i i i 1 - whatdotheyknow...synthesiser frequency 9061 (racal pack) (9061 synthesiser) modulation...

Insert: 10.1 / 3 Page 9, Table 1 , Test No. 0002 column headed 'Operator action' :

( 1 ) After ' @ ' b u t before 'Connect' :

Insert: ' 1 '

ELECTRICAL AND MECHANICAL TELECOMMUN ICAPIONS ENGINEERING REGULATIONS F 584 (By Command of the Defence Council) Part 3

I CONDlTtONS OF RELEASE I I 1. This infwmat~on IS released by the UK Government to the

reciptent Government for Defence purposes only. 3. Thts informatton may be disclosed only wtthin the Defence

Department of the rec~pient Government. except as otherwise wthorised by M~ntstry of Defence (Army). 1

I 2. Thts tnformation must be accorded the same degree of xcurltv protectton as that accorded thereto bv the UK Government. 4 This mformatton may be subject to privately owned ugh&.

f HIS DOCUME NT IS THE PROPERTY OF HER BRITANNIC MAIESTY'S GOVERNMENT. and is isrued for the tnformstion of such p.mm only as need to know tts contents tn the course of thew offtctal duties. Any pcrron findtng ths document should hand i t into a Brit ih forces unit or to a police station for its safe return to the MINISTRY OF DEFENCE D M 0 0 Sy LONDON SWlA 2HB with W~KUIWSO~ how aml when found. THE UNAUTHORISED RETENTION OR DESTRUCTION OF THE DOCUMENT IS AN OFFENCE UNDER THE OFFICIAL SECRETS ACTS OF 191 1 - 1939. (When released to persons outstde Government serv~cc. this document IS w e d on a p e m ~ l b a s and the rrctptent t0 whom tt IS entrusted in confidence withtn the proviston of the Off~cisl Secrets ACE 191 1 - 1939. is parronally respms~ble for IE safe custody and for seelng that tts contents are dtsclosed on!y to authorised pemnS).

CLANSMAN RADIO UK/PRC 351 AND UK/PRC 352 B

TECHNICAL HANDBOOK - AUTOMATIC TESTING FIELD

Errata

/

Note.. . This Page 0 i s t o be f i l e d immediately in front of , Issue 6 dated Jun 84.

1 The following arwndments must be made to the regulation.

2 Page 3 , Para 10, l ine 8:

Delete: 10.2

( 2 ) After 1 ine 2:

Insert: ' 2 Press STEP'

Issue 1 , Jun 85(14W)

ELECTRICAL AND MECHANICAL TELECQMM~TCATIONS ENGINEERING REGULATIONS

(By Command of the Defence Council)

F 584 Pa r t 3

I CONDITIONS OF RELEASE I 1. This informat~on a released by the UK Government to the

recipient Government for Defence purposes only. 3. This information may be d~xlosed only within the Defence

Department of the recipimt Government, except a otherwise authorlsed by Ministry of Defence (Army).

I 2. This informat~on must be accorded the same degree of security protection as that accorded thereto by the UK Government. 4. This mformation may be rubject to privately owned cights.

THIS DOCUMENT IS THE PROPERTY OF HER BRITANNIC MAJESTY'S GOVERNMENT. and a i r s d for the information of 6 t h W M m Only a need to know its contents In the course of thew offlclal dut~es. Any person find~ng thls documnt should hand tt into a British f o r m unit or to a police station for Its safe return to the MINISTRY OF DEFENCE D.MOD Sy LONDON SWlA 2HB with plniculan of how and where f ~ n d . THE UNAUTHORISED RETENTION OR DESTRUCTION OF THE DOCUMENT IS AN OFFENCE UNDER THE OFFICIAL SECRETS ACTS OF 191 1 - 1939. (When released to persons ouude Government service. th~s document is issued on a personal basis and the mipient to whom it is entrusted m confidence wrthln the prov~uon of the Official Secrets Acu 191 t - 1939, is perwnally rnponslbk for its safe custody nd for seeing that ~ t s contents are dlxlosed only to authorised perms).

CLANSMAN RADIO UK/PRC 351 AND~UK/PRC 352

TECHNICAL HANDBOOK - AUTOMATIC TESTING FIELD

Sponsor: DGEME Publications Authority: Electronics

F i l e re f : 3625 Branch REMJ3

Note. . . These Pages 1-40, Issue 6 supersede Pages 1-40, Issue 5 dated Jun 80. The regulation has been revised throughout and r e l a t e s t o Issue 6 of t e s t tape.

CONTENTS

Para

Introduction General ins t ruc t ions

Searching i n t o t e s t s Operator action warning

Test conditions Power supplies R.F. input voltages A.F. output termination

ATE t e s t methods General Signal + n o i s e h o i s e r a t i o Current consumption Transmitter power measurement 150 Hz tone deviation measurement Squelch s ens i t i v i t y Remote l i n e s t e s t Remote charac te r i s t i cs Automatic rebro (local-remote) Overvolts safety t e s t

I n i t i a l s e t t i ng up ins t ruc t ions Signal Generator Set 2-tone 9063 (Racal pack) (9063 s i g gen) Signal Processor 9062 (Racal pack) (9062 processor) Synthesiser Frequency 9061 (Racal pack) (9061 synthesiser) Modulation Meter 9008M (9008M mod meter) Switching Unit Manual Control ( S X )

Issue 6, Jun 84 (14W) Page 1

TELECOMMUNICATIONS F 584 Pa r t 3

Para

Table

ELECTRICAL AND MECHANICAL ENGINEERING REGULATIONS

CONTENTS (cont'd)

Tape Reader Test (reader) Programmer Electronic Control (programmer) Switching Unit Monitor (SUM) P r in t e r Test Data (p r in t e r ) Thorn Power Supply (p. s .u) Counter Electronic CT 574 (CT 574 counter) Voltmeter Digi ta l CT 577 (DVM) Converter Signal Data (CSD)

Test descr ipt ion and de ta i led operating i n s t ruc t ions

Page

1 Test d e t a i l s . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 2 Machine code . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

INTRODUCTION

1 The information contained i n t h i s regulation appl ies t o t he t e s t i n g of the RT 351 using the Automatic Test Equipment (~lansman/Larkspur) (ATE).

2 For d e t a i l s of t he operation of the ATE, reference should be made t o Tels M 391.

GENERAL INSTRUCTIONS

3 The RT 351 t e s t tape, i den t i f i ed by the p l a in language leader, w i l l be used for:

3.1 The examination of the equipment i n t h e hands of t he user.

3.2 In and out inspection of equipment undergoing r epa i r i n REME workshops.

3.3 The examination of depot stocks.

4 The pr in tou t of the high l i m i t of the f i r s t t e s t i n the programme w i l l i den t i fy the type and issue of the tape. The high l i m i t p r in tou t and i t s in te rpre ta t ion is:

Coding : HM 0351

Key: 351 ~ n s ~ e c t i o n standard

5 Tests have been arranged so t h a t a minimum of operator intervention i s required t o s e t the ATE controls.

6 Table 1 of t h i s regulation contains a descr ipt ion of each tes t i n the programme together with the operator action required.

7 Table 2 contains a p r in tou t of the t e s t programme machine code.

Page 2 Issue 6, Jun 84

ELECTRICAL AND MECHANICAL TELECOMMUNICATIONS ENGINEERING REGULATIONS

8 Test procedures and frequencies contained i n the tape, whi l s t substanti- a l l y the same a s those i n the t e s t procedure de ta i led i n Tels F 584 Pa r t 1 , have been considerably ra t ional ized and adapted f o r ATE tes t ing. Corresp-

onding t e s t s have been re la ted by the inser t ion, under the main t e s t number, of the relevant Tels F 584 Pa r t 1 paragraph number.

Searching i n t o t e s t s

9 The annotation against a t e s t number i n Table 1 indicates t h a t t he t e s t i s one of a composite s e r i e s of t e s t s and t h a t the t e s t i s not t o be searched in to , a s programmed information, normally inser ted a t t he start of a s e r i e s of t e s t s , w i l l not be present. A l l o ther t e s t s a re complete i n themselves.

i .r

Operator action warning ?

:. 10 The operator w i l l receive warning t h a t he is required t o intervene i n the t e s t sequence i n two ways:

10.1 The audible warning w i l l bleep f o r approximately 2 s and t h e OPERATOR ACTION lamp on the Programmer Electronic Control (pr0gramIer) f ron t panel w i l l i l luminate.

10.2 The tape w i l l s top and the CCNT. ENCODE lamp on the programmer w i l l i l luminate.

I Condition 1 0 . S i s indicated i n the operating ins t ruc t ions by the annotation @ and condition 10.2 by the annotation *.

TEST CONDITIONS

Power supplies

11 Under normal conditions the d.c. supply t o (e.u. t) i s 24 V unless otherwise s t a t e d i n the

the equipment under t e s t t e s t description.

R.F. input voltages

12 A l l r e f . input voltages a re quoted i n terms of the open c i r c u i t voltage a t the synthesiser at tenuator output.

A.F. output termination

13 The e.u.t. receiver a.f. output i s terminated i n the ATE by 300 $2 unless otherwise stated.

ATE TEST METHODS

General

14 ATE t e s t methods a re described i n Tels M 391. However, i n t he following paragraphs, a number of t e s t s i n the RT 351 t e s t programme a re described i n some d e t a i l t o f a c i l i t a t e the in te rpre ta t ion of r e su l t s .

Issue 6, Jun 84 Page 3

TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 ENGINEElRING REGULATIONS Pa r t 3

Signal + noise/noise r a t i o

15 The s igna l + noise/noise r a t i o measurements, a t any frequency, require two t e s t s . In the f i r s t t e s t , a s ignal carrying standard modulation i s applied t o t he e.u.t. antenna and the r e su l t an t a.f. output i s measured v i a 16 dB of at tenuation. This r e s u l t i s recorded a s the comparator high l i m i t . In t he second t e s t , the modulation and the a.f. a t tenuat ion a r e removed. The r e su l t an t a.f . output s h a l l be l e s s than t h a t recorded a s t he comparator high l i m i t .

Current consumption

16 The e.u.t. current consumption, f o r the receive o r transmit condition, i s t e s t ed by measuring a voltage drop produced by the current through a 0.1 R r e s i s t o r , eg a current of 1 A w i l l produce a voltage drop of 100 mV.

Transmitter power measurement

17 ~ r a n s m i t t e r power i s measured by applying the e .u. t. output power, v i a an a t tenuator , t o a power monitor i n the ATE and measuring the r e su l t an t d.c. voltage output. The conversion laws f o r a t tenuator routes i n the Switching Unit Monitor (SUM) are:

Via 20 dB attenuator: 1W 5 100mV Via 30 dB at tenuator : 1 W E 1 0 m V

150 Hz tone deviation measurement

18 There i s no 150 Hz bandpass f i l t e r i n the Modulation Meter 9008 M (9008 M mod meter) and it i s therefore necessary t o subtract the deviation caused by noise from the deviation caused by the tone and noise, i n order t o ensure accurate deviation measurements. Tests 0020-0021 and 0047-0048 have been programmed t o f a i l and the operator i s required t o subtract the r e s u l t obtained i n t e s t 0020 from t h a t obtained i n t e s t 0021 and 0047 from 0048. This i s t o be ca r r i ed out when t e s t i n g has been completed and, depending on the r e s u l t , PASS or FAIL i s t o be wri t ten on the paper pr intout .

Squelch s e n s i t i v i t y

19 The spec i f ica t ion i s t h a t the squelch s h a l l open with an input s igna l greater than t h a t needed t o give 9 dB of qu ie t ing and s h a l l remain closed with an input s igna l l e s s than t h a t needed t o give 2.5 dB quieting.

19.1 The specif icat ion requirement i s t e s t e d by the ATE i n the t e s t sequence 0034-0040 and 0085-0090. The antenna input i s automatically increased (ramped) i n 1 dB s teps u n t i l t he e.u.t. quie t ing l e v e l i s e i t he r 2 dB o r 9 dB. The ATE w i l l r e g i s t e r a f a i l condition u n t i l t he input l eve l has r i sen su f f i c i en t ly t o produce the required quiet ing level . The ATE w i l l then move t o the next t e s t .

19.2 During the ramp period, the operator i s ins t ruc ted t o s e l e c t PRINTER OFF. T h i s prevents unnecessary f a i l p r in tou ts during the ramping sequence. PRINTER OFF i s deselected f o r the following t e s t .

19.3 The ATE does not have the f a c i l i t y t o a t tenua te s igna l s i n 0.5 dB s teps and, therefore , 2 dB has been used a s the lower l i m i t .

a Page 4 Issue 6, Jun 84

ELECTRICAL AND MECHANICAL ECOMMUNICATIONS ENGINEERING REGULATICNS F 584

Par t 3

Remote l i n e s t e s t

20 Remote l i nes control thresholds:

Current (mA)

35-0 15.0

Remote charac te r i s t ics

2 1

4.0

21.1 Receive. When the l i n e terminals a r e loaded with a res is tance such t h a t the current drawn from them i s 4 mA o r less, the e.u.t. sha l l be i n the receive condition. With no load on the terminals, the e.m.f. a t the terminals s h a l l be not greater than 19 V.

21.2 Transmit. When the l i n e terminals a r e loaded with a res is tance such t h a t the current drawn from them i s greater than 8 mA and l e s s than 14.5 mA, the e.u.t. sha l l be i n the transmit condition. A res is tance of 1400 0 across the remote terminals sha l l cause the e.u.t. t o transmit.

21.3 Call. When the l i n e terminals are loaded with a resisance of - 500 0 or l e s s , the e.u.t. s h a l l be i n the c a l l condition. The current drawn sha l l be 15 mA t o 30 mA.

I 1

. , - - - - -,- - - 1 - - - t

I I Receive

22 The remote charac te r i s t ics of the e.u.t. a r e found i n t e s t s Ol07-0l20*

Automatic rebro (local-remote)

0 - Load (n)

500 1400 E.M.F. (V)

23 Test 0092 d i f f e r s from that of the Test Rig Electronic Equipment (TREE) i n t h a t the programmed upper l i m i t has been raised from 1 1 mA t o 14 mA t o f a c i l i t a t e ATE tes t ing.

Issue 6 , Jun 84 Page 5

TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 ENGINEERING REGULATIONS Part 3

Overvolts safety t e s t

24 This t e s t ensures that the maximum voltage applied t o the e.u.t. can never exceed 35 V. This figure i s determined by the t o t a l value of the overvolts resistance between pins 7 and 8 of the power lead.

I N I T I A L SETTING UP INSTRUCTIONS

Signal Generator Set 2-tone 9063 (Racal pack) (9063 s ig gen)

25

25.1 Select power switch on.

25.2 Select 'remote'.

25.3 Select tone A off , 50 mV and 1000 Hz.

25.4 Select tone B off.

Signal Processor 9062 (Racal pack) (9062 processor)

2 6

26.1 Select 'operate ' . 26.2 Select 'attenuator remote'.

26.3 Select 'mode remote'. - 26.4 F i t 6 dB attenuator t o output socket (see Para 15).

Synthesiser Frequency 9061 (Racal pack) (9061 synthesiser)

27 Select 'remote'.

Modulation Meter 9008 M (9008 M mod meter)

28

28.1 Select 'power on'.

28.2 Select 'remote'.

Page 6

28.3 Select 3 kHz a.f. f i l t e r 'out'.

Switching Unit Manual Control (SUMC)

29 Press MAINS ON switch.

Issue 6, Jun 84

ELECTRICAL AND MECHANICAL C ~ I C A T I O N S ENGINEERING REGULATIONS F 584

Part 3

Tape Reader Test (reader)

30

30.1 F i t RT 351 t e s t tape.

30.2 Press POWER switch (integral lamp on).

30.3 Press RUN switch (integral lamp on).

Programmer Electronic Control (programmer)

31 Ensure a l l switches are deselected.

Switching U n i t Monitor (SUM)

32.1 Press MANUAL switch.

32.2 Press RESET switch.

32.3 Press AUTO switch.

Printer Test Data (printer)

33 Press ON switch (green lamp on).

Thorn Power Supply (p. s. u. )

34

Issue 6, Jun 84

34.1 se t LOCAL/REMOTE switch to REMOTE.

34.2 Ensure that current, volts and overload controls are s e t t o zero.

34.3 Set ON/OF'F switch t o CN.

Counter Electronic CT 574 (CT 574 counter)

35.1 Set gate time switch t o 'remote'.

35.2 Set sensi t ivi ty switch t o '0.01'.

35.3 Press power switch (integral lamp off 1 .

Voltmeter Digital CT 577 (DVM)

36

36.1 Select POWER ON,

36.2 Select MANUAL.

Page 7


36.3 Select REMOTE.

36.4 Select DC F I L T E R OUT.

36.5 Select AC RESPONSE TIME 1 s.

C o n v e r t e r Signal D a t a (CSD)

37.1 Press 5 V s w i t c h - ( i n t e g r a l l a m p o n ) .

37.2 Press 30 V s w i t c h ( i n t e g r a l l a m p o n ) . 4 -

T E S T DESCRIPTION AND DETAILED OPERATING I N S T R t E T I O N S

38 T a b l e 1 lists a l l the tests i n the p r o g r a m m e and indicates w h e r e opera- t o r in tervent ion i s required t o set e.u.t. and ATE controls.

TABLE 1 T E S T DETAILS

T e s t No. T e s t description O p e r a t o r action (1 ( 2 ) (3)

START Press START on programmer.

Tape i d e n t i f i c a t i o n as per Para @ 1 C o n n e c t RT 351 m e c h a -

4. - n ica l interface ( m . i . ) t o CSD.

M e c h a n i c a l interface check

2 Press J O G on CSD t o rotate m . i . controls clock- w i s e .

3 Press F I T on CSD u n t i l a l l m . i . controls rotate t o their f u l l y a n t i c l o c k w i s e position and stop.

4 Press AUTO.

5 P r e s s . STEP.

T h e p r in tou t w i l l s h o w a m . i . i d en t number b e t w e e n 500 and 599.

( c o n t i n u e d )


ELECTRICAL AND MECHANICAL ECOMMUNIcATIoNS ENGINEERING REGULATICHS F 584

Par t 3

TABLE 1 TEST DETAILS (Cant)

Test No. Test description Operator act ion (1) (2) (3)

Overvolts safety t e s t

With the e.u.t. power supply programmed f o r 39 V, t h e voltage applied t o t he e.u.t. s h a l l not exceed 35 V.

F i t e.u.t.

Power monitor zero

With no r.f. input, t h e power monitor i s adjusted u n t i l the d-c. output i s 0 V 2 1 mV.

Safety t e s t

With the e.u.t. i n t he receive mode, the e.u.t. antenna i s routed t o the CT 574 counter. The CT 574 counter s h a l l ind ica te zero frequency.

Issue 6, Jun 84

@1Connect RT 351 power lead t o SUMC only

1 Se t a l l e .u. t. cont ro l s anticlockwise and f i t t o m. i.

2

2.1 Connect power lead t o e.u.t.

2.2 Connect antenna coax from e.u.t. t o SUMC.

2.3 Connect two audio leads and remote leads from e.u.t. t o i n t e r - connecting box.

3 Set e.u.t. remote switch (ROS) t o loca l (L) .

4 Set 9063 s i g gen (A) a s per Para 25.

5 Press SIIEP.

* 1 Adjust power monitor zerc cont ro l s on the SUM f o r zerc DVM indication. When the DVM indicat ion i s 0 V + 1 ml

t he PASS lamp w i l l illumin- a t e .

2 Press PASS.

CAUTION.. . I f tape stops, e.u.t. i s unsafe and fu r the r t e s t i ng should not be ca r r i ed out using the ATE -

(continued

Page 9

TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 ENGINEERING REGULATIONS Pa r t 3

TABLE 1 TEST DETAILS (Cont)

lest No. Test description (1 (2

Operator act ion (3)

3009 Para 46)

00 10 Para 47)

001 1 Para 47) I

Low bat tery indicat ion, 30-050 MHz (1)

With the supply voltage s e t t o 17 V, the e.u.t. noise a.f. output sha l l be regularly intermit tent .

Low ba t te ry indicat ion, 30-050 MHz (21

With the supply voltage set t o 20 V, the e.u.t. a.f. output sha l l be muted. (WM indication l e s s than 5 mV).

Current consumption, receive, 30-050 MHz

Current consumption i n the receive condition s h a l l not exceed 125 mA (DVM indica- t ion 12.5 mV).

Current consumption transmit, 30-050 MHz (low band)

Current consumption i n the transmit condition s h a l l not exceed 890 mA. (DVM indication 89 mV) . Transmitter power, 30-050 MHz (22 V)

With the supply voltage s e t t o 22 V, the t ransmit ter power output sha l l be not less than 3.0 W. (DVM indication 300 mV).

Transmitter power, 30-050 MHz (32 V)

With the supply voltage s e t t o 32 V, the t ransmit ter power outpu t sha l l not exceed 6.8 W. (DVM indication 680 mV).

