artistagui datasheet vx.x...20.06.2012 1.8 added more details about ar-02-181 25.06.2012 1.9 added...

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Datasheet

ArtistaGUI Version 1.14 08.07.2014

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Datasheet

ArtistaGUI A Human Machine Interface (HMI) Board

AR-02-180 / AR-02-181

Version 1.14

08.07.2014

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Table of Contents

1 Usage ................................................................................................................................................. 5

2 System .............................................................................................................................................. 6

2.1 AR-02-180 Features ................................................................................................................................................. 6

2.2 AR-02-181 Features ................................................................................................................................................. 7

3 Hardware overview ................................................................................................................. 8

3.1 CPU ......................................................................................................................................................................................... 8

3.2 RAM ........................................................................................................................................................................................ 8

3.3 NAND .................................................................................................................................................................................... 8

4 LCD Placement ........................................................................................................................... 9

5 Connections ............................................................................................................................... 10

5.1 TTL & LED Backlight ............................................................................................................................................... 10

5.1.1 TTL LCD Connector (CON1) ...................................................................................................................... 10

5.1.2 LED Backlight Connector-1 (CON2) ................................................................................................... 10

5.1.3 LED Backlight Connector-2 (CON3) ................................................................................................... 11

5.2 LVDS & Backlight ...................................................................................................................................................... 11

5.2.1 LVDS Connector (CON7) ............................................................................................................................. 11

5.2.2 LVDS Power (CON13) .................................................................................................................................. 12

5.2.3 Backlight connector (CON14 ) ................................................................................................................ 12

5.3 User Interaction Connection ............................................................................................................................ 12

5.3.1 Touch Screen (CON5) .................................................................................................................................... 12

5.4 Data Connections ..................................................................................................................................................... 13

5.4.1 MicroSD Card (CON6) .................................................................................................................................... 13

5.5 Target System Communication Connections ..................................................................................... 13

5.5.1 RS-232 (CON17) ................................................................................................................................................ 13

5.5.2 I2C (part of CON15) ....................................................................................................................................... 13

5.6 Control Connections ............................................................................................................................................... 14

5.6.1 GPIOs (part of CON15)................................................................................................................................. 14

5.6.2 Analog Input (part of CON15) ................................................................................................................ 14

5.6.3 PWM – Optional (part of CON15) ......................................................................................................... 14

5.6.4 USB ............................................................................................................................................................................... 15

5.6.5 Ethernet (Optional – CON9) ..................................................................................................................... 15

6 Ordering Information ......................................................................................................... 15

7 Panels .............................................................................................................................................. 16

7.1 Tested Panels ............................................................................................................................................................... 16

7.2 Panel Limitations ....................................................................................................................................................... 16

8 Touch Screen Controller .................................................................................................. 17

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9 GUI Design.................................................................................................................................. 18

10 Modbus RTU - RS-232 Serial Protocol ................................................................. 19

11 Boot-up time ............................................................................................................................. 19

12 Firmware Upgrade ................................................................................................................ 19

13 Electrical Specifications .................................................................................................... 20

14 Mechanical Outlines............................................................................................................. 21

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Revision History

Date Rev.No. Description Page

11.11.2011 1.0 Initial version (named Preliminary) All

15.11.2011 1.0 Added Connector to connection sections 6,7

22.11.2011 1.0 Section 9. electrical specification is added 11

23.11.2011 1.0 Described LVDS connection with resolutions

Changed PWM to optional 5, 6, 7

23.11.2011 1.1 Added optional 1024x768

07.12.2011 1.2 Added placement drawings and connection points

08.12.2011 1.3 USB, Ethernet

19.12.2011 1.4 Added SAP Number,

Reorganized board drawings.

1, 6,

7, 17

07.02.2012 1.5 Added modbus section 16

16.03.2012 1.5 changed supported panels section to tested_panels 14

22.03.2012 1.6

Removed Preliminary from title

Added Board photo to cover

Touch signals added to CON1

Added Panel Limitations section

1, 8,

14

28.03.2012 1.7

Added new SAP Nr.

Edit 5.7.1, 5.7.2

Added Section 6 Ordering Information and cross references to

it

1, 13

16.04.2012 1.7 XGA 5, 6,

15

16.04.2012 1.7 Added second block diagram for AR-02-181 7

27.04.2012 1.7 Added 15” tested panel 16

20.06.2012 1.8 Added more details about AR-02-181

25.06.2012 1.9 Added connector descriptions & set GUI Design section

referernce to the “Programming Manual” 15, 17

12.10.2012 1.11 5.7” and 8.4” panels are removed until new ones will be

available 16

12.04.2013 1.12 Added tested touch screen controllers section 17

13.02.2014 1.13 Added TO-09-006 TP-DD0700 17

08.07.2014 1.14 Added TO-09-012 and TO-09-003 17

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1 Usage

ArtistaGUI is a human machine interface board that allows users to facilitate TFT-LCDs in

their electronic or electromechanical systems in an interactive manner.

End-user interacts with the ArtistaGUI using LCD - touchscreen pair and ArtistaGUI relays

these inputs to the target system using some signals and communication protocols.

Additionally, target systems transmit their outputs like warnings and messages to

ArtistaGUI. ArtistaGUI draws these messages onto the LCD. Therefore it acts like a medium

interface between the end-user and the target system. Main idea behind that is the

abstraction of target system from LCD driving and touchscreen handling.

