51

120/53

120/55

120/57

120/59

120/63

120/65

120/33

120/61

120/1

120/37

120/39

120/47

120/49

120/45

120/43

120/41

36/22

36/28

36/32

36/34

36/21

36/29

36/31

36/35

1

120/116120/115

3635

3433

3231

3029

2827

2625

2423

2221

2019

1817

1615

1413

1211

109

87

65

43

21

CT8

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

101 102

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

CT9


Page 14-27

3 OF 4W# 700308

SCD-500


SA

_

SCD-500B PCB

14S0067B

D-500/Jul 2001

7-25-01

REVSIZE

SCALE

FSCM NO. DWG. NO.

SHEET

CONTRACT NO.

APPROVALS DATE

DRAWN

CHECKED

ISSUED C

1234

4 3 2 1

A

C

DD

C

B

A

B

LOWERDB-25

LOWERDB-25

LOWERDB-25

120 PIN EDGE CONNECTOR36 PIN EDGE CONNECTOR

UPPERDB-25

UPPERDB-25

LOWERDB-25


AGND

TBOUTLO TBOUTHI

AGND

SPAREHI AGND

SC2OUTLTLO SC2OUTLTHI

AGND SC2OUTRTLO

SC2OUTRTHI AGND

AGND

AGND

AGND

SC1OUTLTLO SC1OUTLTHI

SC1OUTRTLO

SC1OUTRTHI

AGND

AGND

AGND

AGND

AGND

AGND

TALLY2RELAYCOM

TALLY2RELAYNO

AGND EXT1LTLO

EXT1LTHI AGND

EXT1RTHI

AGND

EXT1RTLO

EXT2LTLO

EXT2LTHI AGND

EXT2RTLO EXT2RTHI

XDSPPGM XDSPAUD

XDSPAUX XDSPUTL

PGMLTMONITOR AGND

PGMRTMONITOR AGND

AUDLTMONITOR AGND

AUDRTMONITOR AGND

AUXLTMONITOR AGND

AUXRTMONITOR

UTLLTMONITOR AGND

UTLRTMONITOR AGND

CUELTMONITOR AGND

CUERTMONITOR AGND

TEL12MONITOR AGND

TEL34MONITOR AGND

TBMONITOR AGND

ICMCUE AGND

XDCUELOGIC XDCRMUTE

XDST1MUTE XDST2MUTE


XDTALLY2 XDTALLY3

V+in V+in

+40Vin

V-in V-in

GND

GND

TEL12_34

XDRESET TEL34_12

XDBUSIN GND

XDFRMOUT GND

XDTDMOUT1 GND

XDTDMOUT2 GND

XDSEROUT GND

XDSERCLK GND

XDSERFRM GND

XDSERIN GND

XDDINT GND

SIGX GND

GND

GND

GND

XDCSA7

GND

XDFRMX

XDCLKX

XDCSA8 XDCSA9

GND GND

+DIG+DIG

+DIG+DIG

XDCSA4 XDCSA5

XDCSA6

XDA9

XDAD3

XDAD0

XDAD1 XDAD2

XDAD4

XDAD5 XDAD6

XDAD7 XDA8

XDWR

GND XDDS

XDAS

GND

GND

AGND

SC1PREOUTRTLO SC1PREOUTRTHI

TALLY3RELAYNOTALLY3RELAYCOM

SC2PREOUTRTHISC2PREOUTRTLO

SC2PREOUTLTHI

SC1PREOUTLTHI

SC1PREOUTLTLO

SC2PREOUTLTLO


SPARELO

E

D-500/Jun 2000 Page 5-5aSPND-500 Super Phone Module Schematic - Sheet 2 of 4

6-20-00SA

SA

SA

W# 700222

SPND-500

14S0061SPND-500E PCB 2 OF 4

CHECKED

ISSUED

DRAWN

CONTRACT NO.

APPROVALS DATE

SCALE SHEETD

REVDWG. NO.FSCM NO.SIZE

8 7 6 5 4 3 2 1

12345678

A

B

C

D D

C

B

A


E3 OF 3SPND-500E PCB

14S0062

SPND-500

W# 700222SA

SA

SA 6-20-00

SPND-500 Super Phone Module Schematic - Sheet 3 of 4Page 5-5bD-500/Jun 2000

A

C

D

B

4 3 2 1

D

C

B

A

234 1

APPROVALS DATE

ISSUED

CHECKED

DRAWN

CONTRACT NO.

CREV

SHEET

DWG. NO.SIZE

SCALE

FSCM NO.