* 1 Press LOUD SPEAKER buttor on SUMC (ON). An i n t e r - mit tent noise s h a l l be heard, i e low bat tery warning signal.

2 Press LOUD SPEAKER button on SUMC (OFF).

3 Press STEP.

CAUTION. . . I f tape stops d u r i n ~ t e s t s 0008 o r 0009, e.u.1 is unsafe and fur ther t e s t i ng should be carriec out using the ATE.

(continued)

Issue 6 , Jun 84 Page 10 ,

. . . ,

ELECTRICAL AND MECHANICAL TELM=OMMUNICATIONS ENGINEERING REGULATIONS F 584

Pa r t 3


I 1

Test No. Test description Operator act ion (1) (2) (3)

0012 Transmitter frequency accuracy, (Para 57) 30.000 MHz

The transmitted frequency sha l l be 30.000 MHz f 150 Hz .

Transmitter frequency accuracy, I (E 57) 31.800 m z

The transmitted frequency s h a l l be 31.800 MHz + 159 Hz.

00 14 Current consumption, transmit , CAUTION... (Para 46) 48.050 m z (high band) I f the tape s tops during

t e s t 0014, e.u.t. i s unsafe Current consumption i n the and f o r t h i s t e s t i n g should transmit condition s h a l l not not be car r ied ou t us ing exceed 890 mA. t he ATE. (DVM indication 89 mV).

0015 Sidetone, a l t e rna t ive a.f . (Para 55) Skt 2, 48.050 MHz

With an a . f . input of 10 mV a t 1 kHz, the sidetones a . f . output s h a l l be 0.8 mW t o 2.25 mW. (DVM indication 412 mV t o 820 mV) .

(Para 47) (22 V) 1

With the supply voltage s e t t o 22 V, the t ransmit ter power output s h a l l be not l e s s than 3.0W. (DVM indication 300 I&?).

0016 Transmitter power, 48.050 MHz

0017 Transmitter power, 48.050 MHz (Para 471 (32 V)

With the supply voltage s e t t o 32 V, t he t ransmit ter power output s h a l l not exceed 6.8W. (DVM indicat ion 680 mV) .

(continued)



Test description (2)

Operator ac t ion (3)

00 18 (Para 47)

4

601 9 (Para 47)

0020 (Para 50)

0021 (Para 51)

0022 (Para 52)

Transmitter power, 39.050 M H z (22 V )

With t he supply voltage s e t t o 22 V, t he t ransmit ter power output s h a l l be not l e s s than 30 W. (DVM indicat ion 300 mV).

Transmitter power, 39.050 MHz (32 V )

With t he supply voltage s e t t o 32 V, t h e t ransmi t te r power .

output s h a l l not exceed 6.8 W. (DVM indicat ion 680 mV).

Noise deviation, 39.050 MHz (9008 M)

With t h e e.u.t. i n the trans- m i t condition, t h e deviation due t o noise alone s h a l l be l e s s than f 430 Hz. (DVM indicat ion l e s s than 140 mV).

150 Hz tone deviation, 39.050 MHz (9008 M)

The t ransmit ter deviation due t o the 150 Hz tone s h a l l be 1.56 kHz t o 1.93 kHz. (DVM indicat ion 500 mV t o 618 mV) .

Modulation s ens i t i v i t y , LOUD, @ 39.050 MHz (9008 M)

With a 1 kHz tone applied t o t he mic terminals, t he mic l eve l i s automatically ramped from 0.6 mV t o 1.2 mV t o produce a deviation of 3.5 f 0.2 kHz. (DVM indicat ion 330 mV t o 370 mV) .

Page 12

Note.. . Tests 0020 and 0021 have beex programmed t o give a f a i l r e s u l t (see Para 18) .

1 Select PRINTER OFF.

2 Press STEP.

Note.. . I f tape s tops again:

1 Deselect PRINTER OFF.

2 Press STEP.


4 Press STEP.

(continued)

I s sue 6 , Jun 84

ELECTRICAL AND MECHANICAL TELECOMMUNICATIONS ENGINEERING REGULATIONS F 584

Pa r t 3


rest NO. Test descr ipt ion. Operator act ion (1 (2) (3

0023 I

0026 (Para 53)

0027 (Para 51)

0028 (Para 54)

0029 (Para 54)

D

Modulation sens i t iv i ty , WHISPER, 39.050 MHz (9008 M)

Test 0022 i s repeated with the e.u.t. s e t t o WEIISPER and the mic input ramped from 0.1 mV t o 0.3 mV. (DVM indication 330 mV t o 370 mv) . Modulation control , 39.050 MHz (9008 M)

With a mic input of 1 kHz a t 20 mV and the e.u.t. i n t he transmit condition, the deviation sha l l not exceed 6.7 kHz. (DVM indicat ion 670 mV) . 150 Hz p i l o t tone frequency, 39.050 MHz (9008 M)

The frequency of the p i l o t tone s h a l l be 148 Hz t o 152.5 Hz.

Variation of deviation, 39.050 MHz (9008 M ) (1)

With a 1 kHz tone applied t o the mic input, the leve l i s automatically adjusted (ramped) t o give 5 HZ f

Note.. . If tape stops:


2 Press STEP.

@ 1 Deselect PRINTER OFF.

2 Press STEP.

@ 1 Se lec t PRINTER OFF.

2 Press STEP.

Note., . I f tape stops again:

100 Hz deviation of the trans- 1 Deselect PRINTER OFF. mi t te r output. (DVM indication 490 mV t o 2 Press STEP. 510 mV) . Variation of deviation, @ 1 Deselect PRINTER OFF i f 30.050 MHz (9008 M) (2) s t i l l selected.

The deviation sha l l not vary from i t s nominal value by more than 1 km. (DVM indicat ion 400 mV t o 500 mV).

A s f o r t e s t 0028 but with t he 2 Press STEP. e.u.t. tuned t o 30.050 MHz.

(continued) -




lest No. Test descr ipt ion Operator act ion (1 1 (2) (3)

0030 :Para 54)

0031 :Para 60)

0032 [Para 60)

I

0033 [Para 60) I

0034 (Para 61)

Variation of deviation, 47.950 MHz (9008 MI (31

A s f o r t e s t 0028 bu t with t he e.u.t. tuned t o 47.950 MHz. The deviation s h a l l not vary by more than 1 kHz. (DVM indicat ion 400 mV t o 500

mV) . Limiting, 39.025 mHz (1)

With anantenna input of 100 mV (5 kHz deviation a t 1 kHz), the e.u.t. a.f. output i s measured and recorded a s t he comparator high l i m i t .

Limiting, 39.025 MHz (2)

With the antenna input a s i n t e s t 0031, the e.u.t. a.f. output i s measured v i a 2 dB of a.f . at tenuation and recorded a s t he comparator low l i m i t .

Limiting, 39.025 MHz (3)

The antenna input i s reduced t o 1 fiV and the e.u.t. a . f . output measured v i a 1 dB of at tenuation. The resu l tan t a . f . output s h a l l be within t h e l i m i t s s e t i n t e s t s 0031 and 0032.

Squelch s ens i t i v i t y (160 Hz i n t e r n a l ) , 39.025 MHz (1)

With the e.u.t. switched t o NOISE and no s igna l a t the antenna, the a . f . output i s measured v i a 2 dB of attenua- t i o n and stored i n t he comparator upper l i m i t .

(continued)

Page 14 Issue 6 , Jun 84

ELECJR1CA.L AND MECHANICAL LECOMMUNICATIONS ENGINEERING REGULATIONS F 584

Pa r t 3


T e s t No. Test description Operator act ion (1 (2) (3)

0035 Squelch s ens i t i v i t y (160 Hz @ 1 Se lec t PRINTER OFF. (Para 61) i n t e rna l ) , 39.025 MHz (21, I

With the e.u.t. switched t o NOISE and the a.f. attenua- t i on reduced t o zero, t he C.W. s igna l applied t o t he antenna i s automatically increased (ramped) i n 1 dB s teps u n t i l the a.f. output equals t h a t recorded i n t e s t 0034.

2 Press STEP.

Note.. . I f tape stops again:

3 1 ~ e s e l e c t PRINTER OFF.

2 Press STEP.

00 36 (Para

Squelch s ens i t i v i t y (160 Hz @ 1 Deselect PRINTER OFF i f 61) i n t e rna l ) , 39.025MHz (3) still selected.

With the C.W. s ignal s e t a s 2 Press STEP. i n t e s t 0035, the e.u.t. i s switched t o LOUD. The e.u.t. a.f. output sha l l be muted. (DVM indicat ion l e s s than

0037 Squelch s ens i t i v i t y (160 Hz (Para 61) i n t e rna l ) , 39.025 MHz (4)

m With the e.u.t. switched t o NOISE and no s ignal a t the antenna, the a.f. output i s measured v i a 9 dB of attenua- t ion and stored i n the corn-

0038 (Para 61)

D

parator upper l i m i t .

Squelch s ens i t i v i t y (160 H z i n t e rna l ) , 39.025 M H z (5)

With the e.u.t. switched t o NOISE and the a.f. at tenuation reduced t o zero, the C.W.

s ignal applied t o t he antenna i s automatically increased (ramped) i n 1 dB s teps u n t i l the a . f . output equals t h a t recorded i n t e s t 0037.

@ 1 Select PRINTER OFF.

2 Press STEP.

Note. . . I f tape s tops again:


2 Press STEP.

(continued)




!est No. Test descr ipt ion (1) (2


0039 :Para 61)

0040 [Para 61)

004 1 [Para 60)

0042 [Para 60)

004 3 [Para 60)

Squelch s e n s i t i v i t y (160 Hz @ 1 Deselect PRINTER OFF i f i n t e r n a l ) , 39.025 MHz (6) still selected.

With t h e C.W. s igna l s e t a s 2 Press STEP i n t e s t 0038, t h e e.u.t. i s switched t o LOUD. The e.u.t. a.f. output s h a l l be unmuted. (DVM indicat ion grea te r than 20 mV).

Squelch s e n s i t i v i t y (160 Hz i n t e r n a l ) , 39.025 MHz (7)

With t he e.u.t. switched t o LOUD and an r . f . s igna l modu- l a t ed by a 153 H z tone applied t o t he antenna, t he e.u.t. s h a l l be unmuted f o r not l e s s than 5 s. (DVM indicat ion grea te r than 20 mV) . Limiting, 62.025 MHz (1)

With an antenna input of 100 mV (5 kHz deviation a t 1 kHz) , t he e.u.t. a .f . output i s measured and recorded a s the comparator high l i m i t .

Limiting 62.025 MHz (2)

A s f o r t e s t 0041 bu t the e.u.t. a.f. output i s measured v i a 2 dB of a. f . a t tenuat ions and recorded a s t he comparator low l i m i t .

Limiting, 62.025 MHz ( 3 )

The antenna input i s reduced t o 1 I.LV and the e.u.t. a .f . output measured v i a 1 dB of a . f . at tenuation. The r e su l t an t a.f. outpu t s h a l l be within the l i m i t s s e t i n t e s t s 0041,and 0042.

(continued)


ELECTRICAL AND MECHANICAL LECOMMUNICATIONS ENGINEERING REGULATIONS F 584

Pa r t 3


Test No. Test description (1) (2

Operator act ion (3 1

0044 (Para 47)

004 5 (Para 47)

I

0046 (Para 51 )

0047 (Para 50)

0048 (Para 51)

m

0049 (Para 52)

Transmitter power, 62.050 MHz

With the supply voltage s e t t o 22 V, the transmitter power output s h a l l be not l e s s than 3.0 W (DVM indication 300 mV).

Transmipter power, 62.050 MHz (32 V)

With the supply voltage s e t t o 32 V , the transmitter power output sha l l not exceed 6.8 W. (DVM indication 680 mV) . 150 Hz p i l o t tone frequency 62.050 MHz (9008 M)

The frequency of the p i l o t tone Note... sha l l be 148 Hz t o 152.5 Hz. Tests 0047 and 0048 have

Noise deviation, 62.050 M H z (9008 M)

been programmed t o give f a i l r e s u l t s (see Para 18).

With the e.u. t . i n the transmit condition, the deviation due t o the noise alone sha l l be l e s s than + 680 Hz. (DVM indication l e s s than 217 mV).

150 Hz deviation, 62.050 M H z (9008 M)

The transmitter deviation due t o the 150 Hz tone sha l l be 1.56 kHz t o 1.93 kHz. (DVM indication 500 mV t o 618 mV).

Modulation s ens i t i v i t y , LOUD, @ 1 Select PRINTER OFF. 62.050 M H z (9008 M)

2 Press STEP.

With a 1 kHz tone applied t o the Note.. . mic terminals, the mic lead i s

I f tape stops again: automatically ramped from 0.6 mV t o 1.2 mV t o produce a deviation 1 Deselect PRINTER OFF. of 3.5 f 0.2 kHz. (DVM indication 330 mV t o 370 mV). 2 Press STEP.


Issue 6 , Jun 84

4 Press STEP.

(continued)

Page 17


TABLE I TEST DETAILS (Cont)

Test No. Test description Operator ac t ion (1 (2 (3)

0050

I

0053 (Para 54)

I

0054 (Para 54)

0055 (Para 54)

.)

0056 (Para 47

Modulation s ens i t i v i t y , WHISPER, 62.050 MHz (9008 M )

Test 0049 i s repeated with t h e e.u. t. s e t t o WHISPER and the mic input ramped from 0.1 mV t o 0.3 mV. (DVM indicat ion 330 mV t o 370 mV).

Variation of deviation, 62.050 MHz (9008 M) (1)

With a 1 kHz tone applied t o t h e mic input , the l eve l is auto- mat ical ly adjusted (ramped) t o give 5 kHz, 100 Hz deviation of t he t ransmit ter output. (DVM indicat ion 490 mV t o 510 mV) .

Variation of deviation, 48.050 MHz (9008 M ) ( 2 )

A s f o r t e s t 0053 but with the e.u.t. tuned t o 48.050 MHz. The deviation sha l l not vary by more than 1 kHz. (WM indicat ion 400 mV t o 500 mV).

Variation of deviation, 76.050 M H z (9008 MI ( 3 )

A s f o r test 0053 but with the e.u.t. tuned t o 76.050 MHz. The deviation sha l l not vary by more than 1 kHz. (DVM indicat ion 400 mV t o 500 mV).

Transmitter power, 76.050 MHz (22 V)

Note.. . I f tape stops:

1 Deselect PRINT%R OFF.

2 Press STEP.


4 Press STEP.



2 Press STEP.

@ 1 Deselect PRINTER OFF i f s t i l l selected.

2 Press STEP.

With the supply voltage s e t t o 22 V, the t ransmit ter power outpu t s h a l l be not l e s s than 3.0 W. (DVM indicat ion 300 mV).

(continued)

Page 18 I ssue 6 , Jun 84

ELECTRICAL AND MECHANICAL TELECOMMUNICATIONS ENGINEERING ReGuL,ATIONS F 584

Pa r t 3

r e s t NO. (1



0057 (Para 47)

I

0058 (Para 48)

0059 (Para 56)

0060 (Para 57)

0061 (Para 57)

rn

006 2 (Para 57)

0063 (Para 57) I

0064 (Para 57)


With t he supply voltage s e t t o 32 V, t he transmitter power output s h a l l not exceed 6.8 W. (DVM indication 680 mV).

Transmitter i nh ib i t , 79.050 MHz

With the e.u.t. s e t t o a prohibi- t ed frequency, the transmitter s h a l l produce no power output. (DVM indicat ion l e s s than 5 mV).

Sidetone i nh ib i t , 79.050 MHz

With an a.f . input of 10 mV a t 1 kHz and the e.u.t. s e t t o a prohibited frequency, the sidetone a.f . output sha l l not exceed 0.06 pW. (WM indicat ion 4.25 mV) . Transmitter frequency accuracy, 76.100 MHz

The transmitted frequency sha l l '

be 76.100 MHz f 380 Hz.

Transmitter frequency accuracy, 57.500 MHz

The transmitted frequency sha l l be 57.500 MHz f 287 Hz.




The transmitted frequency s h a l l be 69.750 MHz f 349 Hz.



' Issue 6 , Jun 84

(continued)

Page


TABLE 1 TEST DEX'AILS (Cont)

Test No. (1 1

Test descr ipt ion (2

Operator act ion ( 3

006 5 (Para 57)

0066 (Para 64)

0067 (Para 64)

0068 (Para 64)

I

0069 (Para 47)

0070 (Para 47)

Page 20


The transmitted frequency s h a l l be 55.475 M H z f 277 HZ.

Receiver a. f . output, NOISE ON, 47.975 MHz (1) -

rT

A 1 mV s ignal (5 kHz devtation a t 1 kHz) i s appl ied t o the e.u. t. antenna. The e.u.t. a,£. output i s measured v i a 16 dB of a.f . at tenuation and recorded a s t he comparator high l i m i t .

Receiver a.f. output, NOISE ON, 47.975 MHz (2)

With antenna input a s i n t e s t 0066, the e.u.t. a .f . output i s measured v i a 21 dB of a. f . at tenuation and recorded a s the comparator low level .

Receiver a . f . o u t ~ u t . WHISPER. A. - -. -

47.975 MHz ( 3 )

With antenna input unchanged, t h e a . f . at tenuation i s reduced t o zero and the e.u. t . switched t o WHISPER ( W ) . The resu l tan t a.f . output sha l l be within the l i m i t s s e t i n t e s t s 0066 and 0067.

Transmitter power, 47.950 MHZ (22 V )

With the supply voltage s e t t o 22 V t he t ransmit ter power output s h a l l be not l e s s than 3.0 W.


With t he supply voltage s e t t o 32 V , the t ransmit ter power output s h a l l not exceed 6.8 W. (DVM indicat ion 680 mV) .

(continued)

Issue 6, Jun 84


P a r t 3

T e s t No. Operator a c t i o n Tes t desc r ip t ion

Transmi t te r frequency accuracy, 43.350 MHz

007 1 (Para 57)

The t r ansmi t t ed frequency s h a l l be 43.350 MHz f 217 Hz.

0072 (Para 57)

Transmit ter frequency accuracy, 42.225 MHz

The t r ansmi t t ed frequency s h a l l be 42.225 MHz f 210 Hz.

@ 1 S e t remote switch ROS t o ' C ' .

007 3 (Para 66)

C a l l tone , (ROS-C) , 47.975 M H z

With t h e e.u.t . switched t o 'C' , t h e ca l l tone s h a l l b e 2 kHz f 300 Hz.

2 P r e s s STEP.

0074 (Para 66)

C a l l l e v e l , (ROS-C) , 47.975 MHz

A s f o r test 0073. The ca l l l e v e l

007 5 (Para 72)

0076

@ 1 S e t remote swi tch ROS

s h a l l be n o t less than 2 mW. (WM i n d i c a t i o n 774 mV) . Transmi t te r power, (ROS-I) , 47.975 MHz

With t h e e .u. t . switched t o 2 P r e s s STEP. 'I' (INTERCOM) t h e equipment s h a l l n o t t ransmi t . Transmi t te r power ou tpu t s h a l l no t exceed 0.02 W. (DVM i n d i c a t i o n 5 mV).

Receiver a.f . ou tput , (ROS-I) 47.975 MHz (Para 72)

A 1 mV s i g n a l (5 kHz dev ia t ion a t 1 kHz) i s appl ied t o t h e e.u.t. antenna. The r e c e i v e r a . f . ou tpu t s h a l l b e audib le . (DVM i n d i c a t i o n n o t l e s s than 400 mV) . Remote a. f. output , (ROS-I) , 47.975 M H z

007 7 (Para 72)

With t h e same i n p u t as test 0076, t h e a . f . output s h a l l be aud ib le a t t h e remote te rminals . (DVM i n d i c a t i o n g r e a t e r t han 200 mV) .

(continued)

Page 21 I s s u e 6 , Jun 84


Pa r t 3



Operator act ion ( 3 )

007 8 (Para 72)

007 9 (Para 72)

m

0080 (Para72)

0081 (Para 59)

0082 (Para 59)

I

Sidetone output, (ROS-I ) , 47.975 MHz

With an a.f. input of 10 mV a t 1 kHz, t he sidetone a.f. output s h a l l be audible. (DVM indicat ion greater than 200 mV) . - z Remote sidetone output, (ROS-I), 47.975 MHz

With the same input a s t e s t 0078, the sidetone a. f . output s h a l l be audible a t the remote terminals . (DVM indicat ion greater than 200 mV).

Remote a. f . input , (ROS-I) , 47.975 MHz

With an a.f. input of 250 mV a t 1 kHz t o the remote terminals, the e.u.t. a . f . output s h a l l be' audible. (DVM indicat ion greater than 200

mV) . Signal + noise/noise r a t i o , 30.025 MHz (1)

A 1 pV s ignal (5 kHz deviation a t 1 kHz) i s applied t o the e.u.t. antenna. The e.u.t. a.f. output i s measured v i a 16 dB of a.f. at tenuation and recorded a s the comparator high l i m i t .

S i a a l + n o i s e h o i s e r a t i o .

@ 1 Se t remote switch ROS t o ' A ' .