-2dBu

COMPOSITEOUT

HILDB24

LOLDB12

AGND

U161

2

3

4

5

6

7

8SSM2142

-

+

gnd

V+

+

V-

C68

68pF

AGND

C61

68pF

AGNDAGND

SHLDB25

CALLERSTO TRACK 1OUT

LDB10 HI

LDB23 LO

AGNDC66

68pF

AGND

C59

68pF

AGNDAGND

LDB11 SH

LDB9 LO

AGND

U14

8

7

6

5

4

3

2

1

SSM2142

-

+

gnd

V+

+

V-

C65

68pF

AGND

C58

68pF

AGNDAGND

LDB22 SH

TO HYBRID 1OUT

HILDB7

LOLDB20

AGND

U13

8

7

6

5

4

3

2

1

SSM2142

-

+

gnd

V+

+

V-

C63

68pF

AGND

C56

68pF

AGNDAGND

SHLDB8

LOLDB6

AGNDC62

68pF

AGND

C55

68pF

AGNDAGND

SHLDB19

LDB21 CALLERSTO TRACK 2&3OUT

HI

TO HYBRID2OUT

HILDB18

R54

10.0K

R53

4.99K

AGND

R65

10.0K

R44

4.99K

AGND

U105532

4

8

7

6

5

V+

-

+

V-

33pF

C45

33pF

C35

CR7

10K

13

2

CR8

2

3 1

10K

R43

10.0K

R42

10.0K

R41

10.0K

R55

10.0K

AGND

R38

10.0K

R49

4.99K

33pF

C43

CR5

10K

13

2

R50

10.0K

U95532

4

8

1

2

3

V+

-

+

V-

R51

10.0K

R39

4.99K

AGND

33pF

C44

CR6

2

3 1

10K

R52

10.0K

R40

10.0K

R36

10.0K

R48

4.99K

AGND

33pF

C42

R34

10.0K

R35

10.0K

U95

6

7

8

4

5532

V+

-

+

V-

U83

2

1

8

4

5532

V+

-

+

V-

AGND

R56

22.1K

R66

88.7K

AGND

C46

10pF

-14dBu

-2dBu

CT1

7

96

10K

C31 22uF

AGND

R67

22.1K

R57

88.7K

AGND

C39

10pF

-14dBu

-2dBu

C50 22uF

U11

4

8

1

2

5532

3

V+

-

+

V-

C51100uF

C52100uF

-2dBu

-2dBu

-2dBu

-2dBu

36/30

36/28

36/29

36/31

36/32

36/33

36/34

36/35

36/36

120/1

120/2

120/3

120/4

120/5

U4

6

34

9

5

4053

X

Y

S

INH

X_Y

U4

6 12

14

11

13

4053

X

Y

S

INH

X_Y

AGND

GND

R64

10.0K

R63

10.0K

R33

10.0K

AGND

R62

10.0K

R26

4.99K

R28

4.99K AGND

R3

220

C6

330pF

U13

2

15532

4

8

V+

-

+

V-

C19100uF

CR1

10K

13

2

R27

40.2K

AGND

R8

220

AGND

33pF

C40

CR2

2

3 1

10K

4.99K

R46

4.99K

R59

C8

330pF

U23

2

1

8

4

5532

V+

-

+V-

R17

20.0K

4.99K

R58

R16

20.0K

R29

10

R20

10

R30

10

R21

10

C29

3900pF

C14

3900pF

AGND

AGND

AGND GND

L1

FERR

VCCVCCadc

VCCadc

C16

.1uF

C26

.1uF

R23

4.99K

R22

4.99K

VCCadc

-2dBu

-2dBu

36/2

36/4

36/5

36/6

36/8

36/9

36/10

36/11

36/12

36/13

36/14

36/1

36/3

36/10

VCC

-2dBu

-18dBu

-2dBu

C2

330pF

U15

6

7

8

4

5532

V+

-

+

V-

R4

2.43K

R13

2.43K

-6dBu

-6dBu

C4

330pF

U25532

4

8

7

6

5

V+

-

+

V-

R10

2.43K

R11

2.43K

-18dBu

AGND

33pF

C33

U7

4

8

5532 7

6

5

V+

-

+

V-

4.99K

R45

4.99K

R47

AGND

AGND

AGND

AGND

AGND

3

7

8

AGND

AGND

AGND

AGND

2

VA+

AGND

C12

0.1uF

C27

0.1uF


C25

0.1uF

GND

VCC

C32

0.1uF

C41

0.1uF

C64

0.1uF

C57

0.1uF

C38

0.1uF

C47

0.1uF

C53

0.1uF

C54

0.1uF

C67

0.1uF

C9

0.1uF

C3

0.1uF

R1

2.43K

R12

2.43K

R61

2.43K

R60

10

U85

6

7

8

4

5532

V+

-

+

V-

AGND

33pF

C34

R37

2.43K

CR4

2

3 1

10K

AGND


7

8

9

1

2

3

4

5

6

-2dBu

CT5

1

14

13

12

11

10

9

8

7

6

5

4

3

2

CT3

1

14

13

12

11

10

9

8

7

6

5

4

3

2

CT4

1

14

13

12

11

10

9

8

7

6

5

4

3

2

GND

C60

0.1uF

74VHC4053NIC PINOUT


X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH


V+

V-IN

GND

OUT+

SNC+SNC-

OUT- 8

7

6

5

1

2

3

4


NE5532/TL072/OP-275 IC PINOUT

4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-

-2dBu

CT2 69

710K

U115

6

7

8

4

5532

V+

-

+

V-

U73

5532

2

1

8

4

V+

-

+

V-

U4

6

115

10

2

4053

X

Y

S

INH

X_Y

SW2

CUEPRE/POST

65

4

32

1

SLIDESW

SW1

EXT INSLIDESW

12

3

45

6

U12

8

7

6

5

4

3

2

1

SSM2142

-

+

gnd

V+

+

V-

U103

2

1

8

4

5532

V+

-

+

V-

U15

8

7

6

5

4

3

2

1

SSM2142

-

+

gnd

V+

+

V-

CR3

2

3 1

10K

J2 J1

J4

C17

1uF

C24

22uF

C22

10uF

C36

100uF

C37

1uF

C48

100uF

C1

1uF

C5

1uF

C49

100uF

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

Vdd

Vee12

24

6

23

10

11

9

21

22

20

7

8

19

18

12

24

25

23

10

11

9

21

22

20

7

8

19

13


D-600/Jan 2000

1-26-00

14S1042

SPNA-600 PCBW# 700561

SPNA-600

SPND-600 Super Phone Module Schematic - Sheet 5 of 5 Page 5-5

SA

1 OF 1

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

AGNDAGNDAGND

AGND

C23

10uF

AGND

AGNDAGNDAGND

2.5V 2.5V

2.5V 2.5V

2.5V

R19

475

R18

475

AGND

C10

0.1uF

AGND

C11

100uF

AGND

C7

0.1uF

AGND

C2022uF

C2122uF

U611 10

74AC14

U643

74AC14

R32

4.99K

U613 12

74AC14

U61 2

74AC14

U65 6

74AC14D104148

D94148

U6

9 8

14

7

74AC14

AGND

AGND

VCCadc

VCCadc

C30

100uF

AGND

AGND

GND

R14

10.0K

R6

40.2K

AGND

R15

10.0K

AGND U34053

5

9

4 3

6X

Y

S

INH

X_Y

U34053

13

11

14

126X

Y

S

INH

X_Y

U34053

2

10

15 1

6X

Y

S

INH

X_YC69100uF

C15

0.1uF

C18

0.1uF

R31

40.2K

AGND

R5

39

R9

39

D7SS14

D6SS14

D8SS14

D5SS14

AGND

VA+

D3SS14

D2SS14

D4SS14

D1SS14

AGND

VA+

R7

39

R2

39

VCCadc

R25

4.99K

J3

AGND

VA+ VCCadc

AGNDAGND AGND

U5

28

27 26

25

24

23

22 21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

AK5392

VD

LRCK

DGND

AINR-

AINR+

SDATA

SCLK

AINL-

AINL+ VREFL

VREFR

GNDL

GNDR

MCLK

FSYNC

VCOML

VCOMR

ZCAL

RST

SMODE1

SMODE2

CMODE

HPFE

TEST

AGND

BGND

CAL

VA

C13

0.22uF

AGND

AGND

C28

0.22uF

AK5392IC PINOUT


VREFR

GNDR

VCOMR

BGND

TEST

HPFE

CMODE

MCLK

FSYNC

SMODE1

SMODE2

RST

AGND

ZCAL

VCOML

GNDL

VREFL

AGND

VA

LRCK

VD

CAL

AINL-

AINL+

20

19

18

17

10

9

8

7

6

5

4

3

2

1

11

12

13

14 15

16

21

22

23

24

25

26

27

28

SCLK SDATA

AINR-

AINR+

R24

4.99K

VCCadc

Z31N4735

Z1C5V1

Z2C5V1

Q1

1 2

3 PQ05

GND

VIN OUT

+4dBu BAL

+4dBu BAL

+4dBu BAL

+4dBu BAL

+4dBu BAL



UPPERDB-25

LOWERDB-25

NOTINSTALLED

COMPOUTHI

COMPOUTLO

TRACK1OUTHI

TRACK1OUTLO

TRACK23OUTHI

TRACK23OUTLO

HYBRID1OUTHI

HYBRID1OUTLO

HYBRID2OUTHI

HYBRID2OUTLO

AGND

COMPOUTLO

COMPOUTHI

TRACK1OUTLO

TRACK1OUTHI

AGND

TRACK23OUTLO

TRACK23OUTHI

AGND

HYBRID1OUTLO

HYBRID1OUTHI

AGND

HYBRID2OUTLO

HYBRID2OUTHI

CUE2ON

CUE1ON

TELMONITOR

TEL1234IN

CALL1PRE

CALL2PRE

DBMCLK

DBSDATA

DBSCLK

AGND

AGND

EXT1PRE

AGND

AGND

AGND

AGND

AGND

AGND

CALL2PRE

AGND

V+

V-

CALL1PRE

DBMCLK

DBLR

DBSCLK

DBSDATA

PRESET

CUE1ON

CUE2ON

TEL1234IN

TEL1234OUT

TELMONITOR

TEL1234OUT

EXT1PRE

DBLR

RST

VREFR

VREFL

PRESET RST

TBMONITOR

CUE1ON

CUE2ON

TBMONITOR

VCOMR

VCOML

AGND

AGND

AGND

AGND

AGND

AGND

AGND

4.99K

R134

-2dBu

HIOADB7

AGND

68pF

C6

AGND

68pF

C7

AGND

NE5532

8

4

2

1

3U39

V+

-

+

V-

AGND

C108

33pF

4.99K

R113

-2dBu