2 Press STEP.

30.025 M H z (2)

The modulation i s removed and t h e a. f . at tenuation reduced t o zero. The r e su l t an t a.f . output s h a l l be l e s s than t h a t recorded i n t e s t 0081.

(continued)


ELECTRICAL AND MECHANICAL TELECOMMUNICATIONS ENGINEERING REGULATIONS

Pa r t 3


'e st No. Test description Operator act ion (1) (2) (3)

0083 Para 59)

0084 Para 59)

I

008 5 Para 62)

Signal + no i seho i se r a t i o , 39.025 MHz (1)

A 1 pV s ignal (5 kHz deviation a t 1 kHz) i s applied t o the e.u.t. antenna. The e.u.t. a.f. output is measured v i a 16 dB of a.f. at tenuation and recorded a s the comparator high l i m i t .

Signal + noise/noise r a t i o , 39.025 MHz (2)

The modulation is removed and the a.f . at tenuation reduced t o zero. The resu l tan t a.f. output s h a l l be l e s s than t h a t recorded i n t e s t 0083.

Squelch s ens i t i v i t y (150 Hz ex te rna l ) , 39.025 MHz (1)

With the e.u.t. switched t o NOISE and no s ignal a t t he antenna, the a . f . output is measured v i a 2 dB of attenua- t i on and stored i n the comparator upper l i m i t .

Squelch s ens i t i v i t y ( 150 Hz @ 1 Select PRINTER OFF. external) , 39.025 MHz (2)

2 Press STEP. With the e.u.t. switched t o NOISE and the a.f. attenua- Note.. . t i on reduced t o zero, an r e f . I f tape s tops again: s ignal (1.3 kHz deviation a t 150 Hz) applied t o the antenna 1 Deselect PRINTER i s automatically increased OFF. (ramped) i n 1 dB s teps u n t i l the a. f . output equals t h a t 2 Press STEP. recorded i n t e s t 0085.

(continued)


TELECOMMUNICATIONS EZECTRICAL AND MECAANICAL F 584 ENGINEERING REGULATIONS Pa r t 3

TABLE 1 TEST DETAILS (C0nt)

Test No. Test description Operator ac t ion (1) (2) (3)

0087 (Para 62)

0088 (Para 62)

Squelch s ens i t i v i t y (150 Hz ex t e rna l ) , 39.025 MHz (3)

With the antenna s ignal s e t as i n t e s t 0086, the e.u.t. i s switched t o LOUD. The e.u. t. a. f . output s h a l l be muted;. (DVM indicat ion l e s s than 3 mV).

Squelch s ens i t i v i t y ( 150 Hz ex t e rna l ) , 39.025 MHz

With the e.u.t. switched t o NOISE and no s igna l a t t he antenna, the a.f. output is measured v i a 9 dB of attenua- t i on and s tored i n the comparator upper l i m i t .

0089 Squelch s ens i t i v i t y (150 Hz .

(Para 62) external) , 39.025 MHz (5)

@ 1 Deselect PRINTER OFF i f still selected,

2 Press STEP,

m With the e. u. t. switched t o NOISE and the a. f . at tenuation reduced t o zero, an r. f . s igna l (1.3 kHz deviation a t 150 Hz) applied t o the antenna i s automatically increased (ramped) i n 1 dB s teps u n t i l the a.f . output equals t h a t recorded i n t e s t 0088.

Squelch s e n s i t i v i t y (150 Hz 1 (E::: 62) ex te rna l ) , 39.025 MHz (6)

1 Se lec t PRINTER OFF.

2 Press STEP.



2 Press m P .

@ 1 Deselect PRINTER OFF i f s t i l l selected.

0 With the antenna s ignal s e t a s 2 Press STEP, i n t e s t 0089, t he e.u.t. i s switched t o LOUD. The e.u.t. a .f . output s h a l l be m u t e d . (DVM indicat ion grea te r than

(continued)



Par t 3



Operator act ion (3 1

0091 (Para 64)

0092 (Para 70)

0093 (Para 68)

0094 (Para 68)

m

0095 (para 68)

Receiver a.f. output, NOISE ON, 47.975 M H z

A 1 mV s ignal (5 kHz deviation a t 1 kHz) i s applied t o t he e.u.t. antenna. The e.u.t. a.f. output sha l l be 1.6 mW t o 2.4 mW. (DVM indicat ion 583 mV t o 849 mV).

Auto-rebro (local-remote) , 47.975 M H z - A 1 W s ignal (5 kHz deviation a t 1 kHz and-1.3 kHz deviation a t 150 Hz) i s applied t o t h e e.u.t. antenna. With an 18 V supply applied t o the l i n e terminals the l i n e current s h a l l be 8 mA t o 14 mA. (DVM indication 8 mV t o 14 mV).

Line current 4 mA. (ROS-A) . 47.975 MHz

With a l i n e current of 4 mA, the e.u.t. s h a l l not transmit. Transmitter power output s h a l l not exceed 0.02 W. (DVM indication 5 mV).

Line current 8 mA, (ROS-A) , 47.975 MHz

With a l i n e current of 8 mA, the e.u. t. sha l l t r ansn i t . Transmitter power output s h a l l be not l e s s than 3.0 W. (DVM indicat ion 300 mV).

Line current 14.5 mA, (ROS-A), 47.975 MHz

With a l i n e current of 14.5 mA, the e.u.t. sha l l transmit. Trans- mi t te r power output s h a l l be not l e s s than 3.0 W. (DVM indicat ion 300 mV) .

(continued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 Pa r t 3

TABLE 1 TEST DETAILS (Cork)

ENGINEERING REGULATIONS

e s t No. (1


Operator act ion ( 3

0096 Para 68)

0097 Para 68) 1

0098 Para 64)

0099 Para 59)

0100 Para 59)

rn

Page 26

C a l l tone, (ROS-A) , 47.975 M H z

With a current of between 20 rnA and 30 mA i n t he remote l i n e , t he e.u.t. s h a l l be i n t he c a l l condition. The c a l l tone s h a l l be 2 kHz 2 300 Hz.

C a l l l eve l , (ROS-A) , 47.975 MHz

A s f o r t e s t 0096. The c a l l l eve l sha l l be not l e s s than 2 mW. (DVM indicat ion 774 mV) . Remote a. f . output, (ROS-A) , 47.975 MHz

With an antenna input s igna l of 1 mV (5 kHz deviation a t 1 kHz), the e.u.t. a.f. output a t t h e remote terminals (300 R) sha l l be 3.1 mW t o 6.3 mW. (DVM indicat ion 0.48 V t o 0.68 V).

Signal + n o i s e h o i s e r a t i o , 47.975 MHz (1)

A 1 ILV s ignal (5 kHz deviation a t 1 kHz) i s applied t o t he e.u.t. antenna. The e.u.t. a. f . output i s measured v i a 16 dB of a . f . a t tenuat ion and recorded a s the comparator high l i m i t .

Signal + noise/noise r a t i o , 47.975 MHz ( 2 )

The modulation i s removed and t h e a . f . at tenuation reduced t o zero. The r e su l t an t a . f . output s h a l l be l e s s than t h a t recorded i n t e s t 0099.

(continued)

I ssue 6 , Jun 84


Par t 3


rest NO. Test description Operator act ion (1 (2 (3)

0101 (Para 59)

0102 (Para 59)

0103 (Para 59)

0104 (Para 59)

I

0105 [Para 59)


A 1 j.N s ignal (5 kHz devia- t i on a t 1 Mlz) i s applied t o the e.u.t. antenna. The e.u.t. a.f. output i s measured v i a 16 dB of a.f. at tenuation and recorded a s the comparator high l i m i t . 5

Signal + noise/noise r a t i o , 48,025 MHz (21

The modulation i s removed and the a. f . attenuation reduced t o zero. The resu l tan t a.f . output s h a l l be l e s s than t h a t recorded i n t e s t 0101.

Signal + noise/noise r a t i o , 76.025 M H z (1)

A 1 J.N s ignal (5 kHz deviation a t 1 kHz) i s applied t o the e.u.t. antenna. The e.u.t. a.f. output i s measured v i a 16 dB of a.f. at tenuation and recorded a s the comparator high l i m i t .


The modulation i s removed and the a - f . at tenuation reduced t o zero. The resu l tan t a.f. output sha l l be l e s s than t h a t recorded i n t e s t 0103.


A 1 W s ignal (5 kHz deviation a t 1 kHz) i s applied t o the e.u.t. antenna. The e.u.t. a . f . output i s measured v i a 16 dB of a.f . at tenuation and recorded a s the comparator high l i m i t .

(continued)


TELFCOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 ENGINEERING REGULATIONS Pa r t 3


e s t NO. Test description (1 (2)

Operator action (3)

0106 Para 59)

I

0107 Para 67)

0108 Para 67)

0109 Para 67)

01 10 Para 68)

0111 Para 68)

Page 28


The modulation i s removed and the a . f . a t tenuat ion reduced t o zero. The r e su l t an t a.f. output s h a l l be l e s s than t h a t recorded i n t e s t 0105.

Remote terminal voltage, 47.975 @ 1 Set remote switch MHz (20 V) ROS t o 'R' .

With t h e e.u.t. supply a t 20 V 2 Press STEP. and ROS s e t t o ' R ' , t he voltage a t the remote terminals s h a l l be 14.5 V t o 19 V.

Remote terminal voltage, 47.975 MHz (32 V )

With t he e.u.t. supply a t 32 V and ROS s e t t o ' R' , the voltage a t t he remote terminals s h a l l be 14.5 V t o 19 V.

Voltage a t pin C of Skt 2

The voltage a t p in C of Skt 2 s h a l l be 23.5 V t o 24.5 V.

Line current 4 mA, (ROS-R) , 47.975 MHz

With a l i n e cur ren t of 4 mA, t he e.u. t. s h a l l not transmit. Transmitter power output s h a l l not exceed 0.02 W. (WM indicat ion 5 mV) . Line current 8 mA, (ROS-R) , 47.975 MHz

With a l i n e current of 8 mA, t he e.u.t. s h a l l transmit . Trans- mi t t e r power output s h a l l be not l e s s than 3.0 W. (DVM indicat ion 300 mV) .

(continued)

Issue 6, Jun 84

ELECTRICAL AND MECHANICAL fiECOMMWICATIONS ENGINEERING REGULATIONS F 584

Pa r t 3

lest NO. Test description Operator act ion (1) (2) (3)

0 112 :Para 68)

1

01 13 [Para 68)

m

01 14 [Para 68)

m

0115 [Para 69)

01 16 (Para 69)

0117 (Para 69)

I

Line current 14 -5 mA, (ROS-R) , 47.975 M H z

With a l i n e current of 14.5 mA, the e.u.t. sha l l transmit. Trans- mi t te r power output s h a l l be not l e s s than 3.0 W. (DVM indication 300 mV).

- -Z

Cal l tone, (ROS-R) , 47.975 MHz

With a current of between 20 mA and 30 InA i n the remote l i n e , the e.u. t. sha l l be i n the c a l l condition. The c a l l tone s h a l l be 2 kHz f 300 Hz.

Ca l l level , (ROS-R) , 47.975 MHz

A s f o r t e s t 0113. The c a l l l eve l s h a l l not be l e s s than 2 mW. (DVM indication 774 mV).

Remote l i n e open c i r c u i t , 47.975 MHz

With the remote l i n e open c i r c u i t , the e.u.t. sha l l not transmit. Transmitter power output s h a l l not exceed 0.02 W. (DVM indication 5 mV).

1400 Sl t o l i n e , 47.975 MHz

With a 1400 Sl load across the l i n e terminals, the e.u.t. s h a l l be i n the transmit condition. The transmi t te r power output s W l l be not l e s s than 3.0 W. (WM indication 300 mV) . 500 Sl t o l i ne , 47.975 MHz

With 500 Sl across the l i n e terminals, the e.u.t. s h a l l be i n the c a l l condition. The l i n e current s h a l l be 14.6 mA t o 30.0 mA. (IIVM indication 14.6 mV t o

(continued)

I ssue 6, Jun 84 Page 29



rest NO. Test description Opera~or act ion !T \

I

(1) (2) - I

-.

0118 (Para 69)

I

0119 (Para 71)

0120 (Para 71) I

0121 (Para 49)

Page 30

Short c i r c u i t t o l i n e , 47.975 MHz

With a shor t c i r c u i t applied t o t h e l i n e terminals, the e .u. t. s h a l l be i n the c a l l condition. The l i n e current s h a l l be 14.6 mA t o 30.0 mA. (DVM indicat ion 14.6 mV t o 30.0 mV).

Line modulation s ens i t i v i t y , 47.975 M H z (9008 M) (1)

With a 1400 52 load applied t o t he l i n e terminals and an a . f . input of 250 mV a t 1 kHz, t he t ransmi t te r deviation s h a l l be g rea t e r than 3.3 kHz. (DVM indicat ion 330 mV).

Line modulation s ens i t i v i t y , 47.975 MHz (9008 M1 (21

A s f o r t e s t 0119 bu t the a.f. input i s increased t o 1.7 V. The t ransmi t te r deviation s h a l l not exceed 6.7 kHz. (DVM indicat ion 670 mV) . Transmitter power, b a t t l e antenna, 32.050 MHz

With t he e.u.t. tuned t o 32.050 MHz, t h e t ransmit ter power outpu t from the b a t t l e antenna s h a l l be such a s t o produce a vol tage of not l e s s than 9 V. (DVM indicat ion not l e s s than 9 V ) .

@ 1 Disconnect antenna coax from e.u,t.

2 Connect RT 351 antenni simulator t o e.u.t. b a t t l e antenna.

3 Connect antenna simu- l a t o r t o SUMC DVM ACCESS terminals using r . f . probe, (connect probe t o give pos i t ive DVM ind ica t ion) .

4 Press MANUAL on SW-

5 Press DVM ACCESS on SUM.

6 Press AUTO on SUM. 1 7 Press START. 8 Press STEP.

( c o n t i r ~ e d ) I

Issue 6. Jun 84

ELECTRICAL AND MECHANICAL TELECOMMUNICATIONS ENGINEERING REGULATIONS F 584 a Par t 3

TABLE 1 TEST DETAILS (C0nt)

Test No. Test description Operator act ion (2) (3) (1

01 22 Transmitter puwer, b a t t l e (Para 49) antenna, 36.050 MHz

I Test 0121 i s repeated with the e.u.t. tuned t o 36.050 MHz. (DVM indication not l e s s than 9 V ) .

01 23 Transmitter power, b a t t l e (Para 49) antenna, 45.550 MHz

1 Test 0121 i s repeated with the e.u.t. tuned t o 45.550 MHz. ( W M indicat ion not l e s s than 9 V).

01 24 Transmitter power, b a t t l e (Para 49) antenna, 53.050 MHz

I Test 0121 is repeated with the e.u.t. tuned t o 53.050 MHz. (DVM indicat ion not l e s s than 9 V).

0125 Transmitter power, b a t t l e (para 49) antenna, 65.050 MHz

Test 012 1 i s repeated with the e.u.t. tuned t o 65.050 MHz. (DVM indication not l e s s than 9 V).

01 26 Transmitter power, b a t t l e @ 1 Press RESET on SUM. (Para 49) antenna, 73.050 MHz

.I 2 Press STEP. Test 0121 is repeated with the e.u.t. tuned t o 73.050 MHz. (DVM indicat ion not l e s s than 9 V ) .

0127 Clear s to res and rewind

ATE s to res a r e cleared and tape automatically rewinds t o s t a r t of t e s t p r o g r m e .

' Issue 6 , Jun 84 Page 31

TELECOMMUNICATIONS ELETRICAL AND MECHANICAL F 584 ENGINEERING REGULATIONS Part 3

TABLE 2 MACHINE CODE

* U K R E S T R I C T E O R T 351 I S S U E 6 D E C 84 T E L S F 584 P T 3 S T P R T

MTOOOO C S O O O O T D 0 0 5 0 N U 0 0 0 0 T E 0 0 5 0 X L O O 0 0 H M O 3 5 1 H L O 8 0 6 * Lk0000 L L O O O O C F 6 8 5 0 S P O O O O * M T C O O l C S O O O O I S O O O O V S 0 0 0 0 S G 0 0 0 2 HMOOOO H L 0 5 9 9 LMQOOO * LL0500 C F 9 8 7 C S F O O O O * K T 0 0 0 2 I S O O O l LLOOOO

C S O 0 0 0 V S O O O O 1S0000 S P O O O O * bS0390 S G 0 0 0 3 A S 6 0 0 0 D V 0 0 0 4 H M O 3 5 0 HLOOOO L M 0 1 5 0 * T D 1 0 3 0 C F 0 0 7 0 V S O O O O S F O O O O *

N T 0 0 0 3 C S O O O O I S O O O O V S O O O C SPOOOC! * K T 0 0 0 4 C S O O O O DVOOOO R S 2 0 0 0 H M O 0 1 0 H L O O O O L K 0 0 1 0 LLOflOC! * C F 1 1 6 0 * K T O O O S C S O O O O I S O O O l V S 0 2 4 0 S G 0 0 0 6 T D 0 0 5 0 MUOOOO T C 0 0 5 0 * M L 5 0 0 3 R S 4 0 0 0 P S O O l O H K C 0 0 0 H L O O O l L K O O O O L L O O O @ S C 2 0 c @ * T D 1 0 2 0 F C 0 0 0 5 T D l O l O C F 6 0 7 0 S F O O O O * M T 0 0 0 6 C S O O O O I S O O O l U S 0 1 7 0 T I 3 0 0 5 0 K U 0 0 0 0 T D 0 0 5 0 M L 5 0 0 2 * A S 4 0 1 0 E M 9 9 9 9 H L 9 9 9 9 L X 9 9 9 9 LL9999 C F 1 1 6 0 * X T 0 0 0 7 V S 0 2 0 0 A S 4 0 1 0 D V 0 0 1 2 H M O 0 5 0 H L O O O O LMCOOO L L O O O O * T D 1 0 2 0 Ch 1070 * KTOOOR C S O O O O I S O O O l V S 0 2 4 0 S G 0 0 0 9 T D 0 0 5 0 M G 0 0 0 0 T I 2 0 0 5 0 * K L 5 0 0 3 D V O O O l A S 3 0 1 0 H M O 1 2 5 HLOOCO L N 0 0 2 0 L L O Q O O T D l O l O * CF 1070 S P O O O O * K T 0 0 0 9 S G O O l O D b O 0 0 1 R S 1 0 0 0 H M O 8 9 0 L M 0 2 0 0 T D I Q I O C F 1070 * RSOOOO S P O C O O * K T O C I O C S O O O O IS0001 U S 0 2 2 0 T D 0 0 5 0 MUOOOO T D 0 0 5 C K L 5 0 0 3 * L W 0 0 0 2 S C 2 0 0 0 R S 3 0 0 0 H K 6 8 0 0 H L O O C O L M 3 0 0 0 L L O O O O T E l Q 1 5 * CF 1070 * M T O O l l V S 0 3 2 O T D 1 0 1 5 C F 1 0 7 0 * K T 0 0 1 2 C S O O O O IS0001 V S 0 2 4 0 T D 0 0 5 0 F U 0 0 Q 0 T I 2 0 0 5 0 K L 0 0 0 2 * A S 0 0 1 0 R S 5 0 0 0 H N 3 0 0 0 H L 0 1 5 0 L M 2 9 9 9 LL9P50 S C 2 0 0 0 T D 1 0 1 5 * F C 0 0 0 5 T D l O l O C F 6 0 7 0 *

M T 0 0 1 4 C S O O O O IS0001 V S 0 2 4 0 S C 0 0 1 5 T D 0 0 5 0 F U 0 1 8 0 T I 3 0 0 5 0 * N L 5 0 0 3 A S 3 0 1 0 R S 1 0 0 0 D V O O O l H M O 8 9 0 H L O O O O L M 0 2 0 0 L L O O O O * T D 10 10 C F 1070 R S O O O O S P O O O O *

(continued)

Page Z2 Issue 6, Jun 84

ELECTRICAL AND MEZHANICAL ENGINEERING REGULATIONS F 584

Part 3

TABLE 2 MACHINE CODE (Cant)

MT0015 CSOOOO ISOOOl ~ ~ 0 2 4 0 TD0050 MU0180 TD0050 ML5O02 * MF44lO MA2200 ~ ~ 4 1 1 0 HClOOC RSlOOO HBOOOl DV0012 HN8200 * HLOOOO LM4120 LLOOOO TDlOlO CF1070 * MTOO16 CSOOOO ISOOOl VS0220 TD0050 MU0180 TD0050 ML5003 * DUO002 SC2000 RS3000 HM6800 HLOOOO LM3000 LLOCOO TD1025 * CF1070 *

MT0018 CSOOOO IS0001 VS0220 TD0050 t4U0090 TD0050 ML5003 * DV0002 SC2000 RS3000 HM6800 HLOOOO LM3000 LLOOOO TD1015 * CF1070 *

MT0020 CSOOOO IS0001 VS0240 TD0050 MU0090 TD0050 ML5002 * DV0002 FA0004 RSlOOO HCOOO8 AS5010 HM1400 HLOOOO LMOOOO * LLOOOO TD1070 CF1050 * MT0021 FAOOOO HM6180 HLOOOO LM5000 LLOOOO TD1070 CFlO50 * MT0022 CSOOOO ISOOOl VS0240 TD0050 MU0090 TD0050 ML5002 * W O O 0 2 MF4410 SG0023 AS5110 HCOOOR FP0005 HM3700 HLOOOO * LM3300 LLOOOO SPOOOO * RSlOOO MA2012 TD1050 CF1070 MP2014 TD1005 CF1070 MP2016 * TD1005 CF1070 MA2018 TD1005 CF1070 MP2020 TD1005 CF1070 * MA2022 TDlOO5 CF1070 MA2024 TD1005 CF1070 SPOOOO * MA2084 TDlOlO CF1070 SPOOOO * MT0023 CSOOOO IS0001 VS0240 TD0050 MU0090 TD0050 ML5001 * DV0002 MF4410 SG0026 AS5110 HC0008 FP0005 HM3700 HLOOOO * LM3300 LLOOOO RSlOOO MA1020 TD1050 CF1070 MP1022 TD1005 * CF1070 MA1024 TD1005 CF1070 MA1026 TD1005 CF1070 MP1028 * TD1005 CF 1070 MA1030 TD1005 CF1070 MA1032 TDlOO5 CFlC70 * MA1034 TD1005 CF1070 MA1036 TD1005 CF1070 MA1038 TD1005 * CF1070 MA1040 TD1005 CF1070 MA1042 TD1005 CF1070 MP1044 * TD1005 CF1070 MA1046 TD1005 CF1070 MA1048 TD1005 CF1070 * MA1050 TD1005 CF1070 MP1052 TDl005 CF 1070 MA1054 TD1005 * CF1070 MA1056 TD1005 CF1070 MA1058 TD1005 CF1070 MP1060 * TD1005 CF1070 SPOOOO * MA1060 TD1005 CF1070 * MT0026 CSOOOO ISOOOl VS0240 SPOOOO * TD0050 MU0090 TD0050 ML5002 RSlOOO DV0002 MF4410 PSSllO * HC0008 FA0005 MA2400 HM6700 HLOOOO LM3300 LLOOOO TDl04O * CF 1070 * MT0027 CSOOOO IS0001 VS0240 TDOOSO MU0090 TI20050 ML5002 * RS1040 FAOOOO HC2000 HMO000 HL0152 LMOOOO LL014R TClOlO * FC0005 TDlOlO CF6070 *

(continued)


TELEXOMMUNICATIONS F 584 Part 3

K T 0 0 2 8 M L 5 0 0 2 L M 4 9 0 0 R S l O O O T D 1 0 0 5 M A 2 0 4 0 CE 1 0 7 0 T D 1 0 0 5 M A 2 0 8 0 M A 2 0 9 0

TABLE 2 MACHINE CODE

CSOOOO I SOOO 1 V S O 2 4 0 S G 0 0 2 9 D V 0 0 0 2 F P 0 0 0 5 M F 4 4 10 A S S 1 10 LLOOOO SP0000 * M A 2 0 1 5 T D 1 0 5 0 CF 1070 M P 2 0 2 0 C F 1070 M A 2 0 3 0 T D 1005 C F 1070 T D 1 0 0 5 CF 1 0 7 0 M A 2 0 4 5 T D 1 0 0 5 M A 2 0 5 5 T D 1 0 0 5 CF 1 0 7 0 M A 2 0 6 0 C F ' 1 0 7 0 M A 2 0 7 0 T D 1 0 0 5 C F 1 0 7 0 T D 1 0 0 5 CF 1070 l v r A 2 0 8 5 T D 1 0 0 5 T D l O l O C F 1 0 7 0 *

M T 0 0 2 9 SPOOOO * T D 0 0 5 0 MUOOOO H M 5 0 0 0 HLOOOO L M 4 0 0 0

M T 0 0 3 0 T D 0 0 5 0 M U 0 1 7 9 T D 1 0 5 0 C F 1 0 7 0

K T 0 0 3 1 CSOOOO I SOOO 1 V S O 2 4 0 T D 0 0 5 0 S U 0 3 9 0 S L 2 S O O S A 2 0 2 0 M M C 5 0 0 M F 4 4 10 DUO0 1 2 H M 9 9 9 9 E L 9 9 9 9 L M 9 9 9 9 L L 9 9 9 9

K T 0 0 3 3 A A O O O l S A 0 1 2 0 T D l O l O CF 1070

K T 0 0 3 4 CSOOOO I SOOO 1 V S 0 2 4 0 T D 0 0 5 0 DUO0 12 A S 4 0 10 A A 0 0 0 2 H M 9 9 9 9 H L 9 9 9 9 CF 1062 * M T 0 0 3 5 R S 0 0 0 2 T D 1 0 0 5 S A 0 135 CF 1 0 7 0 T D 1 0 0 5 S A 0 127 T D l O l O

Sb0390 S L 2 5 0 0 KMO 1 0 0 AAOOOO C F 1 0 7 0 S A 0 1 3 7 T D 1 0 0 5 CF 1 0 7 0 S A 0 1 3 2 T D 1 0 0 5 CF 1070 S A 0 1 2 9 T D 1 0 0 5 CP 1 0 7 0 Ck 1 0 7 0 * T D O O S O M L 2 5 0 2 HLOOOO T D 10 1 0

S A 0 139 S G 0 0 3 6 LMOOOO LLOOOO T 0 1 0 0 5 C F 1 0 7 0 S A 0 134 T D 1005 C F 1 0 7 0 S A 0 1 3 1 T D l O O 5 C F 1 0 7 0 S A 0 1 2 6 T D 1 0 0 5

N T 0 0 3 7 T D 0 0 5 0 M L 2 5 0 3 A A 0 0 0 9 H M 9 9 9 9 T D l O l O C F 1 0 6 2 * N T 0 0 3 8 S U 0 3 9 0 S L 2 500 S A 0 1 3 6 5 G 0 0 3 9 R S 0 0 0 2 K M O l O O AAOOOO LMOOOO LLOOOO T D 1 0 0 5 C F 1 0 7 0 S A 0 1 3 4 T D 1 0 0 5 C F 1 0 7 0 S A 0 1 3 2 T D 1 0 0 5 CF 1070 S P 0 1 3 1 T D 1 0 Q 5 CF 1070 S A 0 1 2 9 T I 3 1 0 0 5 CF 1070 SP0128 T D 1 0 0 5 CF 1 0 7 0 S A 0 1 2 6 T D 1 0 0 5 C F 1 0 7 0


T D 0 0 5 0 M U 0 0 9 0 T D 0 0 5 0 * HCOOOR H M 5 1 0 0 HLOOOO * T D 1 0 0 5 C F 1 0 7 0 K P 2 0 2 5 * M P 2 0 3 5 T D 1 0 0 5 C F 1 0 7 0 * C F 1 0 7 0 M P 2 0 5 0 T D 1 0 0 5 * T I 2 1 0 0 5 C F 1 0 7 0 M P 2 0 6 5 * M P 2 0 7 5 T D 1 0 0 5 C F 1 0 7 0 * C F 1 0 7 0 SPOOOO *

LLOOOO T D l O S O C F C 0 7 0 *

M U 0 0 9 0 T D 0 0 5 0 K L 2 5 0 3 * L N 9 9 9 9 L L 9 9 9 9 T D l O l O *

~ ~ 0 0 0 0 * T D 1 0 2 0 C F 1 0 7 0 S A 0 1 3 8 * S P O 1 3 6 T D 1 0 0 5 C F 1 0 7 0 * C F 1 0 7 0 5b0133 T D 1 0 0 5 * T D 1 0 0 5 C F 1 0 7 0 SP0130 * S A O l 2 R T D 1 0 0 5 C F 1 0 7 0 * C F 1 0 7 0 S A 0 1 2 5 SPOOOO *

SPOOOO * T 0 1 0 2 0 C F 1 0 7 0 SP0135 t SP0133 T D 1 0 0 5 C F 1 0 7 0 * C F 1 0 7 0 S A 0 1 3 0 T D I C O S * T D 1 0 0 5 C F 1 0 7 0 SP0127 * SP0125 T D 1 0 0 5 C F 1 0 7 0 *

S A 0 1 2 4 T D 1 0 0 5 C F 1 0 7 0 S A 0 1 2 3 T D 1 0 0 5 C F 1 0 7 0 SP0122 SP00@0'* T D l O l O C F 1 0 7 0 * K T 0 0 3 9 T D 0 0 5 0 M L 2 5 0 2 SPOOOO * H N 9 9 9 9 H L 9 9 9 9 L N 0 2 0 0 LLOOOO T D l O l O C F ' 1 0 7 0 * (continued)



TABLE 2 MACHINE CODE (Cant) Part 3

- - M T 0 0 4 0 S A 0 1 2 0 MMOSOO M F 4 1 2 3 M A 2 0 1 3 L M C 2 0 0 T O 1 0 5 0 C F l O l 0 * M T 0 0 4 1 C S O O O O I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 3 2 0 T D 0 0 5 0 M L 2 5 0 3 * S U 0 6 2 0 SL2500 R S 0 0 0 2 S A 2 0 2 0 . M M Q 5 0 0 M F 4 4 10 K P 2 0 5 0 P P O O O O * A S 4 0 1 0 H M 9 9 9 9 H L 9 9 9 9 L M 9 9 9 9 LL9999 T D l O l O C F 1 0 6 2 * M T 0 0 4 2 A A 0 0 0 2 T D l O l O C F 106 1 * K T 0 0 4 3 A A O O O I S A 0 1 2 0 T D l O l O C F 1 0 7 0 * M T 0 0 4 4 C S O O O O IS0001 V S 0 2 2 0 T D 0 0 5 0 M U 0 3 2 0 T 0 0 0 5 0 M L 5 0 C 3 * D V 0 0 0 2 S C 2 0 0 0 R S 3 0 0 0 H M 6 8 0 0 HLOOOO L M 3 0 0 0 L L O O O O T n 1 0 2 0 * C F 1 0 7 0 * M T 0 0 4 5 V S 0 3 2 0 T D 1 0 2 0 C F 1070 * M T 0 0 4 6 CSOOOO IS0001 V S 0 2 4 0 T D 0 0 5 0 M U 0 3 2 0 T D 0 0 5 0 M L S O O B * R S 1 0 4 0 FAOOOO H C 2 0 0 0 H M O 0 0 0 H L 0 1 5 2 LMOOOO LL0148 S C 2 0 0 0 * T D l O l O F C 0 0 0 5 T D l O l O C F 6 0 7 0 * N T 0 0 4 7 C S O O O O IS0001 V S 0 2 4 0 T D 0 0 5 0 M U 0 3 2 0 T D Q 0 5 0 M L 5 0 0 2 * R S l O O O F A 0 0 0 4 D V 0 0 0 2 A S 5 0 1 0 H C 0 0 0 8 H M 2 1 7 0 HLOOOO LMOOOO * LLOOOO T D 1 0 7 0 C F 1 0 5 0 * K T 0 0 4 8 F A O O O O H M 6 1 8 0 HLOOOO L M 5 C O O L L O O O O T D 1 0 7 0 C F 1 0 5 0 * M T 0 0 4 9 C S O O O O IS0001 V S 0 2 4 0 T D 0 0 5 0 M U 0 3 2 0 T D 0 0 5 0 M L 5 0 0 2 * S G 0 0 5 0 E A 0 0 0 5 D V 0 0 0 2 A S 5 1 1 0 H C 0 0 0 8 M F 4 4 1 0 H M 3 7 0 0 H L O O O O * L M 3 3 0 0 L L O O O O S P O O O O * R S l O O O M A 2 0 1 2 T D 1 0 6 0 C F 1070 M A 2 0 1 4 T D 1 0 0 5 C F 1070 M P 2 0 1 6 * T D 1 0 0 5 C k 1 0 7 0 M A 2 0 1 8 T D 1 0 0 5 C F 1 0 7 0 M A 2 0 2 0 T I 3 1 0 0 5 C F 1 0 7 C * M A 2 0 2 2 T D 1 0 0 5 C F 1 0 7 0 M A 2 0 2 4 T 0 1 0 0 5 C F 1 0 7 0 S P O C O O * M A 2 0 2 4 T D l O l O C F 1 0 7 0 S P O O O O * K T 0 0 5 0 C S O O O O IS0001 V S 0 2 4 O T D 0 0 5 0 M U 0 3 2 0 T D 0 0 5 0 K L 5 0 0 1 * S G 0 0 5 3 F A 0 0 0 5 D V 0 0 0 2 PS5110 H C 0 0 0 8 M F 4 4 1 0 H M 3 7 0 0 H L O O C O * L M 3 3 0 0 L L O O O O R S l O O O K A 1 0 2 0 T I 3 1 0 5 0 C F 1 0 7 0 M P 1 0 2 2 T D 1 0 0 5 * C F 1 0 7 0 M A 1 0 2 4 T D 1 0 0 5 C F 1 0 7 0 M P 1 0 2 6 T C 1 0 0 5 C F 1 0 7 0 M P 1 0 2 8 * T D 1 0 0 5 C F 1 0 7 0 M A 1 0 3 0 T 0 1 0 0 5 C F 1 0 7 0 M P 1 0 3 2 T D 1 0 0 5 C F 1 0 7 0 * M A 1 0 3 4 T D 1 0 0 5 C F 1 0 7 0 M P 1 0 3 6 T D 1 0 0 5 C F 1 0 7 0 M A 1 0 3 8 T P 1 0 0 5 * C F 1 0 7 0 M A 1 0 4 0 T D l O O S C F 1 0 7 0 M P 1 0 4 2 T D 1 0 0 5 C F 1 0 7 0 M P 1 0 4 4 * T D 1 0 0 5 C F 1 0 7 0 M A 1 0 4 6 T I 3 1 0 0 5 C F 1 0 7 0 M A 1 0 4 8 T D 1 0 0 5 C F 1 0 7 0 * M A 1 0 5 0 T D 1 0 0 5 C F 1 0 7 0 M A 1 0 5 2 T D 1 0 0 5 C F 1 0 7 0 M A 1 0 5 4 T I 7 1 0 0 5 * C F 1 0 7 0 M A 1 0 5 6 T D 1 0 0 5 C F 1 0 7 0 M P l 0 5 8 T I 2 1 0 0 5 C F 1 0 7 0 FP1060 * T D 1 0 0 5 CF 1070 S P O O O O * M A 1 0 6 0 T D 1 0 0 5 C F 1 0 7 0 S P O O O O * M T 0 0 5 3 C S O O O O I S O O O l U S 0 2 4 0 S G 0 0 5 4 T D 0 0 5 0 M U 0 3 2 0 T D 0 0 5 0 * X L 5 0 0 2 O V 0 0 0 2 F A 0 0 0 5 M F 4 4 1 0 PS5110 H C 0 0 0 8 H M 5 1 0 0 H L O O O O * L M 4 9 0 0 L L O O O O R S l O O O M P 2 0 1 5 T D 1 0 5 0 C F 1070 M P 2 0 2 C T D 1005 * C F 1 0 7 0 M A 2 0 2 5 T D l O O 5 C F 1 0 7 0 M A 2 0 3 0 T I 2 1 0 0 5 C F 1 0 7 0 M P 2 0 3 5 * T D 1 0 0 5 C F 1070 K A 2 0 4 0 T D 1 0 0 5 C F 1 0 7 0 M P 2 0 4 5 T D 1 0 0 5 C F 1070 * M A 2 0 5 0 T D 1 0 0 5 C F 1070 M A 2 0 5 5 T D 1 0 0 5 C F I O 7 C ! K P 2 O 6 0 T D 1 0 0 5 * CF 1070 M A 2 0 6 5 T D 1 0 0 5 C F 1 0 7 0 M A 2 0 7 0 T D l 0 0 5 C F 1 0 7 0 If42075 * T D 1 0 0 5 C F 1 0 7 0 K A 2 0 8 0 T D 1 0 0 5 CF 1070 M P 2 0 8 5 T C 1 0 0 5 C F 1 0 7 C ) * S P O O O O * ( c o n t i n u e d ) M A 2 0 9 0 T D 1 0 0 5 C F 1 0 7 0 *

Issue 6 , Jun 84 D Page 35


TABLE 2 MACHINE CODE (Cont)

M T 0 0 5 4 SPOOOO * T D 0 0 5 0 M U 0 1 8 0 H M 5 0 0 0 HLOOOO L M 4 0 0 0 LLOOOO T D 1 0 5 0 C F 1 0 7 0 *

K T 0 0 5 6 CSOOOO I S O O O l U S 0 2 2 0 T I 3 0 0 5 0 M U 0 4 6 0 T D 0 0 5 0 M L 5 0 0 3 * D U O 0 0 2 S C 2 0 0 0 R S 3 0 0 0 H M 6 8 0 0 HLOOOO L M 3 0 0 0 LLOOOO T D 1 0 2 0 * C F ' l O 7 0 *

M T 0 0 5 8 CSOOOO I S O 0 0 1 V S 0 2 4 Q T D 0 0 5 0 M U 0 4 9 0 T 0 0 0 5 0 M L 5 0 0 3 * R S 3 0 0 0 D V O O O l A S 0 0 1 0 H M O 0 5 0 HLOOOO L M 0 0 2 0 LLOOOO T D 1 0 2 0 * C F 1 0 6 0 * M T 0 0 5 9 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 4 9 0 T D 0 0 5 0 M L 5 0 0 2 * M F 4 4 1 O M A 2 2 0 0 D V O O l l A S 4 1 1 0 R S l O O O H M O 0 4 2 H L 5 0 0 0 LMOOOO * LLOOOO T D 1 0 2 0 C F 1 0 7 0 * M T 0 0 6 0 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 4 6 1 T D O O 5 O M L 0 0 0 2 * R S 5 0 0 0 A S 0 0 1 0 H M 7 6 1 0 E L 0 3 8 0 L M 7 6 0 9 L L 9 6 2 0 S C 2 0 0 0 T C 1015 * F C 0 0 0 5 T D l O l O C F 6 0 7 0 * M T 0 0 6 1 T D 0 0 5 0 M U 0 2 7 5 H M 5 7 S O H L 0 2 8 7 L M 5 7 4 9 L L 9 7 1 3 S C 2 @ 0 @ * T D 1 0 1 5 b C 0 0 0 5 T D l O l O C F 6 0 7 0 * M T 0 0 6 2 CSOOOO I S O O O l U S 0 2 4 0 T D 0 0 5 0 M U 0 3 8 6 TDOQSO M L 2 5 0 2 * R S 5 0 0 0 A S 0 0 1 0 H M 6 8 6 2 H L 5 3 4 3 L M 6 8 6 2 LL4657 S C 2 0 0 0 T D 1 0 1 5 * F C 0 0 0 5 T D l O l O C F 6 0 7 0 * K T 0 0 6 3 T D 0 0 5 0 M U 0 3 9 7 TDOOSO M L 5 0 0 2 H M 6 9 7 5 H L 0 3 4 9 L M 6 9 7 4 * L L 9 6 5 1 T D 1 0 1 5 F C 0 0 0 5 T D l O l O C F 6 0 7 0 * M T 0 0 6 4 T G 0 0 5 0 N U 0 4 4 9 TDOOSO E L 7 5 0 2 H M 7 4 9 7 H L 5 3 7 5 L M 7 4 9 7 * L L 4 6 2 S S C 2 0 0 0 T D 1 0 1 5 F C 0 0 0 5 T D l O l O C F 6 0 7 0 * K T 0 0 6 5 CSOOOO I S O O O l U S 0 2 4 0 T D 0 0 5 0 M U 0 2 5 4 T D 0 0 5 0 K L 7 5 0 2 * RSSOOO A S 0 0 1 0 H K 5 5 4 7 H L 5 2 7 7 L M 5 5 4 7 L L 4 7 2 3 S C 2 0 0 0 T D 1 0 1 5 * F C 0 0 0 5 T D l O l O C F 6 0 7 0 * M T 0 0 6 6 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 1 7 9 T D 0 0 5 0 EL7503 * S U 0 4 7 9 S L 7 5 0 0 S A 2 0 6 0 A A 0 0 1 6 R S 0 0 0 2 M M 0 5 0 0 M F 4 4 10 M e 2 0 5 0 * A S 4 0 1 0 D V O O I Z H K 9 9 9 9 H L 9 9 9 9 L M 9 9 9 9 L L 9 9 9 9 T O 1 0 1 0 C F 1 0 6 2 * K T 0 0 6 7 A A 0 0 2 1 T D l O l O C F 1 0 6 1 * N T 0 0 6 8 T D 0 0 5 0 E L 7 5 0 1 & A 0 0 0 0 T D l O l O C F l C 7 0 * K T 0 0 6 9 CSOOOO I S O O O l U S 0 2 2 0 T D 0 0 5 0 M U 0 1 7 9 T D 0 0 5 0 M L 5 0 0 3 * D U O 0 0 2 S C 2 0 0 0 R S 3 0 0 0 H M 6 8 0 0 HLOOOO L M 3 0 0 0 LLOOOO T D 1 0 2 0 * C F 1 0 7 0 *