LOOADB3

SSM2143

7

6

5

4

3

2

1

U5

V+

-

+

V-


SSM2143 IC PINOUT

N/C

SENCE

REF 8

7

6

5

1

2

3

4

IN+

IN-

V-

OUT

V+


SSM2142 IC PINOUT

V+

V-IN

GND

OUT+

SNC+SNC-

OUT- 8

7

6

5

1

2

3

4


NE5532IC PINOUT

4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-

AGND

SHOADB8

AGND

IA1DB25SH

IA1DB24HI

IA1DB12LO

HIOADB1

AGND

68pF

C21

AGND

68pF

C22

AGND

4

8

NE5532 7

6

5U39

V+

-

+

V-

AGND

33pF

C125

4.99K

R151

-2dBu

LOOADB6

AGND

AGND

4.99K

R133

-2dBu

1

2

3

4

5

6

7

SSM2143U13

V+

-

+

V-

AGND

IA1DB11SH

IA1DB10HI

IA1DB23LO

AGND

4.99K

R132

-2dBu

1

2

3

4

5

6

7

SSM2143U22

V+

-

+

V-

AGND

IA1DB22SH

IA1DB21HI

IA1DB9LO

AGND

4.99K

R127

-2dBu

SSM2143

7

6

5

4

3

2

1

U31

V+

-

+

V-

AGND

IA1DB8SH

IA1DB7HI

IA1DB20LO

AGND

4.99K

R124

-2dBu

1

2

3

4

5

6

7

SSM2143U4

V+

-

+

V-

AGND

IA1DB19SH

IA1DB18HI

IA1DB6LO

AGND

4.99K

R122

-2dBu

SSM2143

7

6

5

4

3

2

1

U12

V+

-

+

V-

AGND

IA1DB5SH

IA1DB4HI

IA1DB17LO

AGND

4.99K

R120

-2dBu

AGND

IA1DB2SH

IA1DB1HI

IA1DB14LO

AGND

4.99K

R118

-2dBu

SSM2143

7

6

5

4

3

2

1

U30

V+

-

+

V-

AGND

IA1DB16SH

IA1DB15HI

IA1DB3LO 1

2

3

4

5

6

7

SSM2143U21

V+

-

+

V-

1

2

3

4

5

6

7

8

U9SSM2142

-

+

gnd

V+

+

V-

8

7

6

5

4

3

2

1U1SSM2142

-

+

gnd

V+

+

V-

SHOADB2

AGND

4.99K

R130

-2dBu

1

2

3

4

5

6

7

SSM2143U3

V+

-

+

V-

AGND

AGND

4.99K

R129

-2dBu

SSM2143

7

6

5

4

3

2

1

U11

V+

-

+

V-

AGND

AGND

4.99K

R128

-2dBu

SSM2143

7

6

5

4

3

2

1

U20

V+

-

+

V-

AGND

AGND

4.99K

R126

-2dBu

1

2

3

4

5

6

7

SSM2143U29

V+

-

+

V-

AGND

AGND

4.99K

R123

-2dBu

SSM2143

7

6

5

4

3

2

1

U2

V+

-

+

V-

AGND

AGND

4.99K

R121

-2dBu

1

2

3

4

5

6

7

SSM2143U10

V+

-

+

V-

AGND

AGND

4.99K

R119

-2dBu

AGND

AGND

4.99K

R125

-2dBu

1

2

3

4

5

6

7

SSM2143U28

V+

-

+

V-

AGND

SSM2143

7

6

5

4

3

2

1

U19

V+

-

+

V-

IA2DB25SH

IA2DB24HI

IA2DB12LO

IA2DB11SH

IA2DB10HI

IA2DB23LO

IA2DB22SH

IA2DB21HI

IA2DB9LO

IA2DB8SH

IA2DB7HI

IA2DB20LO

IA2DB19SH

IA2DB18HI

IA2DB6LO

IA2DB5SH

IA2DB4HI

IA2DB17LO

IA2DB2SH

IA2DB1HI

IA2DB14LO

IA2DB16SH

IA2DB15HI

IA2DB3LO

ALINE[1]L

ALINE[1]R

ALINE[2]L

ALINE[2]R

ALINE[3]L

ALINE[3]R

ALINE[4]L

ALINE[4]R

ALINE[5]L

ALINE[5]R

ALINE[6]L

ALINE[6]R

ALINE[7]L

ALINE[7]R

ALINE[8]L

ALINE[8]R

AGND

6

34

9

5

4053U45

X

Y

S

INH

X_Y

6 12

14

11

13

4053U45

X

Y

S

INH

X_Y

6

115

10

2

4053U45

X

Y

S

INH

X_Y

4053

5

9

4 3

6

U44

X

Y

S

INH

X_Y

4053

13

11

14

126

U44

X

Y

S

INH

X_Y

4053

2

10

15 1

6

U44

X

Y

S

INH

X_Y

4053

5

9

4 3

6

U43

X

Y

S

INH

X_Y

4053

13

11

14

126

U43

X

Y

S

INH

X_Y

4053

2

10

15 1

6

U43

X

Y

S

INH

X_Y

4053

5

9

4 3

6

U42

X

Y

S

INH

X_Y

4053

13

11

14

126

U42

X

Y

S

INH

X_Y

4053

2

10

15 1

6

U42

X

Y

S

INH

X_Y

4053

5

9

4 3

6

U41

X

Y

S

INH

X_Y

4053

13

11

14

126

U41

X

Y

S

INH

X_Y

4053

2

10

15 1

6

U41

X

Y

S

INH

X_Y

4053

5

9

4 3

6

U40

X

Y

S

INH

X_Y

4053

2

10

15 1

6

U40

X

Y

S

INH

X_Y

4053

13

11

14

126

U40

X

Y

S

INH

X_Y

ALINE[1]L

ALINE[1]R

ALINE[2]L

ALINE[2]R

ALINE[3]L

ALINE[3]R

ALINE[4]L

ALINE[4]R

ALINE[5]L

ALINE[5]R

ALINE[6]L

ALINE[6]R

ALINE[7]L

ALINE[7]R

ALINE[8]L

ALINE[8]R

ALINE[1]ON

ALINE[1]ON

ALINE[2]ON

ALINE[2]ON

ALINE[3]ON

ALINE[3]ON

ALINE[4]ON

ALINE[4]ON

ALINE[5]ON

ALINE[5]ON

ALINE[6]ON

ALINE[6]ON

ALINE[7]ON

ALINE[8]ON

ALINE[7]ON

ALINE[8]ON

40.2K

R150

AGND

40.2K

R115

AGND

220

R14

3

10K

13

2

CR5

220

R14

7

2

3 1

10K

CR6

4.99K

R14

6

10R90

10R93

10R91

10R94

VCC

-2dBu

2.43K

R104

2.43K

R14

5

-2dBu

-2dBu

2.43K

R109

2.43K

R14

9

-2dBu

CS5390IC PINOUT


20

19

18

17

10

9

8

7

6

5

4

3

2

1

11

12

13

14 15

16

21

22

23

24

25

26

27

28AGND

APD

AINL+

AINL-

ACAL

LGND

VL+

TSTO1

DCAL

DPD

CMODE

SMODE

L/R

SCLK SDATA

FSYNC

VD+

DGND

ICLKD

OCLKD

TSTO2

ICLKA

VA+

VA-

AINR-

AINR+

VREF-

VREF+

4.99K

R14

2

NE5532

4

8

7

6

5U38

V+

-

+

V-

NE5532

5

6

7

8

4

U37

V+

-

+

V-

NE5532

3

2

1

8

4

U38

V+

-

+

V-

NE5532

3

2

1

4

8

U37

V+

-

+

V-

C119

330pF

C120

330pF

C104

330pF

C105

330pF

3900pF

C93

C113

0.1uF

VCCadc


AGND


74VHC4053IC PINOUT

X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH

J6

VA+

AGND

1.30K

R131

1.30K

R135

0.1uF

C95

0.1uF

C26

0.1uF

C25

0.1uF

C24

0.1uF

C23

0.1uF

C75

0.1uF

C74

0.1uF

C28

0.1uF

C27

0.1uF

C77

0.1uF

C76

0.1uF

C30

0.1uF

C29

F2

POLYSW1.0A

F3

POLYSW1.0A 4

.99K

R116

4.99K

R117

1.00K

R72

AGND

2

3 1

10K

CR3

1.00K

R82

10K

13

2

CR4

AGND

4.99K

R114

-2dBu

-2dBu

4.99K

R73

5

6

7

4

8

NE5532U27

V+

-

+

V-

8

4

1

2

3

NE5532U27

V+

-

+

V-

33pF

C68

33pF

C85

40.2K

R81

AGND

40.2K

R74

AGND

1.00K

R60

AGND

10K

13

2

CR1

1.00K

R65

2

3 1

10K

CR2

AGND

4.99K

R64

-2dBu

-2dBu

4.99K

R61

5

6

7NE5532

8

4

U18

V+

-

+

V-

NE5532

3

2

1

4

8

U18

V+

-

+

V-

33pF

C48

33pF

C54

3900pF

C92

0.1uF

C11

0.1uF

C10

0.1uF

C49

0.1uF

C53

C109

0.1uF

0.1uF

C124

40.2K

R57

AGND

40.2K

R56

AGND

0.1uF

C71

0.1uF

C70

0.1uF

C73

0.1uF

C72

8

9

AGND

AGND

AGND

AGND

10

11

4

5

AGND

AGND

AGND

AGND

6

7

13

16

AGND

AGND

AGND

12

22uF C15

100uFC123

100uFC126

22uF C39

22uF C58

22uF C89

22uF C14

22uF C38

22uF C57

22uF C88

22uF C13

22uF C37

22uF C56

22uF C87

22uF C12

22uF C36

22uF C55

22uF C86

C107100uF

100uF C67

100uF C69

C110100uF

100uFC47

100uFC50

GND

GND

L1

FERR

C114

1uF22uF

C127

Z2C5V1

Z3C5V1

100uF

C121

100uF

C122

100uF

C91

1uF

C94 C112

100uF

C111

100uF

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

Vdd

Vee


14S0073D

LSR-500D PCB

5-12-00

D-500/May 2000

LSR-500 Digital/ Audio Line Select Rackmount Schematic - Sheet 1 of 3

1 OF 3

SA

Page 5-5c

W# 700223

LSR-500

D

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

AGND AGND AGND

Z4

1N4735

4.99K

R138

J4

.1uF

C80

AGND

AGND

VA+ VCCadc

VCCadc

4.99K

R137

.1uF

C82

VCCadc

AGND

J3

10uF

C61

AGNDAGND

AGND

10uF

C81

AGND

AGNDAGND AGND

40.2K

R139

AGND

AK5392

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

2122

23

24

25

2627

28

U33

VD

LRCK

DGND

AINR-

AINR+

SDATA

SCLK

AINL-

AINL+ VREFL