(continued)


ELECTRICAL AND MECHANICAL TELECOMMUNICZ4TIONS ENGINEERING REGULATIONS F 584

Part 3

TABLE 2 MACHINE CODE (Cant)

M T 0 0 7 1 CSOOOO IS0001 V S 0 2 4 0 T D 0 0 5 0 M U 0 1 3 3 T D 0 0 5 0 K L 5 0 0 2 * R S 5 0 0 0 A S 0 0 1 0 H M 4 3 3 5 H L 0 2 1 7 L M 4 3 3 4 L L 9 7 8 3 S C 2 0 0 0 T I 2 1 0 1 5 * F C 0 0 0 5 T D l O l O C F 6 0 7 0 * M T 0 0 7 2 T D 0 0 5 0 M U 0 1 2 2 T D 0 0 5 0 M L 2 5 0 2 R S 5 0 0 0 P S O O l f l H K 4 2 2 2 * H L 5 2 1 4 L X 4 2 2 2 L L 4 7 9 0 S C 2 0 0 0 T D 1 0 1 5 F C C 0 0 5 T D l O l O C F e O 7 0 * W T 0 0 7 3 CSOOOO I S O O O l V S 0 2 4 0 SPOOOO * A S 0 0 3 0 R S 0 0 4 0 H M O 0 0 0 H L 2 3 0 0 LMOOOO L L 1 7 0 0 T D l @ l O F C 0 0 0 5 * T D 1 0 1 5 C F 6 0 7 0 *

M T 0 0 7 5 CSOOOO I S O O O l V S 0 2 4 0 S G 0 0 7 6 SPOOOO * T D 0 0 5 0 M U 0 1 7 9 T D 0 0 5 0 M L 7 5 0 2 DVOOOl S C 2 0 0 0 R S 3 0 0 0 H P 4 0 0 5 0 * HLOOOO L M 0 0 2 0 LLOOOO T D l O l O C F 1 0 6 0 RSOOOO * M T 0 0 7 6 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 1 7 9 T D 0 0 5 0 M L 7 5 0 2 * S U 0 4 7 9 S L 7 5 0 0 S A 2 0 6 0 R S 0 0 0 2 M M 0 5 0 0 M F 4 4 1 0 M A 2 0 5 0 P S 4 O 1 c * G V 0 0 1 2 H M 9 9 9 9 H L 9 9 9 9 L M 4 0 0 0 LLOOOO T D 1 0 3 0 C F 1 0 7 0 * K T 0 0 7 7 A S 5 0 0 0 H C 0 0 0 4 H M 9 9 9 9 H L 9 9 9 9 L M 2 C 0 0 LLOOOO T D l 0 4 C * CF 1070 * K T 0 0 7 8 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 1 7 9 T D 0 0 5 0 K L 7 5 0 2 * R S l O O O K F 4 4 1 0 M A 2 2 0 0 A S 4 1 1 0 D U O 0 1 2 H M 9 9 9 9 H L 9 9 9 9 L M 2 0 0 0 * LLOOOO T D 1 0 5 0 C F 1 0 7 0 *

M T 0 0 8 0 CSOOOO IS0001 V S 0 2 4 0 T D 0 0 5 0 ~ ~ 0 1 7 9 T D 0 0 5 0 M L 7 5 0 2 * R S l O O O M F 4 4 1 0 M A 4 4 0 0 A S 4 1 12 H B 0 0 0 2 K G 0 0 1 0 D U O 0 1 2 H M 9 9 9 9 * H L 9 9 9 9 L M 2 0 0 0 LLOOOO T D 1 0 3 0 CF 1070 * M T 0 0 8 1 CSOOOO I S O O O l V S 0 2 4 0 SPOOOO * T D 0 0 5 0 MUOOOO T D 0 0 5 0 K L 2 5 0 3 S U 0 3 0 0 SL2500 S P 0 1 2 0 K M 0 5 0 0 * M F 4 4 1 0 M A 2 0 5 0 D U O 0 1 2 A A 0 0 1 6 A S 4 0 10 R S 0 0 0 2 H M 9 9 9 9 H L 9 9 9 9 * L M 9 9 9 9 L L 9 9 9 9 T D 1 0 2 0 C F 1 0 6 2 * M T 0 0 8 2 MAOOOO MMOlOO XFOOOO AAOOOO LMOOOO LLOOOO T C l O l O * CF 1030 * M T 0 0 8 3 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 0 9 0 TDOOSO M L 2 5 0 3 * S U 0 3 9 0 S L 2 5 0 0 S A 0 1 2 0 M M 0 5 0 0 M F 4 4 1 0 M P 2 0 5 0 D U O 0 1 2 APOO 1 6 * A S 4 0 1 0 R S 0 0 0 2 H M 9 9 9 9 H L 9 9 9 9 L M 9 9 9 9 L L 9 9 9 9 T D 1 0 2 0 C F 1 0 0 2 * MTOO84 MAOOOO MMOlOO MFOOOO A A 0 0 0 0 LMOOOO L L 0 0 @ 0 T C l O l O C E 1 0 3 0 * M T 0 0 8 5 CSOOOO I S O O O l V S 0 2 4 0 T D 0 0 5 0 M U 0 0 9 0 T D 0 0 5 0 M L 2 5 0 3 * D V 0 0 1 2 A S 4 0 1 0 A A 0 0 0 2 H M 9 9 9 9 H L 9 9 9 9 L M 9 9 9 9 L L 9 9 9 9 T C 1 0 2 0 * C F 1 0 6 2 * ' ( c o n t i n u e d )

. . Issue 6 , Jun 84 Page 37

TELECOMMUNICATIONS F 584 Part 3



KT0086 SU0390 SL2500 SA0139 SG0087 SPOOOO * RS0002 MM0500 MF4215 MA2013 PAOOOO LMOOOO LLOOOO T01020 * CF1070 SA0138 TD1005 CF1070 SA0137 TDlOQS CF1070 SP0136 * TDlOOS CF1070 SA0135 TD1005 CF1070 SA0134 TDlOOS CF1070 * SA0133 TD1005 CF107C SA0132 TD1005 CF1070 SP0131 TD100S * CF1070 SA0130 TD1005 CF1070 SA0129 TD1005 CF1070 SP0128 * TD1005 CF 1070 SA0127 TD1005 CF1070 SA0126 TD1005 CF1070 * SP0125 TDlOlO CF1070 SPOOOO * MT0087 TD0050 ML2502 SPOOOO * HMO030 HLOOOO TDlOlO CF1070 *

i

KT0088 CSOOOO I SOOO 1 VS0240 TD0050 MU0090 TD0050 ML2503 * DUO012 AS4010 AA0009 HM9999 HL9999 LM9999 LL9999 TDlOlO * CF1062 * MT0089 SU0390 SL2500 SA0136 SG0090 SPOOOO * m0500 ME42 15 MA2013 RS0002 AAOOOO LMOOOO LL0000 TI21020 * CF1070 SA0135 TD1005 CF1070 SP0134 TD1005 CF1070 SP0133 * TD1005 CE 1070 SA0132 TD1005 CF1070 SA0131 TD1005 CF1070 * SA0130 TD1005 CF1070 SP0129 TD1005 CF lQ7O SA0128 TDlOQS * CF1070 SA0127 TD1005 CF 1070 SP0126 TD1005 CF1070 SP0125 * TU1005 CF 1070 SA0124 TD1005 CF1070 SP0123 TI31005 CF'107Q * SA0122 TDlOlO CF1070 SPOOOO * NT0090 TC0050 ML2502 SPOOOO * ED49999 HL9999 LMO2OO LLOOOO TD1020 CF 1070 * KT0091 CSOOOO IS0001 VS0240 TD0050 PU0179 TD0050 ML75Q3 * SU0479 SL7500 SA2060 RS0002 MM0500 MF4410 MP2050 PS4010 * HN8490 HLOOOO LM5830 LLOOOO TDlOlO CF1070 * KT0092 CSOOOO I SOOO 1 VS0240 TD0050 XU0179 TD0050 ML7502 * SU0479 SL7500 SA0120 NMOS00 MF 5215 MA2013 DVOOOl HE7000 * HC0003 AS5010 RS0002 HMO080 HLOOOO LM0140 LLOOOO TDlOlO * CFlO4O * KT0093 CSOOOO I SO001 VS0240 TD0050 MU0179 TD0050 KL7502 * DVOOOl HE5000 SC2000 RS2000 KG0010 HMO050 HLOCOO LM0020 * LLOOOO TDlOlO CF1060 *

MT0096 CSOOOO IS0001 VS0240 TD0050 MU0179 TD0050 FL75@2 * HB3000 AS0030 RS0040 HMO000 HL2300 LMOOOO LL1700 TDl@lO * FC0005 TDlOlO CF6070 * MT0097 Db0013 HB3000 AS4010 HW9999 HL9999 LM0007 LL7400 * TDlO 10 CE 1070 *

(continued)


ELECTRICAL AND MECHANICAL TELECOMMUNICATI(3NS ENGINEERING REGULATIONS F 584

P a r t 3

TABLE 2 MACDIINE CODE (Cont )

MT0098 CSOOOO ISOOOl VS0240 TD0050 MU0179 TD0050 ML7503 * DV0013 SU0479 SL7500 SA2060 MM0500 MF4410 MP2050 PS5010 * HC0004 RS0002 HMO006 HL8000 LM0004 LL8000 TD1030 CF1070 * MT0099 CSOOOO IS0001 VS0240 TD0050 MU0179 TD005C ML7503 * SU0479 SL7500 SA0120 MM0500 MF4410 MP205O DV0012 PP0016 * AS4010 RS0002 HM9999 HL9999 LN9999 LL9999 TD1020 CF1062 * MTOlOO MAOOOO MMOlOO MFOOOO AAOOOO LMOOCO LLOOOO TD1020 * CF1030 * MTOlOl CSOOOO ISOOOl VS0240 TD0050 MU0180 TD0050 ML2503 * SU0480 SL2500 SA0120 MK0500 MF44 10 MA2050 DV0012 A60016 * AS4010 RS0002 HM9999 HL9999 LK9999 LL9999 TDlOlO CF1062 * s

MT0102 MAOOOO MMOlOO MFOOOO AAOOOO LMOOOO LLOOOO TDlOlO * CF1030 * MT0103 CSOOOO ISOOOl VS0240 TD0050 MU0460 TD0050 ML2503 * SU0760 SL2500 SA0 120 MM0500 MF44 10 MA2050 DV0012 PP00 16 * AS4010 RS0002 HM9999 HL9999 LM9999 LL9999 TDlOlO CF1062 * MT0104 MAOOOO MHOlOO MFOOOO PAOOOO LMOOOO LLCOOO TDlp10 * CF1030 * MT0105 CSOOOO I SO00 1 VS0240 TD0050 MU0320 TC0050 ML2503 * SU0620 SL2500 SA0120 MM0500 MF4410 MA2050 DUO012 PP0016 * AS4010 RS0002 HM9999 HL9999 LM9999 LL9999 TDlOlO CF1062 * MT0106 MA0000 MMOlOO MFOOOO &PO000 LMOOOO LLOOOO TDlel@ * CF1030 * MT0107 CSOOOO ISOOOl t'S0200 SF0000 * TD0050 KU0179 TD0050 ML7502 DV0004 HC0004 AS5000 HMO190 * HLOOOO LM0 145 LLOOOO TDlOlO CF0070 * MT0108 US0320 TDlOlO CF0070 * MT0109 CSOOOO I SO001 VS0240 TD0050 MU0179 TDCOSO KL7502 * DV0004 AS5000 HC1005 HN0245 HLOOOO LM0235 LLOOOO TC 1010 * CF0070 * WTOl 10 CSOOOO IS0001 VS0240 TD0050 MU0 179 TDOOSO ML7502 * DVOOOl HE5000 SC2000 RS2OOC KG0010 HK0050 HLOQOO LNC02C * LLOOOO TDlOlO CF1060 * MTOlll DV0002 HB5200 HM9999 HL9999 LM3000 TDlC25 CF1070 *

MT0113 HE3000 AS0030 RS0040 HMO000 HL2300 LM0000 LL1700 * TDlOlO FC0005 TDlOlO CF6070 *

( c o n t i n u e d )

Issue 6 , Jun 8 4 P a g e 39


ELECTRIC& AND MECHANICAL ENGINEERING REGULATIONS


KT01 15 CSOOCC IS0001 VS0240 TD0050 KU0179 TD0050 ML7502 *\ DVOOOl HBOCOl RS2000 KG0010 SC2000 HMO050 HLOOCO LM0020 * LLOOOC TD1020 CF1060 * MTOll6 DV0002 HE4000 HM9999 HL9999 LM3000 LLOOOO TD1025 * C8 1070 * KT0117 HB30CO HC0003 RSOOOC AS5010 HMO300 HLOOOO * LM0146 TDlOlO CF 1070 * MT0118 HBlOOO TDlOlO CF1070 * MTOll9 CSOOOO ISOCOl VSO240 TD0050 XU0179 TD0050 ML7502 * DV0002 KF4410 MA2345 HC0008 PSS102 FIB4002 FA0005 KG0010 * HM9999 HL9999 LM3300 LLOOOO TD1040 CF1070 * MT0120 MA4238 HM6700 HLOOOO TD1040 CF1070 * MT0121 CSOOOO IS0001 VS0200 SFOCOO * TDOlOO ML0020 TDOlOO ML5002 RSlOOO DUO003 HM9999 * W O O 9 0 LLOOOO TD1020 CFOOlO * MT0122 TDOlOO KU006C TD1020 CFOOlO * NT0123 TL0100 NU0155 TI21020 CFOOlO .* KT0124 TDOlOO MU0230 TD1020 CFOOlO * MT0125 TDOlOO MU0350 T01020 CFOOlO * MT0126 TDOlOO NU0430 TD1020 CFOOlO ~ ~ 0 0 0 0 * -

MT0127 CSOOOO ISOOOO VSOOOO ttCOOO ttO@O@ *

END RT 351 ISSUE 6 DEC 84 TELS F 584 PT 3 UK RESTRI CTFE*

Page 40

END

Issue 6 , Jun 84


Part 4

CONDITIONS OF RELEASE

1. This i n fo rma t ion i s re leased by the UK Government f o r defence purposes only .

2. This i n fo rma t ion must be accorded t h e same degree o f s e c u r i t y p r o t e c t i o n as t h a t accorded t h e r e t o by t h e UK Government.

3 . This i n fo rma t ion may be d isc losed o n l y w i t h i n t h e Defence Departments o f t h e r e c i p i e n t Government, except as otherwise au thor ized by t h e M i n i s t r y o f Defence (Army).

4. This i n fo rma t ion may be sub jec t t o p r i v a t e l y owned r i g h t s .

'THIS DOCUMENT I S THE PROPERTY OF HER BRITANNIC MAJESTY 'S GOVERNMENT, and i s issued f o r t h e i n fo rma t ion o f such persons on ly as need t o know i t s contents i n t he course of t h e i r o f f i c i a l du t ies . Any person f i n d i n g t h i s document should hand i t t o a B r i t i s h fo rces u n i t o r p o l i c e s t a t i o n f o r i t s sa fe r e t u r n t o t h e MINISTRY OF DEFENCE, D MOD SY, LONDON SWlA 2HB w i t h p a r t i c u l a r s o f how and where found. THE UNAUTHORIZED RETENTION OR - DESTRUCTION OF THE DOCUMENT I S AN OFFENCE UNDER THE OFFICIAL SECRETS ACT OF 1911-89. (When re1 eased t o persons outs ide Government se rv i ce t h i s document i s issued on a personal bas is and t h e r e c i p i e n t t o whom i t i s en t rus ted i n confidence, w i t h i n t h e p rov i s ions o f t he O f f i c i a l Secrets Act 1911-89, i s pe rsona l l y respons ib le f o r i t s sa fe custody and f o r seeing t h a t i t s contents a re d isc losed on l y t o au thor ized persons) . '

Para

STATION, RADIO, UKIPRC 351

TECHNICAL HANDBOOK - AUTOMATIC TESTING (8920C RADIO TEST SYSTEM)

INTRODUCTION CONTROLS AND CONNECTORS SYSTEM START UP SYSTEM OPERATION (AUTOMATIC MODE)

2955B Screen Prompt Options Se lec t i on . i

RADIO SELECTION Option Using the RADIO SELECTION Option

SYSTEM SHUT DOWN RT351 TEST CONNECTION DETAILS OPTION LOG RADIO OPTION MANUAL TESTING/AUTOMATIC TESTING CROSS REFERENCES TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION

Issue 2, May 95 (14W) Page 1

TELECOMMUNICATIONS F 584


Part 4

Tab1 e Page e

1 Radio Test Program Prompts 4 2 Part 4 Test Number/Part 2 Paragraph Number Cross References 9 3 Test Descr ip t ion and D i spl ayed Operator In format i on 11

INTRODUCTION

1 The informat ion contained i n t h i s regu la t ion app l ies t o the t e s t i n g o f the RT351 using the 8920C Radio Test System. For d e t a i l s o f the operat ion o f the 8920C Radio Test Stat ion, reference should be made t o AESP 6625-K-112 Test System Radio Communi c a t i ons (Marconi 8920C) .

CONTROLS AND CONNECTORS

2 Before operat ing the 8920C Radio Test System i t i s f i r s t necessary t o r e f e r t o the Operating Manual AESP 6625-K-112 and become f a m i l i a r w i t h the l oca t i on and func t ion o f a1 1 external system con t ro l s and connectors.

SYSTEM START UP

3 To s t a r t up the 8920C system, proceed as fo l lows:

3.1 Check t h a t the mains i npu t leads t o the system equipment are connected t o the mains supply.

3.2 Switch on the 2955B, RIU, DMM and PSU.

3.3 The Receiver Test screen appears momentarily on the 2955B display, f o l l owed by the Power On S e l f Test screen s t a t i n g t h a t the s e l f t e s t was completed successful l y .

NOTES

(1) I f a p r i n t e r i s no t connected, the Instrument Check screen appears before the Power On S e l f Test screen asking the operator t o e i t h e r continue wi thout one o r t o e x i t . If 'cont inue' i s selected, the Power

a On S e l f Test screen i s displayed.

(2) I f the system does no t complete the power on s e l f tes t , the e r ro r s are indicated. For f u l l d e t a i l s on the e r r o r i nd ica t ions and the remedial act ions, r e f e r t o the 8920C Operating Manual (AESP 6625-K-112).

3.4 A few seconds a f t e r the Power On S e l f Test screen i s presented, the Receiver Test screen i s momentarily displayed f o l l owed by the Clansman Main Menu.

3.5 If the operator 'audio prompt' and/or the 'remote swi tch ' fac i 1 i t y (s) . i s required, se lec t opt ion 7 (Audio Prompt/Remote Switch) before se lec t ing opt ion 2 (Radio Select ion) t o enter automatic t e s t mode.

3.6 For descr ip t ions of the remaining Clansman Main Menu options, r e f e r t o the 8920C Operating Manual (AESP 6625-K-112).

Page 2 Issue 2, May 95



Par t 4

2955B Screen Prompt Options Sel e c t i on

4 System opera t ion i s s e t up by s e l e c t i n g the appropr ia te menu opt ions i n response t o prompts d isp layed on t h e 2955B. Se lec t ions a re made us ing the appropr ia te keys on the 2955B. Some opt ions are se lec ted us ing the numeric keys and o thers by us ing the MODE keys, which a re re-assigned by the software. The e i g h t MODE keys make up the f i r s t column t o the r i g h t o f t he screen. An op t i on se lec ted by a MODE key i s d isp layed a longside the key used t o s e l e c t it.

RADIO SELECTION Option

5 Option 2, RADIO SELECTION, on t h e Clansman Main Menu enables s e l e c t i o n o f t h e a p p l i c a t i o n t e s t program (ATP) f o r t he r a d i o under t e s t and t h e requ i red p r i n t mode.

a Usinq t h e RADIO SELECTION Option

6 Option 2, RADIO SELECTION on t h e Main Menu, d i sp lays t h e Radio Se lec t i on menu.

7 Option 6, RT351 on the Radio Se lec t i on menu, invokes t h e RT351 a p p l i c a t i o n t e s t program (ATP) which issues a se r ies o f prompts, as g iven i n Table 1.

8 Option 8, PRINT OPTION on the Radio Se lec t i on menu, enables s e l e c t i o n o f t h e a v a i l a b l e p r i n t modes, as fo l lows:

8.1 Se lec t e i t h e r P r i n t a t End o f a run o r P r i n t Dur ing ( d e f a u l t s e t t i n g ) a run.

8.2 Then s e l e c t one o f t he f o l l o w i n g opt ions:

a 8.2.1 P r i n t None - no th ing w i l l be p r i n ted .