VREFR

GNDL

GNDR

MCLK

FSYNC

VCOML

VCOMR

ZCAL

RST

SMODE1

SMODE2

CMODE

HPFE

TEST

AGND

BGND

CAL

VA

4.99K

R140

VCCadc

0.22uF

C83

AGND

AGND

0.22uF

C79

AGND

J2

VCCadc

39

R14

4

39

R14

8

39

R103

39

R106

2.5V 2.5V

2.5V2.5V

2.5V

475

R154

475

R155

AGND

C106

0.1uF

AGND

100uF

C138

AGND

C103

0.1uF

AGND

65

4

U32

74ACT32

GND

VA+

AGND

D31SS14

D32 SS14

D34SS14

D33 SS14

VA+

AGND

D35SS14

D36 SS14

D38SS14

D37 SS14

D16 SS14

D18SS14

D171N4002

D151N4002

3

21

PQ05

Q2

GND

VIN OUT

4.99K R92

RT

RT

RT

RT

RTRT

RT

RT

RT

ANALOGLINE5 IN

ANALOGLINE4 IN

ANALOGLINE3 IN

ANALOGLINE2 IN

ANALOGLINE1 IN

ANALOGLINE6 IN

ANALOGLINE7 IN

ANALOGLINE8 IN

+4dBu BAL

LT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL



+4dBu BAL

+4dBu BAL

LT

LT

+4dBu BAL

ANALOGLINEOUT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL

+4dBu BAL

LT

+4dBu BAL

+2.5V DC

+2.5V DC

+2.5V DC

+2.5V DC

NOTINSTALLED

RT

LT

LT

RT

ALINE1LTINLO

ALINE1LTINHI

AOUTLTHI

AOUTLTLO

AOUTRTLO

AOUTRTHI

ALINE1RTINHI

ALINE1RTINLO

ALINE2LTINHI

ALINE2LTINLO

ALINE2RTINLO

ALINE2RTINHI

ALINE3LTINHI

ALINE3LTINLO

ALINE3RTINLO

ALINE3RTINHI

ALINE4LTINLO

ALINE4RTINLO

ALINE5LTINLO

ALINE5LTINHI

ALINE5RTINHI

ALINE5RTINLO

ALINE6LTINHI

ALINE6LTINLO

ALINE6RTINLO

ALINE6RTINHI

ALINE7LTINHI

ALINE7LTINLO

ALINE7RTINLO

ALINE7RTINHI

ALINE8LTINHI

ALINE8LTINLO

ALINE8RTINLO

ALINE8RTINHI

ALINE4LTINHI

ALINE4RTINHI

ALINE[1:8]L,ALINE[1:8]R

ALINE[1:8]ON

-Vrack

+Vrack

ANA

DACLT

DACRT

VREFR

VREFL

VCOMR

VCOML

ADCLR

ADCSCK

ADCMCK

RESET

ADCDATA

SH IDDB25

HI IDDB24

LO IDDB12

SH IDDB11

HI IDDB10

LO IDDB23

SH IDDB22

HI IDDB21

LO IDDB9

SH IDDB8

HI IDDB7

LO IDDB20

SH IDDB19

HI IDDB18

LO IDDB6

SH IDDB5

HI IDDB4

LO IDDB17

SH IDDB2

HI IDDB1

LO IDDB14

SH IDDB16

HI IDDB15

LO IDDB3

GND

GND

GND

GND

GND

GND

GND

GND

AES/SPDIF

SW6

AES/SPDIF

SW4

220

R18

220

R55

220

R17

220

R54

220

R53

4.99K

R49

4.99K

R48

220

R16

AM26C32A

1

2

3

4

5

6

7

9

10

11

12

1314

15

U8

EN

A+

A-

B+

OUTAB-

OUTBC+

OUTCC-

OUTDD+

D-

EN

VCC

AES/SPDIF

SW10

220

R71

220

R112

220

R70

220

R111

220

R110

220

R69

AES/SPDIF

SW5

AES/SPDIF

SW3

220

R15

220

R52

220

R14

220

R51

220

R50

220

R13

AES/SPDIF

SW9

AES/SPDIF

SW7

220

R68

220

R108

220

R67

220

R107

220

R105

220

R66

4.99K

R63

4.99K

R59

15

14 13

12

11

10

9

7

6

5

4

3

2

1

AM26C32A

U17

EN

A+

A-

B+

OUTAB-

OUTBC+

OUTCC-

OUTDD+

D-

EN

VCC

AES/SPDIF

SW8

VCC

1.0APOLYSW

F1

VCC

VCCVCC

VCCVCC

15

14

13

12

11

10

9

7

6

5

4

3

2

1

U14

74HC148

I0

I1

A0I2

A1I3

A2I4

GSI5

I6

EOI7

EI

IDDB19SH

LINE 7 LOGIC IDDB18

LINE 8 LOGIC IDDB6

IDDB5SH

LINE 5 LOGIC IDDB4

LINE 6 LOGIC IDDB17

IDDB2SH

LINE 1 LOGIC IDDB1

LINE 2 LOGIC IDDB14

IDDB16SH

LINE 3 LOGIC IDDB15

LINE 4 LOGIC IDDB3

GND

4.99K

R58

1.00K

R26

VCC

1.00K

R28

VCC

1.00K

R24

VCC

1.00K

R30

VCC

1.00K

R22

VCC

1.00K

R32

VCC

1.00K

R20

VCC

1.00K

R34

VCC

39

R19

39

R21

39

R23

39

R25

39

R27

39

R29

39

R31

39

R33

VCC VCC VCC VCC VCC VCC VCC VCC

10.0K

R8

10.0K

R7

10.0K

R6

10.0K

R5

10.0K

R4

10.0K

R3

10.0K

R2

10.0K

R1

4

3

2

1SW2

1

2

3

4

SW1

VCC

VCC VCC

1K

R47

CS8412

1

2

3

4

5

6

7

8

9

10 11

12

13

14

15

16

17

18

20

21

22

23

24

25

26

27

28

19

U16

C

U

VERF

Ca/E1

Cb/E2

Cc/F0

Cd/F1

C0/E0

CBL

ERF

FSYNC

SCK

SDATA

FILT

VD+

DGND

Ce/F2

MCK

SEL

RXP

RXN

FCK

M0

M1

M2

M3

AGND

VA+

4.99K

R62

CT8

1

10

9

8

7

6

5

4

3

2

3

4

6

5

7

2 1

39

19

42

38

11

9

8

20

40

30

15

17

16

24

22

13

14

18

12

26

43

44

25

27

28

29

37

34

35

33

36

U15

I/O20/GTS1

I/O1

I/O2

I/O3/GCK1

I/O4

I/O6

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O21

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O5/GCK2

I/O7/GCK3

I/O23/GSR

I/O22/GTS2

TCK

TDI

TDO

TMS

XC9536

4.99K

R12

220

R9

220

R10

VCC

CS8402A

14

13

24

23

22

21

20

17

16

15

12

11

10

9

8

7

6

5

4

3

2

1

U7

EM1/C8

TRNPT/FC1

M2

M1

M0

TXP

TXN

RST

CBL/SBC

U

C/SBF

V

SDATA

FSYNC

SCK

MCK

C9/C15

C6/C2

C1/FCO

PRO

C7/C3

EM0/C9

SHODDB2

GND

ODDB6

ODDB1

4.99K

R45

4.99K

R44

4.99K

R46

VCC

SW[0]

SW[1]

SW[2]

SW[3]

SW[4]

SW[5]

SW[6]

SW[7]

SW[0]

SW[1]

SW[2]

SW[3]

SW[4]

SW[5]

SW[6]

SW[7]

1.30K

R97

1.30K

R158

1.30K

R161

1.30K

R100

5.49K

R156

5.49K

R159

5.49K

R95

5.49K

R98

16.5K

R96

16.5K

R157

16.5K

R160

16.5K

R99

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

5

6

7

8

4

NE5532U36

V+

-

+

V-

4

8

1

2

3

NE5532U36

V+

-

+

V-

-2dBu

-2dBu

VAd+VD+

VCC

1.00K

R78

4.99K

R141

1.00K

R79

108

9

U32

74ACT32

1

23

U32

74ACT32

1113

12

74ACT32

U32

10J5

VAd+ VD+

AGND AGNDAGND AGNDAGNDAGND AGNDAGND

98

10 U24

74ACT32

32

1

U24

74ACT324

56

U24

74ACT32

74ACT32

12

1311

U24

108

9

U23

74ACT32

1

23

U23

74ACT32

65

4

U23

74ACT32

1113

12

74ACT32

U23

L4

L3

L2

L1

L5

L6

L7

L8

0.1uF

C2

0.1uF

C1

0.1uF

C35

0.1uF

C32

0.1uF

C18

0.1uF

C31

0.1uF

C3

0.01uF

C63

0.01uF

C51

0.1uF

C34

0.1uF

C43

2200pF

C100

2200pF

C99

2200pF

C135

2200pF

C134

0.1uF

C131

0.1uF

C129

VCCVCC

0.1uF

C42

0.1uF

C16

VCC

0.1uF

C33

VCCVCC

VCCVCC

0.1uF

C64

0.1uF

C17

0.1uF

C52

0.1uF

C62

VCC

0.1uF

C44

VCC

0.1uF

C41

VCC

0.1uF

C40

V-

AGND

IDDB8SH

IDDB20CONSOLE RESET

IDDB9CONSOLE CLOCK

39

R37

39

R41

1.00K

R38

VCC

1.00K

R42

VCC

J1

4.99K

R43

VCC

VCC

10.0K

R101 16.5K

R102

1.0K

R80

VCC

SS14D1

SS14D2

SS14D3

SS14D4

SS14D5

SS14D6

SS14D7

SS14D8

SS14D12

SS14D10

GND

GND

GND

GND

GNDGND

GNDGND

GND GNDGND GNDGND GNDGND GND

GND

GND

GND

GND GND

GNDGND

GND

GND

GNDGND

GND

GNDGND

GNDGND

GND GNDGND

GNDGND

GND

GND

VCC

VCC

GND

4.99K

R77

DIP SOCKET FOR OSCILATOR.

14

13

12

11

10

9

87

6

5

4

3

2

1

CT9

14

13

12

11

10

9

87

6

5

4

3

2

1

VCC

0.1uF

C59

GND

VCC

0.1uF

C90

GND

CONSOLE CLOCK IDDB21

IDDB7CONSOLE RESET

SS14 D9

SS14 D11

SS14

D23

SS14

D22

SS14

D24

SS14

D21

SS14

D25

SS14

D20

SS14

D26

SS14

D19

SS14

D28

SS14

D30

SS14

D27

SS14

D29

VCCVCC

39

R36

39

R40

1.00K

R35

1.00K

R39

GND GND

IDDB22SH

330uF

C8

1uF

C132

22uF

C115

1uF

C130

22uF

C128

1uF

C1171uF

C118

MUXOE

MUXOE

S[2]

S[1]

S[0]

S[0]

S[1]

S[2]

S[0]

S[1]

S[2]

MUXOE

4.99K

R136

4.99K

R153

15

14 13

12

11

10

9

7

6

5

4

3

2

1

AM26C32A

U34

EN

A+

A-

B+

OUTAB-

OUTBC+

OUTCC-

OUTDD+

D-

EN

VCC

GND

V+

V-

V+

V-

GND

L4

L3

L2

L1

L5

L6

L7

L8

220

R88

220

R87

220

R86

220

R76

220

R75

220

R83

220

R84

220

R85

VCC VCC VCC VCC VCC VCC VCC VCC

DS4

DS5

DS6

DS7

DS8

DS9

DS10

DS11

220

R152

VCC

DS3

GND

220

R89

VCC

DS1

220

R11

VCC

DS2

1

2

3

4

5

6

7

9

10

11

12

13

14

15

U6

D7

D6

D5

D4

D3

D2 Y

D1

D0

C

B

A

74HC251

G

W

15

14

13

12

11

10

9

7

6

5

4

3

2

1

U25

D7

D6

D5

D4

D3

D2 Y

D1

D0

C

B

A

74HC251

G

W

1

2

3

4

5

6

7

8

911

12

13

14

15

16

17

18

19

74ABT244

U26

2A4 2Y4

2A3 2Y3

2A2 2Y2

2A1 2Y1

1A4 1Y4

1A3 1Y3

1A2 1Y2

1A1 1Y1

1G

2G

0.1uFC5

0.1uFC20

0.1uFC46

0.1uFC66

0.1uFC4

0.1uFC19

0.1uFC45

0.1uFC65

330uF

C9


W# 700223

LSR-500

Page 5-5c

SA


2 OF 3

D-500/May 2000

5-12-00

LSR-500D PCB

14S0074DD

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

AGNDAGND

1

2

3

45

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

U35

CS4390

SCLK

AUTO_MUTE

MUTE_R

MUTE_L

DEM1

DEM0

LRCK

DIF2

DIF1

DIF0

MCLK

SDATA

AOUTR+

AOUTR-

AOUTL-

AOUTL+

AGND

VA+

DGND

VD+

L5

L6

L7

L8

L4 L3

L2

L1

EI148

4148D39

100uF

C84

T2

T5

T7

T9

T1

T4

T6

T8

390pF

C116

390pF

C98

390pF

C137

390pF

C136

390pF

C101

390pF

C133

390pF

C97

390pF

C102

0.1uF

C96

AGND

0.1uF

C78

AGND

V+

AGND

1uF

C60

SS14D13

1N4002D14

1N4735

Z1

2

3

1

PQ05

Q3

GND

VIN OUT

LM2940

1

2

3

Q1

GND

VINOUT

T3

ANALOG/DIGITAL INPUTSOURCE SET

DIGLINEOUT

LO

HI

ANALOG 8

ANALOG 7

ANALOG 6

ANALOG 5

ANALOG 4

ANALOG 3

ANALOG 2

ANALOG 1

DIGLINE1 IN

DIGLINE2 IN

DIGLINE3 IN

DIGLINE4 IN

DIGLINE5 IN

DIGLINE6 IN

DIGLINE7 IN

DIGLINE8 IN

DLINE1INHI

DLINE1INLO

DLINE2INHI

DLINE2INLO

DLINE4INHI

DLINE3INHI

DLINE3INLO

DLINE4INLO

DLINE6INHI

DLINE5INHI

DLINE5INLO

DLINE6INLO

DLINE8INHI

DLINE7INHI

DLINE7INLO

DLINE8INLO

GND

+DIGrack+REGin

LINE1out

LINE2out

LINE3out

LINE4out

LINE5out

LINE6out

LINE7out

LINE8out

RESET

AESRXMCK

AESRXVERF

AESRXDATA

AESRXSCK

AESRXLR

ANA

ANA

AESTXMCK

ADCMCK

POWERUP

DACMUTE

OUTLR

MUXOE

AESRXLR

ADCLR

AESRXMCK

RESET

TDO95

TCK95

TDI95

TMS95

DACMCK

OUTSCK

OUTDATA

ADCDATA

AESRXDATA

AESRXSCK

ADCSCK

EXTCLK

ANA

AESRXVERF

AESTXV

D500RESET

EXTCLKSEL

TCK95

TDI95

TMS95

TDO95

GND

VCC

GND

VCC

LOCAL512FS

RESET

AESTXMCK

OUTDATA

OUTLR

OUTSCK

AESTXV

DOUTHI

DOUTLO

RESET

SW[0:7],S[0:2],MUXOE

OUTLR

DACRT

DACLT

DACMCK

OUTDATA

OUTSCK

DACMUTE

RESET

ANAALINE[1]ON

ALINE[2]ON

ALINE[3]ON

ALINE[4]ON

ALINE[5]ON

ALINE[6]ON

ALINE[7]ON

ALINE[8]ON

XCLOCK

XRESET D5XRESET

D5XCLK

EXTCLKSEL

POWERUP

LOCAL512FS

XCLOCK

XRESET

D5XCLK

D5XRESET

D5XRESET

D5XRESET

D5XCLK

D5XCLK

D500RESET

EXTCLK

ANA

ANA

+Diode

UDB1

UDB2

UDB3

UDB4

UDB5

UDB6

UDB7

UDB8

UDB11

UDB14

UDB15

UDB16

UDB17

UDB18

UDB19

UDB20

UDB22

UDB13

TO UPPER DB-25CONSOLECONNECTOR

CT1

24

21

22

23

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

25 UDB25

LDB1

LDB2

LDB3

LDB4

LDB5

LDB6

LDB7

LDB8

LDB9

LDB10

LDB11

LDB12

LDB14

LDB15

LDB16

LDB17

LDB18

LDB19

LDB20

LDB21

LDB22

LDB23

LDB24

LDB13

TO LOWER DB-25CONSOLECONNECTOR

CT2

24

21

22

23

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

25 LDB25

IDDB1

IDDB2

IDDB3

IDDB4

IDDB5

IDDB6

IDDB7

IDDB8

IDDB9

IDDB10

IDDB11

IDDB12

IDDB14

IDDB15

IDDB16

IDDB17

IDDB18

IDDB19

IDDB20

IDDB21

IDDB22

IDDB23

IDDB24

IDDB13

DIGITALINPUTS 1-8DB-25CONNECTOR

CT4

24

21

22

23

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

25 IDDB25

IA2DB1

IA2DB2

IA2DB3

IA2DB4

IA2DB5

IA2DB6

IA2DB7

IA2DB8

IA2DB9

IA2DB10

IA2DB11

IA2DB12

IA2DB14

IA2DB15

IA2DB16

IA2DB17

IA2DB18

IA2DB19

IA2DB20

IA2DB21

IA2DB22

IA2DB23

IA2DB24

IA2DB13

ANALOGINPUTS 5-8DB-25CONNECTOR

CT6

24

21

22

23

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

25 IA2DB25

IA1DB1

IA1DB2

IA1DB3

IA1DB4

IA1DB5

IA1DB6

IA1DB7

IA1DB8

IA1DB9

IA1DB10

IA1DB11

IA1DB12

IA1DB14

IA1DB15

IA1DB16

IA1DB17

IA1DB18

IA1DB19

IA1DB20

IA1DB21

IA1DB22

IA1DB23

IA1DB24

IA1DB13

ANALOGINPUTS 1-4DB-25CONNECTOR

CT7

24

21

22

23

20

19

18

17

16

1

15

14

13

12

11

10

9

8

7

6

5

4

3

2

25 IA1DB25

ODDB6

ODDB2

ODDB1

DIGITALOUTPUTDB-9CONNECTOR

CT3

1

9

8

7

6

5

4

3

2

ODDB5

ODDB8

OADB7

OADB6

OADB2

OADB1

OADB3

ANALOGOUTPUTDB-9CONNECTOR

CT5

1

9

8

7

6

5

4

3

2

OADB5

OADB8

5

4

3

2

1

7

8

9

6

10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

5

4

3

2

1

7

8

9

6

10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

5

4

3

2

1

7

8

9

6

10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

5

4

3

2

1

7

8

9

6

10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

6

5

4

3

2

1

9

8

7

6

5

4

3

2

1

9

8

7

5

4

3

2

1

7

8

9

6

10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

UDB9

UDB21


3 OF 3


W# 700223

LSR-500

Page 5-5c

SA

D-500/May 2000

5-12-00

LSR-500D PCB

14S0075DD

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

N/C

N/CN/C

D LINE OUT HID LINE OUT LO

D LINE OUT SH

CONSOLE CLOCK

CONSOLE RESETCONSOLE RESET

CONSOLE CLOCK

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

AUDIO COMMON

N/C

DIG GND

DIG GND

AUDIO COMMONAUDIO COMMONAUDIO COMMON

LSD-500DB Connector PinoutsDB Connector Pinouts

-V

-V

+V

+V

AUDIO COMMON

AUDIO COMMON

DIGITAL GROUND

DIGITAL GROUND

DIGITAL GROUND

+ DIGITAL

+ DIGITAL

+ DIGITAL

AUDIO COMMON-V

-V

+V

+V

AUDIO COMMON

AUDIO COMMON

DIGITAL GROUND

DIGITAL GROUND

+ DIGITAL

+ DIGITAL

+ DIGITAL

N/CN/C

N/CN/C

DIGITAL OUTPUTDIGITAL OUTPUTDIGITAL OUTPUTDIGITAL OUTPUTDIGITAL OUTPUTDIGITAL OUTPUT

(DB-9)(DB-9) (DB-9)(DB-9)

ANALOG OUTPUTANALOG OUTPUTANALOG OUTPUTANALOG OUTPUTANALOG OUTPUTANALOG OUTPUT

N/CAUDIO COMMON

A LINE LT OUT HIA LINE LT OUT LO

A LINE LT OUT SH

A LINE RT OUT SHA LINE RT OUT LO

A LINE RT OUT HI

AUDIO COMMONN/C

N/C

DIGITAL INPUTSDIGITAL INPUTSDIGITAL INPUTSDIGITAL INPUTSDIGITAL INPUTSDIGITAL INPUTS ANALOG INPUTS "1-4"ANALOG INPUTS "1-4"ANALOG INPUTS "1-4"ANALOG INPUTS "1-4"ANALOG INPUTS "1-4"ANALOG INPUTS "1-4"ANALOG INPUTS "5-8"ANALOG INPUTS "5-8"ANALOG INPUTS "5-8"ANALOG INPUTS "5-8"ANALOG INPUTS "5-8"ANALOG INPUTS "5-8"

(DB-25)(DB-25) (DB-25)(DB-25) (DB-25)(DB-25)

POWER PORTSPOWER PORTSPOWER PORTSPOWER PORTSPOWER PORTSPOWER PORTSCONTROL PORTSCONTROL PORTSCONTROL PORTSCONTROL PORTSCONTROL PORTSCONTROL PORTS

(To Upper DB-25)(To Upper DB-25) (To Lower DB-25)(To Lower DB-25)

I/O CONNECTORS CHART

A LINE 6 RT IN HI

A LINE 6 RT IN SHA LINE 6 RT IN LO

A LINE 6 LT IN HIA LINE 6 LT IN LO

A LINE 6 LT IN SH

A LINE 5 RT IN LOA LINE 5 RT IN SH

A LINE 5 RT IN HI

A LINE 5 LT IN SHA LINE 5 LT IN LO

A LINE 5 LT IN HI


A LINE 7 RT IN HI


A LINE 7 LT IN HI

A LINE 8 RT IN HI



A LINE 8 LT IN SH

A LINE 2 RT IN HI



A LINE 2 LT IN SH


A LINE 1 RT IN HI


A LINE 1 LT IN HI


A LINE 3 RT IN HI


A LINE 3 LT IN HI

A LINE 4 RT IN HI



A LINE 4 LT IN SH

D LINE 8 IN HI

D LINE 8 IN SHD LINE 8 IN LO


D LINE 7 IN HI

D LINE 6 IN HI


D LINE 5 IN HID LINE 5 IN LO

D LINE 5 IN SH

D LINE 4 IN LOD LINE 4 IN SH

D LINE 4 IN HI


D LINE 3 IN HI

D LINE 2 IN HI


D LINE 1 IN HID LINE 1 IN LO

D LINE 1 IN SH

LINE 1LINE 2

LINE 3LINE 4

LINE 5LINE 6

LINE 7LINE 8

GND

DOUTHI

DOUTLO

AGND

GND

AOUTLTHI

AGND

AOUTRTHI

AOUTLTLO

AOUTRTLO

AGND

AGND

ALINE4RTINHI

AGND

ALINE4LTINLO

ALINE3RTINHI

AGND

ALINE3LTINLO

ALINE2RTINHI

AGND

ALINE2LTINLO

ALINE1RTINHI

AGND

ALINE1LTINLO

ALINE4RTINLO

ALINE4LTINHI

AGND

ALINE3RTINLO

ALINE3LTINHI

AGND

ALINE2RTINLO

ALINE2LTINHI

AGND

ALINE1RTINLO

ALINE1LTINHI

AGND

AGND

ALINE8RTINHI

AGND

ALINE8LTINLO

ALINE7RTINHI

AGND

ALINE7LTINLO

ALINE6RTINHI

AGND

ALINE6LTINLO

ALINE5RTINHI

AGND

ALINE5LTINLO

ALINE8RTINLO

ALINE8LTINHI

AGND

ALINE7RTINLO

ALINE7LTINHI

AGND

ALINE6RTINLO

ALINE6LTINHI

AGND

ALINE5RTINLO

ALINE5LTINHI

AGND

AGND

DLINE8INHI

GND

DLINE7INLO

DLINE6INHI

GND

DLINE5INLO

DLINE4INHI

GND

DLINE3INLO

DLINE2INHI

GND

DLINE1INLO

DLINE8INLO

DLINE7INHI

GND

DLINE6INLO

DLINE5INHI

GND

DLINE4INLO

DLINE3INHI

GND

DLINE2INLO

DLINE1INHI

GND

AGND

GND

GND

XRESET

XRESET

LINE5out

GND

LINE4out

LINE3out

GND

LINE2out

LINE1out

GND

GND

LINE6out

GND

LINE7out

LINE8out

GND

AGND AGND

-Vrack

-Vrack

-Vrack

-Vrack

+Vrack

+Vrack

+Vrack

+Vrack

AGND

AGND

AGND

GND

GND

GND

GND

GND

GND

+DIGrack

+DIGrack

+DIGrack

+DIGrack

+DIGrack

+DIGrack

AGND

XCLOCK

XCLOCK

UDB/1

UDB/2

UDB/3

UDB/4

UDB/5

UDB/6

UDB/7

UDB/8

UDB/9

UDB/10

UDB/11

UDB/12

UDB/14

UDB/15

UDB/16

UDB/17

UDB/18

UDB/19

UDB/20

UDB/21

UDB/22

UDB/23

UDB/24

UDB/25

LDB/1

LDB/2

LDB/3

LDB/4

LDB/5

LDB/6

LDB/7

LDB/8

LDB/9

LDB/10

LDB/12

LDB/14

LDB/15

LDB/16

LDB/17

LDB/18

LDB/19

LDB/20

LDB/21

LDB/22

LDB/24

LDB/25

R2

1.0K

R3

1.0K

1.0K

R5

1.0K

R6

1.0K

R11

R10

1.0K

1.0K

R9

1.0K

R8

1.0K

R7

CT1

SW"3a"