8.2.2 P r i n t A l l - p r i n t a l l t e s t r e s u l t s .

8.2.3 P r i n t on F a i l - p r i n t t e s t f a i l u r e s on l y (de fau l t s e t t i n g ) .

8.3 Then s e l e c t Return.

9 Option 9, MAIN MENU, re tu rns t o t h e Main Menu screen.

Issue 2, May 95 Page 3


TABLE 1

Screen Prompt (1)

EQUIPMENT LIST

CONNECTION DETAILS

LOG RADIO OPTION

CLANSMAN RTXXX TESTS

Note ... Safety t e s t s must be completed before Run A1 1 o r Select Test opt ions are run


RADIO TEST PROGRAM PROMPTS

Opti on (2)

SKIP

DISPLAY

SKIP

DISPLAY

SKIP LOG

LOG RADIO

RUN ALL TESTS

SELECT TEST

CHANGE PRINT OPTION

NEXT RADIO

Functi on (3)

No equipment in format ion i s given.

An equipment 1 i s t i s d i splayed.

No connection d e t a i l s are given.

Connection d e t a i l s are given (Para 12) . No in format ion requested f o r 1 oggi ng . Date, Equip No. and Operator No. are requested t o be p r i n t e d w i t h the t e s t r e s u l t s

A l l t e s t s i n the selected module are run.

Gives a f u r t h e r screen prompt t o enable i nd i v i dua l t e s t s t o be run.

~ n a b l e s a1 1 t e s t r e s u l t s t o be p r i n t e d o r t e s t f a i l u r e s on ly o r no r e s u l t s p r i n t e d - p r i n t i n g can be a t the end o f a run o r dur ing a run.

Enables se lec t ion o f a d i f f e r e n t radio.

SYSTEM SHUTDOWN

10 The 8920C system software does no t requ i re a sequenced shutdown operation. To shut the system down, swi tch the 2955B, RIU, PSU and DMM equipment o f f and disconnect the a.c. supply cables from the source.

11 On completing t e s t a c t i v i t i e s , i t i s good p rac t i ce t o disconnect t e s t cables from the system equipment and stow them i n a su i t ab l e storage place.



P a r t 4

RT351 TEST CONNECTION DETAILS OPTION

1 2 When t h e o p e r a t o r s e l e c t s t h e RT351 a n d t h e n t h e DISPLAY o p t i o n o f t h e CONNECTION DETAILS s c r e e n p r o m p t ( T a b l e l), t h e f o l l o w i n g i n f o r m a t i o n i s d i s p l a y e d o n t h e 2955B:

SET SYSTEM AS FOLLOWS :-

SWITCH FARNELL OUTPUT ENABLE OUT.

ENSURE FARNELL 6050 PSU OVER VOLTAGE I S SET TO 35.0 VOLTS.

SET FARNELL PSU VOLTAGE ADJUST FULY COUNTER CLOCKWISE.

SET R I U L INE CURRENT FULLY COUNTER CLOCKWISE.

-1- PAGE 2

SET SYSTEM AS FOLLOWS :-

SET C I P L INE RESISTANCE SWITCH TO OC.

SET C I P AUDIO/HARNESS SWITCH TO RADIO.

SET C I P POWER SWITCH TO OFF.

-2- PAGE 3

CONNECT AS FOLLOWS :-

N-BNC ADAPTOR TO R I U ANTENNA I N CONNECTOR.

BNC-BNC CABLE BETWEEN R I U AF I N AND 2955B AF INPUT.

BNC-BNC CABLE BETWEEN R I U AF GEN AND 2955B AF GEN OUTPUT.

N-N CABLE BETWEEN R I U RF IN/OUT AND 2955B RF IN/OUT CONNECTOR.

I s s u e 2, May 9 5

PAGE 4

Page 5

TELECOMMUNICATIONS F 584 P a r t 4


CONNECT AS FOLLOWS:

BNC-BNC CABLE BETWEEN R I U EXT MOD AND 2955B EXT MOD INPUT.

BNC-BNC CABLE BETWEEN R I U RF IN/OUT AND 2955B RF INIOUT.

Page 6

C I P CABLE BETWEEN CIP-RIU INTERFACE AND R I U AUDIO, HARNESS, CONTROL AND REMOTE.

REMOTE SWITCH CABLE TO C I P REMOTE SWITCH.

-4- PAGE 5

DISCONNECT SYSTEM 7 1 5 0 DMM VOLTS HIGH AND DMM VOLTS LOW INPUTS.

CONNECT AS FOLLOWS:

7 1 5 0 DMM LEAD RED BETWEEN C I P MONITOR +VE AND 7150 DMM VOLTS HIGH.

7 1 5 0 DMM LEAD BLACK BETWEEN C I P MONITOR -VE AND 7150 DMM VOLTS LOW.

-5- PAGE 6


BATTLE ANTENNA HOOD TO E.U.T. BATTLE ANTENNA SOCKET.

BNC-BNC CABLE BETWEEN R I U N-BNC ADAPTOR AND E.U.T. RF CONNECTOR.

AUDIO LEAD BETWEEN C I P AUDIO SOCKET AND E.U.T AUDIO SOCKET 1.

REMOTE LEAD RED BETWEEN C I P REMOTE +VE AND E.U.T. REMOTE UPPER.

-6- PAGE 7

I s s u e 2, May 9 5




Par t 4

REMOTE LEAD BLUE BETWEEN CIP REMOTE -VE AND E.U.T. REMOTE LOWER.

CONNECT RADIO POWER SUPPLY LEAD BETWEEN RADIO SUPPLY SOCKET AND CIP DC SUPPLY SOCKET.

PAGE 1

CONTINUE

Note :- To improve El ectro-Magnetic Compati b i 1 i ty (EMC) , t h e E.U.T./8920C in te rconnec t i on cables are f i t t e d w i t h round f e r r i t e b locks which appear as a bulqe i n t h e cable. However, the connector closest to the ferrite block must be connected to the C I P .

LOG RADIO OPTION

13 When t h e opera tor se lec ts CONTINUE on the Page 6 d i s p l a y of t h e CONNECTION DETAILS opt ion, t h e program cont inues t o t h e LOG RADIO op t i on and t h e f i r s t LOG RADIO op t i on d i s p l a y appears on t h e 2955B. I f t h e o e r a t o r then se lec ts SKIP, t h e program cont inues t o Safe ty t e s t 1 (Table 3 and s t a r t s E.U.T. t e s t i n g .

Y


TELECOMMUNICATIONS F 584 Par t 4


14 I f LOG RADIO i s se lec ted t h e second LOG RADIO d i s p l a y appears on t h e 2955B. The RADIO TYPE, NSN, TEST DATE and TIME responses a re au tomat i ca l l y completed by t h e 8920C and t h e opera tor i s i n v i t e d t o complete t h e SERIAL NO, MOD STRIKE and OPERATOR I.D. responses. The f o l l o w i n g i n fo rma t ion i s d isp layed on t h e 2955B f o r t h e LOG RADIO opt ion :

LOG RADIO OPTION SKIP

LOG RADIO

ENTER THE FOLLOWING :-

RADIO TYPE : RT351

NSN : 5820-99-114-3639

TEST DATE : 20/09/94

TIME : 11:40:04

SERIAL NO.

MOD STRIKE :

OPERATOR I.D. :

PLEASE USE 2955 KEYPAD :-

PRESS DELETE FOR CORRECTIONS PRESS SELECT FOR NEXT LINE

Note :- When t h e opera tor presses SELECT a f t e r complet ing t h e OPERATOR I.D. response, t h e program cont inues t o Safe ty t e s t 1 (Table 3).

MANUAL TESTING/AUTOMATIC TESTING CROSS REFERENCES

15 The Test No. column o f Table 3 ( i n t h i s Pa r t 4) i d e n t i f i e s t h e t e s t numbers o f s p e c i f i c a t i o n t e s t s which a r e c a r r i e d o u t w i t h t h e 8920C i n t h e automatic mode. These s p e c i f i c a t i o n t e s t s can a l s o be c a r r i e d ou t w i t h t h e 8920C i n t h e manual mode. Deta i 1 s of t h e manual t e s t s a r e i nc luded i n Pa r t 2 o f t h i s EMER.

16 To a s s i s t t h e operator , a cross reference of t h e P a r t 4 t e s t numbers ( f o r t h e automatic t e s t s ) and Par t 2 paragraph numbers ( f o r t h e equ iva len t manual t e s t s ) a re g iven i n Table 2.




P a r t 4

@ TABLE 2 PART 4 TEST NUMBERIPART 2 PARAGRAPH NUMBER CROSS REFERENCES

I s s u e 2, May 95

PART 4 TEST NUMBER

S a f e t y 1 S a f e t y 2 S a f e t y 3 S a f e t y 4 S a f e t y 5

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 2 0 2 1 2 2 23 24 2 5 26 27 28 29 30 3 1 32 3 3 34 35 36 37 3 8 39 40 41 42 43 44

PART 2 PARAGRAPH NUMBER

- - 5 0 5 0 50 - - 101 139 139 5 5 5 6 5 5 5 6 5 5 5 6 75 80 81 85 76 89 5 5 5 6 128 128 175 165 155 155 155 155 155 155 155 155 165 165 165 179 180 148 148 149 128 110 143 143 190 190 190

( c o n t i nued)

Page 9

TELECOMMUNICATIONS F 584 P a r t 4


TABLE 2 PART 4 TEST NUMBERIPART 2 PARAGRAPH NUMBER CROSS REFERENCES -

( con t i nued)

PART 4 TEST NUMBER PART 2 PARAGRAPH NUMBER

Page 1 0 I s s u e 2, May 95



Par t 4

@ TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION

17 Table 3 l i s t s a l l t h e t e s t s i n t he t e s t program. To s i m p l i f y t h e i n fo rma t ion shown i n t h e Displayed Operator In fo rmat ion column o f Table 3, on l y t he i n fo rma t ion associated w i t h the RUN ALL TESTS op t i on and t e s t PASS c o n d i t i o n i s included.

NOTES:- (1) Bold t e x t i n t he In fo rmat ion Column i n d i c a t e s t h a t t h e operator i s requ i red t o press a key f o r t h e program t o cont inue.

(2) The rec tangu lar box f o l l o w i n g TEST: which . is d isp layed w i t h YES/NO i s replaced by e i t h e r PASS o r FAIL, a f t e r t h e operator has pressed t h e key f o r e i t h e r YES o r NO.

TABLE 3 TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION

Test No.

Safety 1

Safety 2 (Para 50)

Test Desc r ip t i on

SYSTEM START-UP ( r e f e r t o Para 3).

h r r e n t consumption - o f f 36.050 MHz

h r r e n t consumption w i t h t h e :.U.T. mode swi tch s e t t o )ff (0) s h a l l be zero.

h r r e n t consumpti on - rece ive $6.050 MHz

:urrent consumption w i t h t h e I.U.T. i n t h e rece i ve c o n d i t i o n ;ha l l be 20 mA t o 125 mA.

Displayed Operator In fo rmat ion

Issue 2, May 95

SET RADIO AS FOLLOWS :-

FSS ............ 36.050MHZ. SSW ............ 0. ROS ............ L.

CONTINUE

CHANNEL - 36.050MHZ.

DC CURRENT ZERO

TEST IN PROGRESS

EMER TEST SAFETY 1

TEST : PASS


SSW ............ *. CONTINUE


CURRENT CONSUMPTION - RECEIVE

TEST IN PROGRESS

EMER TEST SAFETY 2

TEST : PASS

(continued)

Page 11


TABLE 3

Test No.

Safety 3 (Para 50)

Safety 4 (Para 50)

Safety 5


TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (continued)

Test Descr ip t ion

Current consumpti on - t ransmi t 36 .O5O MHz

Current consumption w i t h the E.U.T. i n the t ransmi t cond i t ion sha l l be 125 mA t o 890 mA.

Current consumpti on - t ransmi t 48.050 MHz

Current consumpti on w i t h the E.U.T. i n the t ransmi t cond i t ion sha l l be 125 mA t o 890 mA.

Safety t e s t - no t ransmi t 48.050 MHz

d i t h the E.U.T. i n the receive condit ion, the E.U.T. t ransmi t frequency i s measured, t h i s sha l l be 0 Hz.

Displayed Operator Informat ion

CHANNEL - 36.050MHZ. :-

CURRENT CONSUMPTION - TRANSMIT

TEST IN PROGRESS

EMER TEST SAFETY 3

TEST : PASS


FSS ............ 48.050MHZ.

CONTINUE CHANNEL - 48.050MHZ.

CURRENT CONSUMPTION - TRANSMIT

TEST IN PROGRESS

EMER TEST SAFETY 4

TEST : PASS

CHANNEL - 48.050MHZ. :-

SAFETY TEST - NO TRANSMIT

TEST IN PROGRESS

EMER TEST SAFETY 5

TEST : PASS

DISCONNECT AS FOLLOWS:

7150 DMM LEAD RED FROM CIP MONITOR +VE AND 7150 DMM VOLTS HIGH

7150 DMM LEAD BLACK FROM CIP MONITOR -VE AND 7150 DMM VOLTS LOW

RECONNECT 7150 SYSTEM DMM VOLTS HIGH AND DMM VOLTS LOW INPUTS

CONTINUE

(continued)




TABLE 3

Test No.

1 Para 101)

2 Para 139)

Part 4

TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (cont i nued)

Test Descr ipt ion

RUN ALL TESTS

r ransmi t ter frequency accuracv, 30.000 MHz

The t ransmi t ted frequency sha l l 3e 30.000 MHz *I50 Hz.

-ow ba t t e r y indicat ion, 30.050 MHz

l i t h the supply vol tage set t o 17 V, the E.U.T. noise a.f. 3utput sha l l be r egu la r l y i n te rm i t ten t .

Displayed Operator Informat ion

CLANSMAN RT351 TESTS

SELECT TEST I

SET RADIO AS FOLLOWS :- I FSS ............ 30.000MHZ. SSW ............ L.

CONTINUE

CHANNEL - 30.000MHZ. I FREQUENCY ACCURACY

TEST IN PROGRESS I EMER TEST 1 I TEST : PASS I SET RADIO AS FOLLOWS :-

FSS ............ 30.050MHZ.

CHANNEL - 30.050MHZ. I LOW BATTERY INDICATION 1 I TEST REFERENCE SETUP

EMER TEST 2 I IS THE AF NOISE OUTPUT REGULARLY INTERMITTENT?

ADJUST 2955 VOLUME FOR OPTIMUM POSITION

YES TEST :I-I

NO

(cont i nued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 Par t 4

TABLE 3

Test No.

3 (Para 139)

4 (Para 55)

5 (Para 56

6 (Para 55


TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION (continued)


Low b a t t e r y indicat ion, 30.050 MHz

With t h e supply vo l tage s e t t o 20 V, t h e E.U.T. a.f. output s h a l l be muted.

Transmi t te r power, 30.050 MHz (22 v)

With t h e E.U.T. supply vo l tage se t t o 22 V, t h e t r a n s m i t t e r power output s h a l l be g rea te r than 3.0 W. (Test continued)

Transmi t te r power, 30.050 MHz (32 V)

With t h e E.U.T. supply vo l tage s e t t o 32 V, t he t r a n s m i t t e r power output s h a l l be 1.0 W t o 6.8 W.

T ransmi t te r power, 48.050 MHz (22 V)

With t h e E.U.T. supply vo l tage s e t t o 22 V, t h e t r a n s m i t t e r power output s h a l l be g rea te r than 3.0 W.

D i sp l ayed Operator In fo rmat i on


LOW BATTERY INDICATION 2

TEST I N PROGRESS

EMER TEST 3

TEST : PASS


SSW ............ *. CONTINUt


TX POWER OUTPUT - 22V

TEST I N PROGRESS

EMER TEST 4

TEST : PASS



TEST I N PROGRESS

EMER TEST 5

TEST : PASS


............ FSS 48.050MHZ.

CONTINUI



TEST IN PROGRESS

EMER TEST 6

TEST : PASS

(continued)




Par t 4

TABLE 3 TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (continued)

Test No.

7 (Para 56)

8 (Para 55)

9 (Para 56)

10 (Para 75)


Transmi t te r power, 48.050 MHz (32 V)

With t h e E.U.T. supply vo l tage s e t t o 32 V, t h e t r a n s m i t t e r power ou tput s h a l l be 1.0 W t o 6.8 W.

T ransmi t te r Dower, 39.050 MHz J22 v)

With the E.U.T. supply vo l tage s e t t o 22 V, t he t r a n s m i t t e r power ou tput s h a l l be g rea te r than 3.0 W.

T ransmi t te r Dower, 39.050 MHz J32 V)

With t h e E.U.T. supply vo l tage s e t t o 32 V, t he t r a n s m i t t e r power ou tput s h a l l be 1.0 W t o 6.8 W .

150 Hz tone deviat ion, 39.050 MHz

The t r a n s m i t t e r d e v i a t i o n due t o t h e 150 Hz tone s h a l l be 1.56 kHz t o 1.93 kHz. The t r a n s m i t t e r d e v i a t i o n due t o no ise s h a l l be l e s s than 430 Hz.


EHANNEL - 48.050MHZ.


TEST IN PROGRESS

EMER TEST 7

TEST : PASS

SET RADIO AS FOLLOWS : - ............ FSS 39.050MHZ.



TEST IN PROGRESS

EMER TEST 8

TEST : PASS



TEST IN PROGRESS

EMER TEST 9

TEST : PASS


............ SSW L.

CONTINUI CHANNEL - 39.050MHZ.

TONE DEVIATION

TEST IN PROGRESS

EMER TEST 10

TEST : PASS

(continued)




TABLE 3 TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION (cont i nued)

Test No.

10 (Para 75)

11 (Para 80)

12 [Para 81)

13 Para 85)

Test D e s c r i p t i o n

(Test cont inued)

Modulat ion s e n s i t i v i t y , LOUD, 39.050 MHz

With a 1 kHz tone a p p l i e d t o t h e mic te rmina ls , t h e mic 1 eve1 i s automati c a l l y ramped f rom 0.6 mV t o 1.2 mV t o produce a d e v i a t i o n o f 3.5 *0.2 kHz.

Modulat ion sensi t i v i tv, WHISPER, 39.050 MHz

Test 11 i s repeated w i t h t h e E.U.T. s e t t o WHISPER and a mic i n p u t l e v e l o f 72 mV. The l e v e l i s ramped i n 10 mV steps u n t i l t h e d e v i a t i o n i s 3.5 kHz k0.2 kHz.

Yodulat ion c o n t r o l , 39.050 MHz

d i t h a mic i n p u t o f 1 kHz a t 20 mV and t h e E.U.T. i n t h e t ransmi t cond i t i on , t h e i e v i a t i o n s h a l l n o t exceed 5.7 kHz.

Disp layed Operator I n fo rma t i on


---r

-

TEST I N PROGRESS

EMER TEST 10

TEST : PASS


-

NOISE DEVIATION

I

I MODULATION SENSITIVITY - LOUD

TEST I N PROGRESS

EMER TEST 11

TEST : PASS


jSW ............ W. CONTINU

:HANNEL - 39.050MHZ.

[EST I N PROGRESS

IMER TEST 12

[EST : PASS

iET RADIO AS FOLLOWS :-

............ ;sw L.


IODULATION CONTROL

'EST I N PROGRESS

:MER TEST 13

'EST : PASS

IODULATION SENSITIVITY - WHISPER

(con t i nued)




Par t 4

TABLE 3

Test No.

14 (Para 76)

15 (Para 89)



150 Hz p i l o t tone freauencv, 39 .O5O MHz

The frequency o f t h e p i l o t tone sha l l be 148 Hz t o 152.5 Hz.

l a r i a t i o n o f dev iat ion, (1) - 39.050 MHz (2) - 30.050 MHz (3) - 47.950 MHz

i i t h t h e E.U.T. tuned t o 39.050 MHz, a 1 kHz tone a t 150 mV i s app l i ed t o t b e mic input. The l e v e l i s increased i n 5 mV steps u n t i l t h e l e v i a t i o n i s 5 kHz k0.1 kHz. This d e v i a t i o n i s recorded as the re fe rence 1 eve1 . The E.U.T. i s tuned t o 30.050 MHz. Wi th t h e same mic inpu t t h e d e v i a t i o n i s again neasured and s h a l l be w i t h i n k 1 kHz o f t h e re fe rence l e v e l . The E.U.T. i s tuned t o 17.950 MHz. With t h e same mic inpu t t h e d e v i a t i o n i s again neasured and s h a l l be w i t h i n k l kHz o f t h e re fe rence l e v e l .

I ssue 2, May 95



PILOT TONE FREQUENCY

TEST I N PROGRESS

EMER TEST 14

TEST : PASS


VARIATION OF DEVIATION - 1

TEST REFERENCE SETUP

EMER TEST 15


FSS............. 30.050MHZ

CONTINUE



TEST I N PROGRESS

EMER TEST 15

TEST : PASS


........... FSS 47.950MHZ.

CONTINUI



TEST I N PROGRESS

EMER TEST 15

TEST : PASS

(cont i nued)

Page 17

TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 ENGINEERING REGULATIONS Par t 4

TABLE 3 TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (cont inued)

Test No.