SW"5a"

SW"4a"

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

CT3

SW"4b"

SW"3b"

SW"5b"

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

1.0K

R12

LDB/11

R1

1.0K

LDB/23

UTS-6000PCB

CT2

SW"7a"

SW"6a"

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

1.0K

R4

UTS-6000PCB

CT4SW"6b"

SW"7b"

SW"8b"

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

AGND

AGND

AGND

AGND

36/1 36/2

36/3

36/5 36/6

36/7 36/8

36/9 36/10

36/11 36/12

36/13 36/14

36/15 36/16

36/17 36/18

36/19 36/20

36/23

36/25 36/26

36/27

36/30

36/33

36/36

36/4

36/24

12 24

25

23

10

11

9 21

22

20

7

8

6 18

19

17

4

5

3 15

16

142

13

12

24

25

23 10

11

9

21

22

8

13

20 7

6

18

19

17 4

5

3

15

16

14 1

2

120/67

120/71

120/73

120/75

120/77

120/79

120/87

120/89

120/91

120/93

120/95

120/97

120/99

120/101

120/103

120/105

120/111

120/113

120/119

120/85

120/83

120/81

120/117

120/107

120/109

120/69

120/4

120/6

120/8

120/10

120/12

120/14

120/16

120/18

120/20

120/22

120/24

120/26

120/28

120/34

120/36

120/38

120/46

120/48

120/50

120/52

120/54

120/56

120/58

120/60

120/62

120/64

120/66

120/68

120/72

120/74

120/76

120/78

120/86

120/88

120/90

120/92

120/94

120/96

120/98

120/100

120/102

120/104

120/106

120/110

120/112

120/114

120/118

120/44

120/84

120/42

120/82

120/40

120/80

120/120

120/108

120/70

120/32

120/30

120/2

120/3

120/5

120/7

120/9

120/11

120/13

120/15

120/17

120/19

120/21

120/23

120/25

120/27

120/29

120/31

120/35

120/51

120/53

120/55

120/57

120/59

120/63

120/65

120/33

120/61

120/1

120/37

120/39

120/47

120/49

120/45

120/43

120/41

36/22

36/28

36/32

36/34

36/21

36/29

36/31

36/35

1

120/116120/115

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

101 102

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

CT6

3635

3433

3231

3029

2827

2625

2423

2221

2019

1817

1615

1413

1211

109

87

65

43

21

CT5


W# 700225

TRD-500

TRD-500 Tape Remote Module Schematic - Sheet 1 of 1

1 OF 1

SA

Page 5-5D-500/May 2001

5-25-01

TRD-500A PCB

14S0077AD

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

LOWERDB-25

LOWERDB-25

LOWERDB-25


36 PIN EDGE CONNECTORUPPERDB-25

UPPERDB-25

LOWERDB-25

CON

NECTOR

S B

USS C

HA

RT

SW7aLED

SW7a

SW8a

SW8aLED

SW8a

SW3a

SW3aLED

SW4a

SW4aLED

SW4a

SW5a

SW5aLED

SW5a

SW6a

SW6aLED

SW6a

SW3a

SW7a SW7b

SW7bLED

SW7b

SW8b

SW8bLED

SW8b

SW3bLED

SW4b

SW4bLED

SW4b

SW5b

SW5bLED

SW5b

SW6b

SW6bLED

SW6b

SW3b

SW3bLED

SW5bLED

SW3b

SW4bLED

SW6bLED

SW7bLED

SW8bLEDSW8aLED

SW7aLED

SW6aLED

SW5aLED

SW3aLED

SW4aLED

SW8a

SW8a SW8aLED

SW8aLED SW7a

SW7a SW7aLED

SW7aLED SW6a

SW6a SW6aLED

SW6aLED SW5a

SW4aLED

SW3a

36BUSPIN1

SW5a SW5aLED

SW4a

SW4a

SW5aLED

SW8b

SW8bLED

SW7bLED

SW6b

36BUSPIN26

SW3aLED

SW3aLED

SW5b SW5b

SW5bLED SW5bLED

SW4b

SW4bLED

SW4b

SW4bLED

SW3b SW3b

SW3bLED SW3bLED

XDSPPGM XDSPAUD

XDSPAUX XDSPUTL

PGMLTMONITOR AGND

PGMRTMONITOR AGND

AUDLTMONITOR AGND

AUDRTMONITOR AGND

AUXLTMONITOR AGND

AUXRTMONITOR

UTLLTMONITOR AGND

UTLRTMONITOR AGND

CUELTMONITOR AGND

CUERTMONITOR AGND

TEL12MONITOR AGND

TEL34MONITOR AGND

TBMONITOR AGND

ICMCUE AGND

XDCUELOGIC XDCRMUTE

XDST1MUTE XDST2MUTE


XDTALLY2 XDTALLY3

V+in V+in

+40Vin

V-in V-in

GND

GND

TEL12_34

XDRESET TEL34_12

XDBUSIN GND

XDFRMOUT GND

XDTDMOUT1 GND

XDTDMOUT2 GND

XDSEROUT GND

XDSERCLK GND

XDSERFRM GND

XDSERIN GND

XDDINT GND

SIGX GND

GND

GND

GND

XDCSA7

GND

XDFRMX

XDCLKX

XDCSA8 XDCSA9

GND GND

+DIG+DIG

+DIG+DIG

XDCSA4 XDCSA5

XDCSA6

XDA9

XDAD3

XDAD0

XDAD1 XDAD2

XDAD4

XDAD5 XDAD6

XDAD7 XDA8

XDWR

GND XDDS

XDAS

GND

GND

AGND

SW6bLED SW6bLED

SW3aSW4aLED

SW7bSW7b

SW8bLED

SW6b

SW7bLED

SW8b


AGND

AGND

AGND

AGND

AGND

C28 100uF R36

10.0K

C17 100uFR25

4.99K

AGND

AGND

GND

CT5 3

CT5 2

CT5 7

CT5 6

CT5 5

CT5 10

CT5 9

CT5 8

CT5 13

CT5 12

CT5 11

CT5 16

CT5 15

CT5 14

CT5 19

CT5 18

CT5 17

CT5 22

CT5 21

CT5 20

CT5 23

CT5 29

CT5 27

CT5 31

CT5 32

CT5 30

CT5 35

CT5 34

CT5 33

CT6 2

CT5 36

CT6 5

CT6 4

CT6 3

CT6 8

CT6 7

CT6 6

CT6 11

CT6 10

CT6 9

CT613

CT612

GND

R11

220

R10

1.00K

GND

R6

4.99K

VCC

GND

VCC

C27

0.001uF

CT3

4CT3

3

CT3

6CT3

5

CT3

10CT3

8

CT4

3

CT3

14CT3

12

CT4

7CT4

5

CT4

11CT4

9

CT4

15CT4

13

CT3

2

CT3

9CT3

7

CT3

15CT4

2

CT3

11CT3

13

CT4

4CT4

6

CT4

8CT4

10

CT4

12CT4

14

VCC

GND

VCC

GND

C5

0.1uF

C6

0.1uF

C10100uF

C26100uF

AGND

R30

40.2K

-2dBu

CT1 15

CT1 13

CT5 26

AGND

CT673

CT675

CT677

CT620

CT622

CT624

CT626

CT628

CT630

CT632

CT634

CT636

CT638

CT640

CT642

CT644

CT646

CT688

CT690

CT692

CT694

CT696

CT698

CT6100

CT6101

CT6102

CT6104

CT6106

CT6113

CT6114

CT6117

CT6118

AGND

CT655

CT656

CT657

CT658

CT6119

CT6120

CT660

CT661

GND

GND

VCC

GNDGND GNDGND

C38

0.1uF

C39

0.1uF

AGND

C16

0.1uF

C25

0.1uF

C33

0.1uF

C32

0.1uF

C31

0.1uF

C13

0.1uF

C22

0.1uF

C20

0.1uF

C29

0.1uF

R27

1.30K

R26

1.30K

Vdd

AGND AGND AGND AGND

-2dBu

AGNDAGND

R38

1.00K

R32

1.00K

CT6 43

-2dBu

AGND

-2dBu

AGND

R23

4.99K

D294148

D364148

D354148

D344148

D334148

D314148

D304148

U2VHC4053

9

4

5

3

6X_Y

INH

S

Y

X

AGND

GNDSW10

4

SW101

CT2 4

CT2 5

D71N4002

D91N4002

D13

1N4002

D11

1N4002

D15

1N4002

D17

1N4002

D19

1N4002

D61N4002

D81N4002

D10

1N4002

D14

1N4002

D12

1N4002

D16

1N4002

D18

1N4002

D201N4002

D211N4002

D22

1N4002

D23

1N4002

D25

1N4002

D24

1N4002

D26

1N4002

D27

1N4002

D28

1N4002

CT3

1

CT4

1

R4

1.30K

R19

10.0K

SW102

VCC

GND

R16

10

R20

47

Q5MMBTA55

VCC

Q6MMBTA55

VCC

C9

0.1uF

VCC

R18

4.99K

VCC

R17

1.30K

R14

4.99K

VCC

R15

4.99K

Q4MMBTA55

VCC

R9

2.43K

GND

CT5 4

CT5 28

D51N4002

GND

U6

1

2

3

4

5

6

7

SSM2143

V-

+

-

V+

C30100uF

Q1

MMBTA55

Vee

LM675 IC PINOUTVIEWED FROM ABOVE(COMPONENT SIDE)