16 (Para 55)

17 (Para 56)

18 (Para 128)


T ransmi t t e r power, 47.950 MHz (22 v)

With t h e E.U.T. supply vo l t age s e t t o 22 V, t h e t r a n s m i t t e r power ou tpu t s h a l l be g r e a t e r than 3.0 W.

r r a n s m i t t e r power, 47.950 MHz (32 V)

J i t h t h e E.U.T. supply vo l t age j e t t o 32 V, t h e t r a n s m i t t e r lower ou tpu t s h a l l be 1.0 W. t o 6.8 W.

tece iver a.f. output , NOISE ON, 17.975 MHz

L -53 dBm s i g n a l (5 kHz l e v i a t i o n a t 1 kHz) i s app l i ed :o t h e E.U.T. antenna. :.U.T. a.f. ou tpu t s h a l l be 193 mV t o 849 mV.



........... SSW *. CONTINU



TEST I N PROGRESS

EMER TEST 16

TEST : PASS

EHANNEL - 47.950MHZ. :-


rEST I N PROGRESS

lMER TEST 17

[EST : PASS

iET RADIO AS FOLLOWS :-

:SS ........... 47.975MHZ. IOS ........... A.

CONTINUI


!X AF OUTPUT - NOISE ON

'EST I N PROGRESS

MER TEST 18

EST : PASS

(continued)




Par t 4


Test No.

19 (Para 128:

20 (Para 175)

Test Desc r i p t i on

Receiver a.f. output , NOISE ON, 47.975 MHz

With t h e E.U.T. s e t t o NOISE, a -53 dBm s igna l (1.3 kHz d e v i a t i o n a t 150 Hz) i s appl iec t o t h e E.U.T. antenna. The E.U.T. a. f . ou tpu t i s measured and recorded as t h e 0 dB re fe rence l e v e l . The E.U.T. i s then switched t o WHISPER (W) . The a.f . ou tpu t i s measured and s h a l l be -16 dB t o -21 dB.

Auto-rebro (1 ocal -remote) 47.975 MHz

With a -113 dBm s igna l (5 kHz d e v i a t i o n a t 1 kHz and 1.3 kHz d e v i a t i o n a t 150 Hz) app l i ed t o t he E.U.T. antenna, t h e l i n e cu r ren t s h a l l be 8 mA t o 14 mA.

Issue 2, May 95



RX AF OUTPUT - NOISE ON


EMER TEST 19


SSW ........... W. CONTINUI


RX AF OUTPUT - NOISE ON

TEST I N PROGRESS

EMER TEST 19

TEST : PASS

SET LINE RESISTANCE SWITCH TO OC.

CONTINUI


SSW ........... L. CONTINUI


AUTO-REBROADCAST LOCAL-REMOTE


EMER TEST 20


AUTO-REBROADCAST LOCAL-REMOTE

EMER TEST 20

TEST : PASS

(continued)

Page 19



Par t 4


Test No.

2 1 (Para 165:

2 2 (Para 155:

23 (Para 155:


Remote 1 i n e open c i r c u i t , 47.975 MHz

d i t h t h e remote l i n e open c i r c u i t , t h e E.U.T. s h a l l n o t t r ansmi t . Transmi t t e r power ~ u t p u t s h a l l n o t exceed 0.02 W.

L ine c u r r e n t 4 mA, (ROS-R) , 47.975 MHz

d i t h a l i n e c u r r e n t o f 4 mA, the E.U.T. s h a l l n o t t r ansmi t . T ransmi t te r power ou tpu t s h a l l not exceed 0.02 W.

L ine c u r r e n t 4 mA, (ROS-A) , 47.975 MHz

d i t h a l i n e c u r r e n t o f 4 mA, the E.U.T. s h a l l n o t t r ansmi t . T ransmi t te r power ou tpu t s h a l l no t exceed 0.02 W .

Displayed Operator I n fo rma t i on


SSW ........... *. ........... ROS R.


REMOTE LINE O/C

TEST I N PROGRESS

EMER TEST 2 1

TEST : PASS

SET LINE RESISTANCE SWITCH TO LC

CONTINUE ADJUST LINE CURRENT FOR A DMM READING OF 4 MA +O.lMA.

PRESS YES I F ADJUSTMENT YES SUCCESSFUL.

PRESS NO I F UNABLE TO NC SETUP REFERENCE CURRENT.


REMOTE LINE CURRENT 4MA - ROS-R

TEST I N PROGRESS

EMER TEST 22

TEST : PASS


........... ROS A.

CONTINUE

(cont inued)




Par t 4


Test No.

23 [Para 133)

24 [Para 155)

2 5 (Para 155)


:Test cont inued)

. ine c u r r e n t 8 mA, (ROS-A) , 17.975 MHz

l i t h a l i n e c u r r e n t o f 8 mA, :he E.U.T. s h a l l t r ansmi t . Tansmi t t e r power ou tpu t s h a l l )e n o t l e s s than 3.0 W.

_ i n e c u r r e n t 8 mA, (ROS-R) , 17.975 MHz

J i t h a l i n e c u r r e n t o f 8 mA, the E.U.T. s h a l l t ransmi t . Fransmi t t e r power ou tpu t s h a l l l e n o t l e s s than 3.0 W.

Issue 2, May 95



?EMOTE LINE CURRENT 4MA - ROS-A

rEST I N PROGRESS

EMER TEST 23

rEST : PASS

4DJUST LINE CURRENT FOR A DMM READING OF 9 MA *O.lMA.

PRESS YES I F ADJUSTMENT YE: SUCCESSFUL.

PRESS NO I F UNABLE TO N( SETUP REFERENCE CURRENT. CHANNEL - 47.975MHZ.

REMOTE LINE CURRENT 8MA - ROS-A

TEST I N PROGRESS

EMER TEST 24

TEST :


ROS ........... R.


REMOTE LINE CURRENT 8MA - ROS-R

TEST I N PROGRESS

EMER TEST 25

TEST : PASS

(cont i nued)

4

Page 21

TELECOMMUNICATIONS F 584 Par t 4

TABLE 3

Test No.

26 (Para 155)

2 7 (Para 155)

28 (Para 155)


TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (cont inued)


L ine c u r r e n t 14.5 mA, (ROS-R), 47.975 MHz

With a l i n e c u r r e n t o f 14.5 mA, t he E.U.T. s h a l l t r ansmi t . T ransmi t te r power ou tpu t s h a l l n o t be l e s s than 3.0 W .

L ine c u r r e n t 14.5 mA, (ROS-A), 47.975 MHz

With a l i n e c u r r e n t o f 14.5 mA, t h e E.U.T. s h a l l t r ansmi t . T ransmi t t e r power ou tpu t s h a l l n o t be l e s s than 3.0 W.

Ca l l tone, (ROS-A) , 47.975 MHz C a l l 1 eve1 , (ROS-A) 47.975 MHz

With a c u r r e n t o f between 15 mA and 30 mA i n t h e remote l i n e , t h e E.U.T. s h a l l be i n t h e c a l l cond i t i on . The c a l l tone s h a l l be 2 kHz *300 Hz, and t h e c a l l e v e l s h a l l n o t be l e s s than 774 mV.


ADJUST LINE CURRENT FOR A DMM READING OF 14.5 MA +O.lMA.

PRESS YES I F ADJUSTMENT YES SUCCESSFUL.

PRESS NO I F UNABLE TO NC SETUP REFERENCE CURRENT.


REMOTE LINE CURRENT 14.5MA - ROS-F

TEST I N PROGRESS

EMER TEST 26

TEST : PASS


ROS ........... A. CONTINUE


REMOTE LINE CURRENT 14.5MA - ROS-P

TEST I N PROGRESS

EMER TEST 27

TEST : PASS

SET LINE RESISTANCE SWITCH TO SC CALL I N

SET LINE CURRENT FULLY CLOCKWISE.


CALL TONE FREQUENCY - ROS-A

TEST I N PROGRESS

EMER TEST 28

TEST : PASS

(continued)



Par t 4

TABLE 3 TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION (continued)

Test No. --

28 :Para 155)

29 (Para 155)


:Test cont inued)

:a1 1 t o n e l c u r r e n t (ROS-R) , 17.975 MHz

J i t h t h e E.U.T. i n t h e c a l l :ondi t ion, t h e c a l l tone s h a l l )e 2 kHz *300 Hz. The c u r r e n t i n t h e remote l i n e s h a l l be 15 mA t o 30 mA and t h e c a l l leve l s h a l l n o t be l e s s than 774 mV.



:ALL TONE LEVEL - ROS-A

rEST I N PROGRESS

EMER TEST 28

TEST : PASS


CALL TONE CURRENT - ROS-A

EMER TEST 28

TEST : PASS


ROS ........... R.


CALL TONE FREQUENCY - ROS-R

TEST I N PROGRESS

EMER TEST 29

TEST : PASS


CALL TONE LEVEL - ROS-R

TEST I N PROGRESS

EMER TEST 29

TEST : PASS


CALL TONE CURRENT - ROS-R

EMER TEST 29

TEST : PASS

(continued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 Pa r t 4

TABLE 3

Test No.

30 (Para 165)

3 1 (Para 165)

3 2 (Para 165)




Short c i r c u i t t o 1 i n e 47.975 MHz

li t h a s h o r t c i r c u i t app l i ed to t h e l i n e te rmina ls , t h e E.U.T. s h a l l be i n t h e c a l l :ondi t i on. The 1 i ne c u r r e n t sha l l be 14.6 mA t o 30 mA and the c a l l tone s h a l l be 2 kHz *300 Hz.

500 Q t o l i n e , 47.975 MHz

l i t h 500 P across t h e l i n e terminals, t h e E.U.T. s h a l l be i n t h e c a l l cond i t i on . The c a l l tone s h a l l be 2 kHz *300 Hz.

1400 Q t o l i n e , 47.975 MHz

l i t h a 1400 Q l oad across t h e remote 1 i n e te rmina ls , t h e i.U.T,. s h a l l be i n t h e t r a n s m i t :ondi t ion. The t r a n s m i t t e r lower ou tpu t s h a l l n o t be l e s s than 3.0 W.

D isp layed Operator I n fo rma t i on


REMOTE LINE SIC

TEST I N PROGRESS

EMER TEST 30

TEST : PASS


REMOTE LINE SIC

EMER TEST 30

TEST : PASS

SET LINE RESISTANCE SWITCH TO 500 CALL I N


REMOTE LINE 500 OHMS

TEST I N PROGRESS

EMER TEST 3 1

TEST : PASS



EMER TEST 3 1

TEST : PASS

SET LINE RESISTANCE SWITCH TO TX 1400

CONTINUI

(con t i nued)



TABLE 3

Test No.

3 2 (Para 165)

3 3 (Para 179)

3 4 (Para 180)


Pa r t 4

TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION (con t i nued)


(Test cont inued)

-i ne modul a t i on sensi t i v i t v 17.975 MHz

l i t h a 1400 ohm load a p p l i e d t o the l i n e te rm ina l s and an a.f. inpu t o f 150 mV a t 1 kHz, t h e t r a n s m i t t e r d e v i a t i o n s h a l l be j r e a t e r than 3.3 kHz.

- i ne modulat ion sensi t i v i t v 17.975 MHz

l i t h a 1400 ohm load a p p l i e d t o the l i n e te rm ina l s and an a.f. i npu t o f 1.0 V a t 1 kHz, t h e t r a n s m i t t e r d e v i a t i o n s h a l l be 1.0 kHz t o 6.7 kHz.

Disp layed Operator In fo rmat ion

Issue 2, May 95



TEST I N PROGRESS

EMER TEST 32

TEST : PASS


LINE MOD SENSITIVITY 1

TEST I N PROGRESS

EMER TEST 33

TEST : PASS


LINE MOD SENSITIVITY 2

TEST I N PROGRESS

EMER TEST 34

TEST : PASS

SET LINE RESISTANCE SWITCH TO OC

SET LINE CURRENT FULLY COUNTER CLOCKWISE.

CONTINUE

(continued)

Page 25

F 584 Par t 4

TABLE 3

Test No.

35 (Para 148:

3 6 (Para 148)

3 7 (Para 149)

3 8 (Para 128-

Page 26

TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL ENGINEERING REGULATIONS



?emote te rm i na l vo l taqe, 47.975 MHz (20 V)

d i t h t he E.U.T. supply a t 20 V 3nd ROS s e t t o ' R 1 , t h e vol tage a t t h e remote te rm ina l s sha l l be 14.5 V t o 19.D V.

?emote te rmina l vo l taqe, q7.975 MHz (32 V)

d i t h t h e E.U.T. supply a t 32 V 3nd ROS s e t t o ' R 1 , t h e i o l t a g e a t t h e remote te rm ina l s sha l l be 14.5 t o 19.0 V.

l o l t a q e a t p i n C o f Sk t 2

The vo l tage a t p i n C o f Sk t 2 sha l l be 23.5 V t o 24.5 V.

?emote a. f. output, (ROSA) , 47.975 MHz

With a -53 dBm s igna l a t t h e antenna (5 kHz d e v i a t i o n a t 1 kHz), t h e E.U.T. a.f. ou tpu t a t t h e remote te rm ina l s (300 9) s h a l l be between 0.347 V and 0.495 V.



I C VOLTAGE TO REMOTE - 20V

[EST I N PROGRESS

EMER TEST 35

rEST : PASS


I C VOLTAGE TO REMOTE - 32V

rEST IN PROGRESS

EMER TEST 36

rEST : PASS

?EMOVE AUDIO CONNECTOR =ROM E.U.T. SKT 1 lND FIT TO E.U.T. SKT 2.

CONTINUI :HANNEL - 47.975MHZ.

I C VOLTAGE TO PIN C

rEST I N PROGRESS

ZMER TEST 37

rEST : PASS

7EMOVE AUDIO CONNECTOR 'ROM E.U.T. SKT 2 !ND FIT TO E.U.T. SKT 1.

CONTINUI


ROS ........... A.

CONTINU

(continued)

Issue 2, May 95



Par t 4


Test No.

3 8 (Para 128)

39 (Para 110)

40 (Para 143)

41 (Para 143)


(Test cont inued)

. .

S i snal + no i se lno i se r a t i o , $7.975 MHz

d i t h no i n p u t t o t h e E.U.T. mtenna, t h e E.U.T. a. f . ou tpu t i s measured and recorded as t h e 3 dB re fe rence 1 eve1 . 9 -113 dBm r.f. s igna l (5 kHz dev ia t i on a t 1 kHz) i s app l i ed t o t h e E.U.T. antenna and t h e a . f . ou tpu t i s measured and s h a l l n o t be l e s s than 16 dB.

Cal l tone, (ROS-C), 47.975 MHz

d i t h t h e E.U.T. swi tched t o C, the c a l l tone s h a l l be 2 kHz *300 Hz.

Ca l l l e v e l (ROS-C), 47.975 MHz

d i t h t h e ROS s e t t o C, ( c a l l ) the c a l l l e v e l s h a l l n o t be l e s s than 0.774 V.



REMOTE AF OUTPUT - ROS-A

TEST IN PROGRESS

EMER TEST 38

TEST : PASS


S+N/N RATIO

TEST IN PROGRESS

EMER TEST 39

TEST : PASS


SSW ........... L. ........... ROS C.


CALL TONE FREQUENCY - ROS-C

TEST IN PROGRESS

EMER TEST 40

TEST : PASS


CALL TONE LEVEL - ROS-C

TEST I N PROGRESS

EMER TEST 41

TEST : PASS

(cont i nued)




Test No

42 (Para 19C

43 (Para 190

44 'Para 190:

45 Para 190)


T ransmi t t e r power. (ROS-I), 47.975 MHz

With t h e ROS s e t t o I (intercom), t h e equipment shal n o t t r ansmi t . T ransmi t t e r power ou tpu t s h a l l n o t exceed 0.02 W.

Receiver a.f. output . (ROS-I) 47.975 MHz

9 -53 dBm s i g n a l (5 kHz dev ia t i on a t 1 kHz) i s app l i ed to t h e E.U.T. antenna. The rece i ve r a.f. ou tpu t s h a l l n o t )e l e s s than 400 mV. The a.f. ~ u t p u t s h a l l be aud ib le a t the remote te rmina ls .

lemote a.f . output . (ROS-I), 17.975 MHz

J i t h t h e same i n p u t as t e s t 42, ;he a.f . ou tpu t s h a l l n o t be ess than 200 mV. The a.f . m t p u t s h a l l be aud ib le a t t h e 'emote te rm ina l s.

i idetone output , (ROS-I) , .7.975 MHz

l i t h an a.f. i n p u t o f 80 mV a t kHz, t h e s idetone a.f. output

h a l l be g r e a t e r than 200 mV. he a.f. ou tpu t s h a l l be u d i b l e a t t h e remote ermi n a l s .



ROS ........... I. CONTINI


TX POWER - ROS-I

TEST I N PROGRESS

EMER TEST 42

TEST : PASS


?X AF OUTPUT - ROS-I

rEST I N PROGRESS

EMER TEST 43

rEST : PASS


[EMOTE AF OUTPUT - ROS-I

'EST I N PROGRESS

:MER TEST 44

'EST : PASS

HANNEL - 47.975MHZ.

IDETONE - ROS-I

EST I N PROGRESS

MER TEST 45

EST : PASS

(cont inued)




TABLE 3

Test No.

46 (Para 190:

4 7 (Para 190)

48 (Para 110)

49 (Para 110)

Par t 4



Remote s i detone output, (ROS-I), 47.975 MHz

With t h e same i n p u t as t e s t 44, t h e s idetone a.f. s h a l l be g r e a t e r than 200 mV. The a.f . ou tpu t s h a l l be aud ib le a t t h e remote te rmina l s.

Remote a.f. i npu t , (ROS-I), 47.975 MHz

With an a.f. i n p u t o f 1.18 V a t 1 kHz t o t h e remote te rmina ls , t h e E.U.T. a.f. ou tpu t s h a l l be aud ib le and n o t l e s s than 200 mV.

S i qnal + no i se lno i se r a t i o , 48.025 MHz

With no i n p u t t o t h e E.U.T. antenna, t h e E.U.T. a.f. output i s measured and recorded as the 0 dB re fe rence l e v e l . A -113 dBm rf s igna l (5 kHz d e v i a t i o n a t 1 kHz) i s app l i ed t o t h e E.U.T. antenna and t h e a.f. ou tpu t i s measured and s h a l l n o t be l e s s than 16 dB.

Siqnal + n o i se lno i se r a t i o , 39.025 MHz

With no i n p u t t o t h e E.U.T. antenna, t h e E.U.T. a. f . ou tpu t i s measured and recorded as the 0 dB re fe rence l e v e l . A -113 dBm r.f. s igna l (5 kHz d e v i a t i o n a t 1 kHz) i s app l i ed t o t h e E.U.T. antenna and t h e a.f. ou tpu t i s measured and s h a l l n o t be l e s s than 16 dB.

Disp layed Operator In fo rmat ion


SIDETONE REMOTE - ROS-I

TEST IN PROGRESS

EMER TEST 46

TEST : PASS


REMOTE AF INPUT - ROS-I

TEST IN PROGRESS

EMER TEST 47

TEST : PASS

SET RADIO AS FOLLOWS :

FSS ........... 48.025MHZ. SSW ........... *. ROS ........... A.

CONTINU CHANNEL - 48.025MHZ.

S+N/N RATIO

TEST I N PROGRESS

EMER TEST 48

TEST : PASS


FSS ........... 39.025MHZ.


S+N/N RATIO

TEST I N PROGRESS

EMER TEST 49

TEST : PASS

(continued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 Part 4

TABLE 3

Test No.

5 0 (Para 110)

5 1 (Para 110)

5 2 (Para. 110)



Test Description

Siqnal + noi se/noi se ratio, 76.025 MHz

With no input to the E.U.T. antenna, the E.U.T. a.f. output is measured and recorded as the 0 dB reference level. A -113 dBm r.f. signal (5 kHz deviation at 1 kHz) is applied to the E.U.T. antenna and the a. f . output i s measured and shall not be less than 16 dB.

Siqnal + noise/noise ratio, 62.025 MHz

With no input to the E.U.T. antenna, the E.U.T. a.f. output is measured and recorded as the 0 dB reference 1 eve1 . A -113 dBm r.f. signal (5 kHz deviation at 1 kHz) is applied to the E.U.T. antenna and the a.f. output is measured and shall not be less than 16 dB.

Siqnal + noise/noi se ratio, 30.025 MHz

With no input to the E.U.T. antenna, the E.U.T. a.f. output is measured and recorded as the 0 dB reference level. A -113 dBm r.f. signal (5 kHz deviation at 1 kHz) is applied to the E.U.T. antenna and the a.f. output is measured and shall not be less than 16 dB.

- -

Displayed Operator Information


FSS ........... 76.025MHZ. CONTINU

CHANNEL - 76.025MHZ. S+N/N RATIO

TEST IN PROGRESS

EMER TEST 50

TEST : PASS


FSS ........... 62.025MHZ. CONTINU


TEST IN PROGRESS

EMER TEST 51

TEST : PASS


........... FSS 30.025MHZ.