54321

74VHC4053NIC PINOUT


X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH


74LS74IC PINOUT

VCC 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

CLRa

Da

CKa

PRa

Qa

Qa

Qb

Qb

PRb

CKb

Db

CLRb


N/C

SENCE

REF 8

7

6

5

1

2

3

4

IN+

IN-

V-

OUT

V+


NE5532 IC PINOUT

4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-

DPDTSLIDE SWITCHPINOUT


3

2

1

6

4

5C1

NC1

NO1

NC2

C2

NO2



4

3

2

1 ON

ON

ON

ON

8

7

6

54

3

2

1

U45532

5

6

7

8

4

V-

+

-

V+

U1

8

910

11

12

13

74LS74

DQ

Q

CLR

PR

CK

CT5 24

AGND

C19

0.001uF

SW1

4

3

2

1

SW103

F1

.3APOLYSW

F6

.3APOLYSW

F4

.3APOLYSW

U2VHC4053

12

13

11

14

6X_Y

INH

S

Y

X

U1

1

2

3

45

6

74LS74

DQ

Q

CLR

PR

CK

D324148

SW2

1

2

3

SW3

3

2

1

SW4

3

2

1

SW5

3

2

1

SW6

3

2

1

SW7

1

2

3

SW8

1

2

3

SW9

1

2

3

F3

POLYSW1.0A

F2

POLYSW1.0A

F5

POLYSW1.0A

CR1

MICTRIM

50K

1

2

3

CR2

3

21

10K

R1

1.00K

AGND

R37

10.0K

R2

1.69K

C1

0.001uF

AGND

C2

50pF

AGND

U5SSM2143

7

6

5

4

3

2

1

V-

+

-

V+

U2VHC4053

2

1

10

15

6X_Y

INH

S

Y

X

C8

0.1uF

VCC

AGNDGND

R22

4.99K

R21

40.2K

AGND

R8

4.99K

D24148

Vf+

Vf-

Vf+

Vf-

CT647

Df+

Df+

VCC

GND

VCC

R5

220

GND

Q2

MMBTA05

R7

2.43K

R24

40.2K

AGND

R31

40.2K

AGND

C14 100uF

R29

40.2K

AGND

C3100uF

C24

10pF

U4

4

8

1

2

3

5532

V-

+

-

V+

R35

4.99K

AGND

C18

10pF

-2dBu

AGND

AGND

C21

10pF

R33

10.0K

R34

10.0K

-2dBu

-2dBu

U35532

3

2

1

8

4

V-

+

-

V+

U35532

5

6

7

8

4

V-

+

-

V+

PQ05SZ1 IC PINOUT


2

321

CT686

CT684

CT645

CT682

C23100uF R40

10.0K

GND

R28

2.43K

C15

10pF

CT5 25

CT5 1

CT6 1

GND

CT1 1

VCC

CT2 1

R3

150

R13

10

GND

R12

4.99K

Q3

MMBTA05

R39

40.2K

AGNDAGND

C37

100uF

C36

22uF

C11

22uF C12

22uFZ1C5V15.1V Z2

C5V15.1V

C34

100uF

C35

100uF

C7

1uF

C4

100uF

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

D14148

V+

V-V-V+

3

15

16

3

15

16

14

1

2

D34148

D44148


ICMD-500 Intercom Module Schematic - Sheet 1 of 1

ICMD-500

W# 700221

SA

Page 1-1

1 OF 1

D-500/May 2001

5-25-01

ICMD-500B PCB

14S0076BD

REVSIZE

SHEET

DWG. NO.FSCM NO.

SCALE

CONTRACT NO.

DATEAPPROVALS

DRAWN

CHECKED

ISSUED

A

2 1

2

345678

8 7 6 5 4 3 1

B

C

DD

C

B

A

Q7

3

2 1

PQ05

OUT VIN

GND

120 PINEDGE CONN

36 PINEDGE CONN

36 PINEDGE CONN

UPPERDB-25

UPPERDB-25

TOUPPERDB-25

TOLOWERDB-25

PRIVACYSWITCH

CUEACN



+DIG.

D.COM

8

7

6

5

4

3

2

1

LINEIN

120 PINEDGE CONN

LINEIN/OUT

LOWERDB-25

+4dBuBAL

HI

LO

SH

HI

LO

SH

SH

LO

HI

+V

-V

+D

D.COM.

BAL

BAL

UTS-6000 PCB

UTS-6000 PCB

CUELOGICENABLE

CUE LOGIC

BUSY

IN

OUT

TB MONITOR

+V

-V

+REG

+Dout

-Vout

+Vout

+DIGin

-Vin

+Vin

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

C30 100uF R25

4.99K

C32 100uF R26

4.99K

C33 100uF R27

4.99K

C35 100uF R28

4.99K

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

C36 100uF R29

4.99K

C38 100uF R30

4.99K

C39 100uF R31

4.99K

C41 100uF R32

4.99K

AGND

GND

U13VHC4053

6

15

10

1

2X

Y

S

INH

X_Y

U13VHC4053

6

14

11

13

12X

Y

S

INH

X_Y

U12VHC4053

6

3

5

4

9

X

Y

S

INH

X_Y

U12VHC4053

2

1

10

15

6X

Y

S

INH

X_Y

U12VHC4053

12

13

11

14

6X

Y

S

INH

X_Y

U11VHC4053

2

1

10

15

6X

Y

S

INH

X_Y

U11VHC4053

12

13

11

14

6X

Y

S

INH

X_Y

U23

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

U22

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U21

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U20

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U19

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U18

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U17

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

CT3 4

CT3 3

CT3 2

CT3 7

CT3 6

CT3 5

CT3 10

CT3 9

CT3 8

CT3 13

CT3 12

CT3 11

CT3 16

CT3 15

CT3 14

CT3 19

CT3 18

CT3 17

CT3 22

CT3 21

CT3 20

CT3 24

CT3 23

CT3 28

CT3 29

CT3 27

CT3 31

CT3 32

U139

4

5

3

6

VHC4053

X

Y

S

INH

X_Y

AGND

AGND

AGND

AGND

AGND

AGND

AGND

AGND

C42 100uF R33

4.99K

R34

4.99K

C45 100uF R35

4.99K

C47 100uF R36

4.99K

AGND

AGND

AGND

AGND

C48 100uF R37

4.99K

C50 100uF R38

4.99K

AGND

GND

U159

4

5

3

6

VHC4053

X

Y

S

INH

X_Y

U15

6

15

10

1

2

VHC4053

X

Y

S

INH

X_Y

U15

6

14

11

13

12

VHC4053

X

Y

S

INH

X_Y

U14

6

3

5

4

9

VHC4053

X

Y

S

INH

X_Y

U14

6

14

11

13

12

VHC4053

X

Y

S

INH

X_Y

U29

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

U28

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

U27

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

U26

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

CT3 30

CT3 35

CT3 34

CT3 33

CT4 2

CT3 36

CT4 5

CT4 4

CT4 3

CT4 8

CT4 7

CT4 6

CT411

CT410

CT49

CT413

CT412

GND

R8

220

GND

R10

220

GND

R12

220

GND

R18

220

GND

R14

220

R39

1.00K

GND

R40

1.00K

GND

R41

1.00K

GND

R43

1.00K

GND

R42

1.00K

GND

R44

1.00K

GND GND

R20

220

GND

R22

220

R45

1.00K

GND

R46

1.00K

GND GND

R24

220

R7

220

R9

220

R11

220

R17

220

R13

220

R19

220

R21

220

R23

220

R16

4.99K

VCC

GND

VCC

U4

8

910

11

12

13

74HC74

CK

PR

CLR

Q

QD

U4

1

2

3

45

6

74HC74

CK

PR

CLR

Q

QD

U6

74HC74

13

12

11

109

8

CK

PR

CLR

Q

QD

U6

74HC74

6

54

3

2

1

CK

PR

CLR

Q

QD

U8

74HC74

13

12

11

109

8

CK

PR

CLR

Q

QD

U8

74HC74

6

54

3

2

1

CK

PR

CLR

Q

QD

GND

R15

1.00K

C20

0.001uF

CT1 4

CT1 3

CT1 6

CT1 5

CT1 10

CT1 8

CT2 3

CT2 1

CT1 14

CT1 12

CT2 7

CT2 5

CT2 11

CT2 9

CT2 15

CT2 13

CT1 2

VCC

CT1 9

CT1 7

CT1 15

CT2 2

CT1 11

CT1 13

CT2 4

CT2 6

CT2 8

CT2 10

CT2 12

CT2 14

VCC

GND

VCC

GND

VCC

GND

VCC

GND

VCC

GND

VCC

GND

VCC

GND

VCC

GND

C7

0.1uF

C8

0.1uF

C9

0.1uF

C10

0.1uF

C11

0.1uF

C12

0.1uF

C13

0.1uF

C14

0.1uF

VCC

GND

C15

0.1uF

C1 100uF

R1

40.2K

AGND

C6 100uF

R4

40.2K

AGND

R2

4.99K

AGND

C3

10pF

AGND

C4

10pF

U15532

5

6

7

8

4

V+

-

+

V-

AGND

AGND

U31

8

7

6

5

4

3

2

1

SSM2142

-

+

gnd

V+

+

V-

AGND

AGND

R3

4.99K

C61

68pF

AGND

C51

68pF

AGND

C63

68pF

AGND

C53

68pF

AGND

-2dBu

15

3

16

1

14

2

AGND

CT428

CT420

CT422

CT426

CT424

CT432

CT430

CT436

CT434

CT440

CT438

CT444

CT442

CT446

CT492

CT486

CT484

CT490

CT494

CT488

CT482

CT477

AGND

CT455

CT456

CT457

CT458

CT4117

CT4118

CT475

GND

GND

GNDGND GNDGND

C68

0.1uF

C69

0.1uF

AGND

C62

0.1uF

C52

0.1uF

C46

0.1uF

C59

0.1uF

C43

0.1uF

C58

0.1uF

C49

0.1uF

C60

0.1uF

C40

0.1uF

C57

0.1uF

C37

0.1uF

C56

0.1uF

C34

0.1uF

C55

0.1uF

C31

0.1uF

C54

0.1uF

C2

0.1uF

R6

1.30K

Vdd Vee

AGND AGND AGND AGND AGND AGND

AGND


74HC14IC PINOUT

VCC

Od

Ob

Oa

14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

O2c

Oe

Ie

Ic

Ia

Ib

Id

Of

If

74HC02IC PINOUT


VCC

I2d

I1d

Od

I2c

I1c

Oc

Ob

I2b

I1b

Oa

I2a

I1a

14

13

12

11

10

9

87

6

5

4

3

2

1

VSS


74HC74IC PINOUT

VCC 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

CLRa

Da

CKa

PRa

Qa

Qa

Qb

Qb

PRb

CKb

Db

CLRb

74HC30IC PINOUT


VCC 14

13

12

11

10

9

87

6

5

4

3

2

1

VSS

I1

I2

I3

I4

I5

I6

N/C

N/C

N/C

I7

I8

OUT


PQ05SZ1 IC PINOUT

2

321

R5

1.30K

C5

0.1uF

VCC

CT473


SSM2142 IC PINOUT

V+

V-IN

GND

OUT+

SNC+SNC-

OUT- 8

7

6

5

1

2

3

4


N/C

SENCE

REF 8

7

6

5

1

2

3

4

IN+

IN-

V-

OUT

V+


NE5532 IC PINOUT

4

3

2

1

5

6

7

8

OUT

IN+

IN-

V+OUT

IN+

IN-

V-

-2dBu

CT1 1

U16

-2dBu

SSM2143

7

6

5

4

3

2

1

V+

-

+

V-

U11VHC4053

9

4

5

3

6X

Y

S

INH

X_Y U25

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

C44 100uF

VCC

U5

74HC30

12

11

8

6

5

4

3

2

1

U24

1

2

3

4

5

6

7

SSM2143

-2dBuV+

-

+

V-

U14

6

15

10

1

2

VHC4053

X

Y

S

INH

X_Y

U15532

3

2

1

8

4

V+

-

+

V-

U301

2

3

4

5

6

7

8SSM2142

-

+

gnd

V+

+

V-

U9

74HC74

6

54

3

2

1

CK

PR

CLR

Q

QD

U9

74HC74

13

12

11

109

8

CK

PR

CLR

Q

QD

74VHC4053NIC PINOUT


X_Yc

Xc

Yc

X_YbYb

Xb

Ya

X_Ya

Xa

16

15

14

13

12

11

10

98

7

6

5

4

3

2

1 VDD

A

B

CVSS

VEE

INH

F1

.3APOLYSW

F2

.3APOLYSW

F3

.3APOLYSW

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+

V-

V+ V-

U2

74HC14

1 2

U2

74HC14

89

U243

74HC14

U25 6

74HC14

U1021

74HC14

U10

74HC14

3 4

U213 12

74HC14

U2

74HC14

1011

U101213

74HC14

U1011 10

74HC14

U109 8

74HC14

U10

74HC14

65

C64

100uF

C65

100uF

Z2C5V1Z1

C5V1C18

22uF C17

1uF

C19

22uFC16

1uF

C66

22uF

C67

100uF

C22

1uF

C23

1uF

C24

1uF

C26

1uF

C25

1uF

C27

1uF

C28

1uF

C29

1uF

D14148

C21

100uF

1212

24

25

23

10

11

9

21

22

20

7

8

6

18

19

17

4

5

3

15

16

14

1

2

23

10

11

9

21

22

20

7

8

6

18

19

17

4

5

24

25

CT3 25

CT414

CT4 1

CT496

CT498

CT4100

CT4101

CT4102

CT4104

CT4106

CT4119

CT4120

U321

74HC14

U39 8

74HC14

U3

74HC14

3 4

U3

74HC14

65

U3

74HC14

1213

U311 10

74HC14


9-19-99

A-5000/Sep 1999

LS-5000B PCB

18S0013B

W# 700350 1 OF 2

SA

Page 1-1LS-5000 Line Select Module Schematic - Sheet 1 of 1

LS-5000

ISSUED

CHECKED

DRAWN

APPROVALS DATE

CONTRACT NO.

SCALE

FSCM NO. DWG. NO.

SHEET

SIZE REV

D

12345678

A

B

C

DD

C

B

A

1345678 2

Q1

3

2 1

PQ05

GND

VINOUT

+4dBu BAL

+4dBu BAL

LOWERDB-25CONN

LT

RT

LINEOUT

LINE7 IN

LINE6 IN

LINE5 IN

UPPERDB-25CONN

HI

LO

SH

LT

SH

LO

HIRT

RT HI

LO

SH

LT

SH

LO

HI

RT HI

LO

SH

LT

SH

LO

HI

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

+4dBuBAL

LOWERDB-25CONN

HI

LO

SH

LT

SH

LO

HIRT

HI

LO

SH

LT

SH

LO

HIRT

HI

LO

SH

LT

SH

LO

HIRT

RT HI

LO

SH

LT

SH

LO

HI

LINE1 IN

LINE4 IN

LINE3 IN

LINE2 IN

+V

-V

+D

D.COM.



HI

LO

SH

SH

LO

HI

LINE3

LINE4

LINE1

LINE2

LINE6

LINE7

LINE1

LINE2

LINE3

LINE4

LINE5

LINE6

LINE7

OFF

LINE5

+Din

-Vin

+Vin

+REG

LINEOUTLTLO

LINEOUTLTHI

LINEOUTRTLO

LINEOUTRTHI

page Appendix – 1RD / May 2000

A P P E N D I X

Appendix

Contents

Replacement Parts List ............................................................... A-2

For the most part there are no user-replaceable parts in theRD console. Exceptions are those controls and components that in thecourse of normal use may need maintenance (i.e., faders, pots, ON/OFFswitches, indicator lamps, etc.). A complete list of available componentsis shown on the next page. Contact Wheatstone technical support forfurther information.

Wheatstone Corporation (600 Industrial Drive, New Bern, North Carolina,USA 28562) may be reached by phone at 252-638-7000, fax 252-637-1285,electronic mail “[email protected]”.

page Appendix – 2RD / May 2000

A P P E N D I X

RD / June 2001

REPLACEMENT PARTS — RD AUDIO CONSOLECOMPONENT DESCRIPTION WS P/N

SLD-5 ADC MODULE COMPLETE ANALOG STEREO LINE INPUT MODULE "002601"

SLD-5 SRC MODULE COMPLETE DIGITAL STEREO INPUT MODULE WITH SAMPLE RATE CONVERTER "002600"

MMD-5 MODULE COMPLETE MONO MIC INPUT MODULE "002604"

OMD-5/1 MODULE COMPLETE PROGRAM/ AUX OUTPUT MODULE "002605"

OMD-5/2 MODULE COMPLETE AUDITION/ UTILITY OUTPUT MODULE "002606"

MOD-5 MODULE COMPLETE METER OUTPUT DRIVER MODULE "002607"

CRD-5 MODULE COMPLETE CONTROL ROOM MONITOR MODULE "002608"

LSA-5 MODULE COMPLETE LINE SELECT MODULE "002610"

LSD-5 MODULE COMPLETE LINE SELECT CONTROL MODULE (CONTROLS LSR-500) "002609"

LSR-500 RACKMOUNT UNIT COMPLETE RACKMOUNT LINE SELECTOR UNIT (CONTROLLED BY LSD-5) "001510"

SCD-5 MODULE COMPLETE STUDIO MONITOR MODULE "002611"

CPU-5 MODULE COMPLETE CONSOLE CPU MODULE "002612"

SPD-5 #1,2 MODULE COMPLETE PHONE MODULE "002613"

SPD-5 #3,4 MODULE COMPLETE PHONE MODULE "002618"

DSP-5 MODULE COMPLETE CONSOLE DSP MODULE "002614"

TRD-5/FF MODULE COMPLETE FULL-FUNCTION TAPE REMOTE CONTROL MODULE "002615"

TRD-5/SS MODULE COMPLETE START/STOP TAPE REMOTE CONTROL MODULE "002617"

ICMD-5 MODULE COMPLETE INTERCOM MODULE "002616"

SLADC-600 CARD A-TO-D CONVERTER DAUGHTER BOARD FOR ANALOG STEREO LINE INPUTS "001756"

SRC-500 CARD SAMPLE RATE CONVERTER CARD FOR DIGITAL INPUTS "001543"

MCLK-600 CARD MASTER CLOCK DRIVER/BUFFER CARD "001758"

SCLK-600 CARD SLAVE CLOCK BUFFER CARD "001759"

VU-RD5 CARD LED METERS AND EVENT TIMER CARD "002645"

RD VU CABLE VU METERS CABLE "002693"

MANUAL OWNER'S MANUAL "002699"

CLOCK TIME-OF DAY-CLOCK CARD "002099"

PSC-D340 POWER SUPPLY CONSOLE POWER SUPPLY "007220"

CABLE CONSOLE POWER SUPPLY CABLE "007021"

WIRED REPLACEMENT FADER WIRED FADER FOR SLD-5 & MMD-5 MODULES "052610"

WIRED REPLACEMENT FADER WIRED FADER FOR SPD-5 MODULES "052611"

WIRED REPLACEMENT SWITCH WIRED "ON/OFF" SWITCH "052601"

WIRED REPLACEMENT POT WIRED POT FOR CONTROL ROOM AND HEADPHONE MONITOR "052602"

I/O CONNECTOR DB-25 CONNECTOR FOR MODULE I/O CONNECTIONS "200022"

HOOD HOOD FOR MODULE I/O CONNECTORS "200025"

REPLACEMENT SWITCH "ON/OFF" SWITCH "510080"

REPLACEMENT RED BUTTON MODULE "ON" BUTTON "530049"

REPLACEMENT YELLOW BUTTON MODULE "OFF" BUTTON "530048"

RED LED LAMP REPLACEMENT MODULE "ON" LED LAMP "600025"

YELLOW LED LAMP REPLACEMENT MODULE "OFF" LED LAMP "600029"

REPLACEMENT CUE SPEAKER REPLACEMENT CUE SPEAKER "960000"

dtv.mcot.netdtv.mcot.net/data/manual/book1190966038.pdf · attention rd / may 2000 read me!...

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