CONTINU


TEST IN PROGRESS

EMER TEST 52

TEST : PASS

(conti nued)



Par t 4


Test No.

53 (Para 118:

5 4 :Para 118)

--

Test Descr i p t i on

Squelch s e n s i t i v i t y - 2 dB (150 Hz ex te rna l ) . 39.035 MHz

With t h e 'E.u.T. swi tched t o NOISE, and no s igna l app l i ed t c t h e E.U.T. antenna, t h e a.f . ou tpu t i s measured and recordec as t h e 0 dB re fe rence l e v e l . A -135 dBm r.f. s igna l (1.3 kHz a t 150 Hz) i s appl i e d t o t h e E.U.T. antenna and increased i n 1 dB steps u n t i 1 t h e E.U.T. a. f . ou tpu t i s -2 dB. The E.U.T. i s switched t o LOUD and t h e E.U.T. a. f . ou tpu t s h a l l be muted and measure l e s s than 10 mV.

Squelch s e n s i t i v i t y - 9dB 1150 Hz e x t e r n a l ) , 39.025 MHz

d i t h t h e E.U.T. switched t o VOISE (*) and no s i g n a l a t t h e antenna, t h e E.U.T. a.f. x i t p u t i s measured and recorded as t h e 0 dB re fe rence l e v e l . 1 -135 dBm r.f. s igna l (1.3 kHz d e v i a t i o n a t 150 Hz) i s app l i ed t o t h e E.U.T. jntenna and increased i n 1 dB steps u n t i l t h e a. f . ou tpu t i s ?qua1 t o -9 dB. The E.U.T. i s j w i tched t o LOUD (L) , t h e a. f. ~ u t p u t s h a l l be unmuted and neasure g rea te r than 10 mV.

Di sp l ayed Operator I n fo rma t i on


FSS ........... 39.025MHZ.

C O N T I N U


SQUELCH SENS 2DB - 150HZ EXT


EMER TEST 53


SSW ........... L.

CONTINUI



TEST I N PROGRESS

EMER TEST 53

TEST : PASS


SSW ............ *. C O N T I N U t




IMER TEST 54


;sw ............ L. CONTINUE

(cont i nued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL ENGINEERING REGULATIONS F 584

Pa r t 4

TABLE 3

Test No.

54 (Para 118)

5 5 (Para 114)

5 6 (Para 118)

Page 32

TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (cont inued)


(Test cont inued)

L i m i t i n s , 39.025 MHz

A -113 dBm r.f. s i g n a l (5 kHz d e v i a t i o n a t 1 kHz) i s app l i ed t o t h e E.U.T. antenna. The E.U.T. a.f. ou tpu t i s measured and recorded as the 0 dB re fe rence l e v e l . The l e v e l o f t h e r.f. i n p u t i s increased t o -13 dB and t h e E.U.T. a. f . ou tpu t s h a l l be 0 dB +1 dB.

Sauelch s e n s i t i v i t y - 2dB 39.025 MHz

d i t h t he E.U.T. switched t o NOISE (*) and no s igna l a t t he antenna, t h e E.U.T. a . f . ~ u t p u t i s measured and recorded 3s the 0 dB re fe rence l e v e l . 9 -135 dBm r.f. C.W. s i gna l i s app l ied t o t h e E.U.T. antenna, and t h e l e v e l o f t h e C.W. s ignal i s increased i n 1 dB steps u n t i l t h e a. f . ou tpu t i s ?qua1 t o -2 dB. The E.U.T. i s switched t o LOUD (L), t he a.f. ~ u t p u t s h a l l be muted and neasure 1 ess than 10 mV.




TEST I N PROGRESS

EMER TEST 54

TEST : PASS

SET RADIO AS FOLLOWS : - SSW ........... *. ROS ........... L.


LIMITING


EMER TEST 55


LIMITING

TEST IN PROGRESS

EMER TEST 55

TEST : PASS


SQUELCH SENS 2DB - 160HZ INT


EMER TEST 56

SET RADIO AS FOLLOWS : - ............ SSW L.

CONTINUt

(cont inued)

Issue 2, May 95



Par t 4


Test No.

56 (Para 118)

57 (Para 118)

58 (Para 118)


(Test c o n t i nued)

Squelch s e n s i t i v i t v - 9 dB 39.025 MHz

With t h e E.U.T. swi tched t o NOISE (*) and no s igna l a t t he antenna, t h e E.U.T. a. f . ou tpu t i s measured afld recordec as t h e 0 dB re fe rence l e v e l . A -135 dBm r.f. C.W. s i g n a l i s app l i ed t o t h e E.U.T. antenna, and t h e l e v e l o f t he C.W. s i gna l i s increased i n 1 dB steps u n t i l t h e a.f . ou tpu t i s equal t o -9 dB. The E.U.T. i s switched t o LOUD (L) , t h e a.f. output s h a l l be unmuted and neasure g rea te r than 10 mV.

Squelch sensi t i v i t v -153 Hz 39.025 MHz

d i t h t h e E.U.T. switched t o VOISE and a -113 dBm r.f. s ignal (1.3 kHz d e v i a t i o n a t 153 Hz) app l i ed t o t h e antenna, the E.U.T. a. f . ou tpu t s h a l l l o t be l e s s than 20 mV.

-




TEST I N PROGRESS

EMER TEST 56

TEST : PASS


SSW ............ *. CONTINUI




EMER TEST 57


SSW ............ L. C O N T I N U I

ZHANNEL - 39.025MHZ.


TEST IN PROGRESS

EMER TEST 57

TEST : PASS


TEST : PASS

SQUELCH SENSITIVITY - 153HZ MOD

rEST IN PROGRESS

SMER TEST 58

rEST : PASS

( t o n t i nued)




Pa r t 4


Test No.

59 (Para 101:

6 0 (Para 101)

6 1 (Para 101)

Page 34


Transmi t te r f reauencv accuracv. 31.800 MHz

The t r a n s m i t t e d f requency s h a l l be 31.800 MHz + I59 Hz.

r r a n s m i t t e r f requency accuracv, $2.225 MHz

The t r a n s m i t t e d f requency s h a l l )e 42.225 MHz +211 Hz.

- r a n s m i t t e r frequencv accuracv, 13.350 MHz

-he t r a n s m i t t e d f requency s h a l l ,e 43.350 MHz +217 Hz.

D isp layed Operator I n f o r m a t i o n


FSS ........... 31.800MHZ.

CONTINU


FREQUENCY ACCURACY

TEST I N PROGRESS

EMER TEST 59

TEST : PASS


FSS ........... 42.225MHZ.

CONTINUI


FREQUENCY ACCURACY

TEST I N PROGRESS

EMER TEST 60

TEST : PASS


;SS ........... 43.350MHZ.

CONTINUI


-REQUENCY ACCURACY

[EST I N PROGRESS

IMER TEST 6 1

rEST : PASS

(con t i nued)

I ssue 2, May 95



Pa r t 4

TABLE 3 TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION ( c o n t i nued)

Test No.

6 2 Para 101)

63 Para 101)

6 4 :Para 93)

ransmi t t e r f requency accuracy, 5.475 MHz

he t r a n s m i t t e d frequency s h a l l e 55.475 MHz *277 Hz.

r a n s m i t t e r f requency 7.500 MHz

accuracy,

'he t r a n s m i t t e d frequency s h a l l le 57.500 MHz +287 Hz.

i idetone, a1 t e r n a t i v e a.f. ; k t 2, 48.050 MHz

J i t h an a.f. i n p u t of 80 mV a t 1 kHz, t h e s i detone a. f . ~ t p u t s h a l l be I90 mV t o 820 mV.

Displayed Operator I n f o r m a t i on

;ET RADIO AS FOLLOWS : -

CONTINUI :HANNEL - 55.475MHZ.

:REQUENCY ACCURACY

[EST I N PROGRESS

:MER TEST 62

rEST : PASS


........... =SS 57.500MHZ.

' CONTINUI

:HANNEL - 57.5OOMHZ.

FREQUENCY ACCURACY

TEST IN PROGRESS

EMER TEST 63

TEST : PASS


FSS ........... 48.050MHZ.

CONTINU REMOVE AUDIO CONNECTOR FROM E.U.T. SKT 1 AND FIT TO E.U.T. SKT 2.


SIDETONE - AUDIO SKT.2

TEST IN PROGRESS

EMER TEST 64

TEST : PASS

(cont inued)




TABLE 3 TEST DESCRIPTION AND DISPLAYED OPERATOR INFORMATION (cont inued) 0

Test No.

6 4 (Para 93)

65 (Para 114

66 Para 89)



L i m i t i n s , 62.025 MHz

A -113 dBm s igna l (5 kHz dev ia t i on a t 1 kHz) i s app l i ed t o t he E.U.T. antenna. The E.U.T. a. f . ou tpu t i s measured and recorded as t h e 0 dB reference 1 eve1 . The l e v e l o f the r .f . i n p u t s i gna l i s increased t o -13 dBm and t h e E.U.T. a. f . ou tpu t s h a l l be 0 dB 51 dB.

l i t h t he E.U.T. tuned t o 52.025 MHz and i n t h e t ransmi t node a 1 kHz tone a t 150 mV i s i pp l i e d t o t h e mic i n p u t and increased i n 5 mV steps u n t i l :he t r a n s m i t t e r ou tpu t l e v i a t i o n i s 5 kHz +I00 Hz. [ h i s d e v i a t i o n i s recorded as :he reference dev ia t i on . The E.U.T. i s tuned t o 48.050 MHz md the t e s t i s repeated. The i e v i a t i o n s h a l l be t h e 'eference d e v i a t i o n +1 kHz. -he E.U.T. tuned t o 76.050 MHz md the t e s t i s again repeated. 'he d e v i a t i o n s h a l l be t h e 'eference d e v i a t i o n + 1 kHz.


REMOVE AUDIO CONNECTOR FROM E.U.T. SKT 2 AND FIT TO E.U.T. SKT 1.

C O N T I N U


FSS ........... 62.025MHZ. SSW ........... *.

CONTINUI

CHANNEL *- 62.025MHZ.

LIMITING



LIMITING

TEST IN PROGRESS

fMER TEST 65

rEST : PASS

SET RADIO AS FOLLOWS ;-

;sw ........... L.

CONTINUE


/ARIATION OF DEVIATION - 1

'EST REFERENCE SETUP

EMER TEST 66

;ET RADIO AS FOLLOWS :-

........... 'SS 48.050MHZ.

C O N T I N U E

(cont inued)




Pa r t 4


Test No.

66 (Para 89)

67 (Para 66)

68 Para 56)



T ransm i t t e r Dower, 62.050 MHz (22 V)

With t h e E.U.T. supply vo l t age s e t t o 22 V, t h e t r a n s m i t t e r ou tpu t s h a l l be n o t l e s s than 3.0 W.

T ransmi t te r Dower, 62.050 MHz (32 V)

l i t h t h e E.U.T. supply vo l t age j e t t o 32 V, t h e t r a n s m i t t e r lower o u t p u t s h a l l be 1.0 W t o 6.8 W.

D isp layed Operator I n fo rma t i on



TEST I N PROGRESS

EMER TEST 66

TEST : PASS


........... FSS 76.050MHZ.



TEST I N PROGRESS

EMER TEST 66

TEST : PASS



[EST I N PROGRESS

:MER TEST 67

-EST : PASS


'X POWER OUTPUT - 32V

'EST I N PROGRESS

:MER TEST 68

'EST : PASS

(cont inued)




Test No,

69 (Para 76)

70 [Para 76)

7 1 Para 80)

Page 38


150 Hz p i l o t tone frequency 62.050 MHz

The s ha1

1

1 t 1

k C t t

M - 6 -

frequency o f t h e p i l o t tonc 1 be 148 Hz t o 152.5 Hz.

L50 Hz dev ia t i on , 62.050 MHz l o i se dev ia t i on , 62.050 MHz

-he transmi t t e r d e v i a t i o n due :o t he 150 Hz tone s h a l l be ..56 kHz t o 1.93 kHz.

l i t h t h e E.U.T. i n t h e t ransmi t :ond i t ion , t h e d e v i a t i o n due t o .he no ise a lone s h a l l be l e s s han 0.68 kHz.

odu la t i on s e n s i t i v i t y , LOUD, 2 .O5O MHz

J i t h t he E.U.T. i n t h e t ransmi t :ondi t i o n and no mic i npu t , t he i . f . outpu t s h a l l be 1.6 mV t o 1.2 mV. \ 44 mV a. f . s i gna l i s app l i ed :o t he mic i n p u t and increased n 5 mV steps u n t i l t h e : ransmi t t e r ou tpu t d e v i a t i o n s 3.5 kHz 50.2 kHz.


SET RADIO AS FOLLOWS : - SSW ........... L.

CONTINl


PILOT TONE FREQUENCY

TEST IN PROGRESS

EMER TEST 69

TEST : PASS


TONE DEVIATION

lEST IN PROGRESS

:MER TEST 70

[EST : PASS


IOISE DEVIATION

-EST IN PROGRESS

:MER TEST 70

'EST : PASS

HANNEL - 62.050MHZ.

ODULATION SENSITIVITY - LOUD

EST IN PROGRESS

MER TEST 71

EST : PASS

(cont inued)

Issue 2, May 95


Par t 4


Test No.

72 (Para 81)

73 (Para 55)

74 (Para 56)


Modulat ion sensi t i v i t v , WHISPER, 62.050 MHz

Test 70 i s repeated w i t h t h e E.U.T. s e t t o WHISPER and t h e a.f . ou tpu t s h a l l be 0.1 mV t o 0.3 mV. A 72 mV a.f. s i gna l i s app l i ed t o t h e mic i n p u t and increased i n 10 mV steps u n t i l t h e t r a n s m i t t e r ou tpu t d e v i a t i o n i s 3.5 kHz k0.2 kHz.

Transmi t te r power, 76.050 MHz (22 v )

With t h e E.U.T. supply vo l tage se t t o 22 V, t h e t r a n s m i t t e r ou tpu t s h a l l no t be l e s s than 3.0 W.

T ransmi t te r power, 76.050 MHz (32 V)

d i t h t h e E.U.T. supply vo l tage set t o 32 V, t h e t r a n s m i t t e r 3ower ou tpu t s h a l l be 1.0 W t o 6.8 W.

D isp layed Operator In fo rmat ion

SET RADIO AS FOLLOWS : - SSW ........... W.

C O N T I N U


MODULATION SENSITIVITY - WHISPER

TEST I N PROGRESS

EMER TEST 72

TEST : PASS

SET R A D I O AS FOLLOWS :-

FSS ........... 76.050MHZ. SSW ........... *.

C O N T I N U



TEST IN PROGRESS

EMER TEST 73

TEST : PASS



TEST IN PROGRESS

EMER TEST 74

TEST : PASS

(cont inued)




Test No.

75 (Para 101,

76 :Para 63)

7 7 Para 97)


Transmi t te r f requencv accuracy 76.100 MHz

The t r a n s m i t t e d frequency shal be 76.100 MHz *380 Hz.

r r a n s m i t t e r i n h i b i t , 79.050 MH;

l i t h t h e E.U.T. tuned t o a w o h i b i t e d frequency, t h e kransmi t t e r ou tpu t power s h a l l )e l e s s than 5 mW.

i idetone i n h i b i t , 79.050 MHz

l i t h t h e E.U.T. tuned t o a ~ r o h i b i t e d frequency and a mic nput o f 1 kHz a t 80 mV, t h e :.U.T. s ide tone a.f. ou tpu t h a l l be l e s s than 4.25 mV.



........... FSS 76.100MHZ. SSW ........... L.


FREQUENCY ACCURACY

TEST I N PROGRESS

EMER TEST 75

TEST : PASS


FSS ........... 79.050MHZ. SSW ........... *.

CONTINU


TX INHIBIT

rEST I N PROGRESS

lMER TEST 76

rEST : PASS


;sw ............ L.

CONTINUI


iIDETONE INHIBIT

-EST I N PROGRESS

lMER TEST 77

'EST : PASS

(cont inued)




Par t 4

TABLE 3

Test No.

7 8 Para 101)

79 :Para 101)

80 [Para 101)

TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION (cont i nued)


r r a n s m i t t e r frequency accuracy, 59.750 MHz

The t ransmi t t ed frequency s h a l l be 69.750 MHz *349 Hz.


The t r a n s m i t t e d frequency s h a l l be 68.625 MHz *343 Hz.


The t r a n s m i t t e d frequency s h a l l

Disp layed Operator I n f o r m a t i on

;ET RADIO AS FOLLOWS :-

............ 'SS 69.750MHZ.

CONTINUE


-REQUENCY ACCURACY

rEST I N PROGRESS

IMER TEST 78

[EST : PASS


............ =SS 68.625MHZ.

CONTINUI


FREQUENCY ACCURACY

TEST I N PROGRESS

EMER TEST 79

TEST : PASS


............ FSS 74.975MHZ.

CONTINUI


FREQUENCY ACCURACY

TEST I N PROGRESS

EMER TEST 80

TEST : PASS

(cont i nued)


TELECOMMUNICATIONS ELECTRICAL AND MECHANICAL F 584 Par t 4

TABLE 3

Test No.

8 1 (Para 67)

82 (Para 67)




Transmi t te r power, b a t t l e antenna, 73.050 MHz

With t h e E.U.T. tuned t o 73.050 MHz, t he t r a n s m i t t e r power ou tput from t h e b a t t l e antenna s h a l l produce a vo l tage o f n o t l e s s than 9 V.

T ransmi t te r power, b a t t l e antenna, 53.050 MHz

With t h e E.U.T. tuned t o 53.050 MHz, t h e t r a n s m i t t e r power ou tput from t h e b a t t l e antenna s h a l l produce a vo l tage o f n o t l e s s than 9 V.

Displayed Operator I n fo rma t ion - -

DISCONNECT E.U.T. ANTENNA CABLE FROM E.U.T. ANTENNA SOCKET.

REMOVE SCREENING CAN FROM E.U.T.

CONNECT BATTLE ANTENNA SIMULATOR TO E.U.T.

CONNECT RF PROBE BETWEEN BATTLE ANTENNA SIMULATOR BNC AND RIU RF PROBE.

CONTINUE


........... FSS 73.050MHZ. SSW ........... *.

CONTINUE


TX POWER INTO BATTLE ANTENNA

EMER TEST 8 1

TEST : PASS


FSS ........... 53.050MHZ.



EMER TEST 82

TEST : PASS

(continued)




Par t 4

TABLE 3

Test No.

83 (Para 67)

84 (Para 67)

85 (Para 67)


Test Descr i p t i on

Transmi t te r power, b a t t l e antenna, 65.050 MHz

With t h e E.U.T. tuned t o 65.050 MHz, t h e t r a n s m i t t e r power ou tpu t f rom t h e b a t t l e antenna s h a l l produce a vol tage o f n o t l e s s than 9 V.


With t h e E.U.T. tuned t o 45.550 MHz, t h e t r a n s m i t t e r power ou tpu t f rom t h e b a t t l e antenna s h a l l produce a vo l tage o f n o t l e s s than 9 V.


With t h e E.U.T. tuned t o 36.050 MHz, t h e t r a n s m i t t e r power ou tpu t f rom t h e b a t t l e antenna s h a l l produce a vo l tage o f n o t l e s s than 9 V.

D isp layed Operator In fo rmat ion


........... FSS 65.050MHZ.



EMER TEST 83

TEST : PASS


FSS ........... 45.550MHZ.



EMER TEST 84

TEST : PASS


FSS ........... 36.050MHZ.

CONTINUI


EMER TEST 85

rEST : PASS

(continued)


TELECOMMUNICATIONS F 5 8 4 P a r t 4


TABLE 3 TEST DESCRIPTION AND DISPLAY ED OPERATOR INFORMATION ( c o n t i nued)

T e s t No.

8 6 (Pa ra 67)

T e s t D e s c r i p t i o n

T r a n s m i t t e r power . b a t t l e an tenna . 32.050 MHz

With t h e E.U.T. t u n e d t o 32 .O5O MHz, t h e t r a n s m i t t e r power o u t p u t f r o m t h e b a t t l e a n t e n n a s h a l l p r o d u c e a v o l t a g f o f n o t 1 l e s s t h a n 9 V.

D i s p l a y e d O p e r a t o r I n f o r m a t i o n


FSS .......... : 32.050MHZ.

CONTINU



EMER TEST 86

TEST : PASS

DISCONNECT RF PROBE FROM BATTLE ANTENNA SIMULATOR AND R I U RF PROBE.

REMOVE BATTLE ANTENNA SIMULATOR FROM E.U.T.

I F FURTHER TESTING REQUIRED dITH THIS RADIO:-

:ONNECT E.U.T. ANTENNA CABLE TO I.U.T. ANTENNA SOCKET.

= I T SCREENING CAN TO E.U.T.

CONTINUE

Page 4 4 I s s u e 2, May 95

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