Almost any microprocessor based system with a RS-232 connection can host colorful TFT-

LCDs and touchscreen pair using ArtistaGUI. This allows being able to design lower

complexity control systems. Moreover, ability to deploy colorful TFT-LCDs on already

designed systems. All of those yield faster time to market.

ArtistaGUI is a flexible control unit. It supports several TFT-LCDs from 4.3” to 15” size and

from 480x272 to 1024x768 (XGA) resolution.

Figure-1: Overview of ArtistaGUI usage

Modbus RTU &

Control signals

LCD

Touch Screen

ArtistaGUI Target system

(Your

microcontroller

based system here)

End User

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2 System

2.1 AR-02-180 Features • 208 MHz ARM9 CPU

• 64MB DDR RAM

• 128MB NAND Flash

• 24-bit TTL interface for 4.3”

ET043003DH6 display with on board LED

backlight

• 24-bit LVDS interface for 640x480 and

800x480 (VGA, WVGA resolutions)

• 18-bit LVDS interface for 1024x768 (XGA)

resolution

• 4-wire resistive touch screen

• Panels from 4.3” to 15“

• Resolution from 480x272 to 1024x768

• MicroSD Card input for content storage

and update

• RS-232 connection (1 normal, 1 TTL-

level)

• 8 GPIOs (4 of them with Interrupt

functionality)

• PWM output (1 channel) – optional

• Analog input (1 channel)

• I2C interface

• USB OTG with MicroAB connector

• Ethernet

Software Features

• Embedded Linux

• Powerful Qt® GUI infrastructure and

Look&feel

• Easy GUI design with QtCreator WYSIWG

tool

• GUI description in QML

• Modbus RTU protocol on RS232

• GUI Flow control over RS232

• Various Image files support

• Easy GUI upload using MicroSD card

LCD Conn.

4.3” LCD Conn. B

ArtistaGUI AR-02-180

LVDS &

Backlight

TTL & LED

Backlight

4 wire Touch

GPIO x8

Analog Input x1

USB

OTG

MicroAB

MicroSD

Card

PWM Output x1

RS-232 x2

I2C

Ethernet

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2.2 AR-02-181 Features • 208 MHz ARM9 CPU

• 64MB DDR RAM

• 128MB NAND Flash

• 24-bit LVDS interface for 640x480 and

800x480 (VGA, WVGA resolutions)

• 18-bit LVDS interface for 1024x768 (XGA)

resolution

• 4-wire resistive touch screen

• Panels from 5.7” to 15“

• Resolution from 640x480 to 1024x768

• MicroSD Card input for content storage

and update

• RS-232 connection (1 normal, 1 TTL-

level)

• 8 GPIOs (4 of them with Interrupt

functionality)

• PWM output (1 channel) – optional

• Analog input (1 channel)

• I2C interface

• USB Host with USB-A connector

Software Features

• Embedded Linux

• Powerful Qt® GUI infrastructure and

Look&feel

• Easy GUI design with QtCreator WYSIWG

tool

• GUI description in QML

• Modbus RTU protocol on RS232

• GUI Flow control over RS232

• Various Image files support

• Easy GUI upload using MicroSD card

LCD Conn.

ArtistaGUI AR-02-181

LVDS &

Backlight

4 wire Touch

GPIO x8

Analog Input x1

MicroSD

Card

PWM Output x1

RS-232 x2

I2C

USB

(Host)

USB-A

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3 Hardware overview

Figure-3: Placement of connectors and ICs (Top-view)

3.1 CPU

NXP LPC3250 CPU is used. It is a 208 MHz CPU with an ARM926EJ-S core.

3.2 RAM

There are 64 MByte DDR RAM on the board.

3.3 NAND

There are 128 MByte NAND Flash on the board.

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4 LCD Placement

4.3” panel can be mounted on the back side of the panel using a 6 mm wide double sided

tape.

Figure-4: 4.3“ LCD will be placed on the backside of the board (AR-02-180)

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5 Connections

5.1 TTL & LED Backlight

A TTL connection for 4.3” Emerging Display ET043003DM6 is supported. LED backlight of

the panel is driven by the on-board LED driver. It is composed of one LCD TTL connector

and a backlight connector. This connection is available with Order Code: AR-02-180.

5.1.1 TTL LCD Connector (CON1)

Manufacturer : Hirose

Type : FH12-40S-0.5SH(55)

Connections

Pin Signal Description Pin Signal Description

1 GND Ground 21 BLU0 RGB Data BLUE 0

2 GND Ground 22 BLU1 RGB Data BLUE 1

3 SVCC LCD Power 23 BLU2 RGB Data BLUE 2

4 SVCC LCD Power 24 BLU3 RGB Data BLUE 3

5 RED0 RGB Data RED 0 25 BLU4 RGB Data BLUE 4




9 RED4 RGB Data RED 4 29 GND Ground

10 RED5 RGB Data RED 5 30 LCD_CLK LCD Pixel Clock

11 RED6 RGB Data RED 6 31 DISP Display Option

12 RED7 RGB Data RED 7 32 LCD_HSYNC Horizontal Sync

13 GRN0 RGB Data GREEN 0 33 LCD_VSYNC Vertical Sync

14 GRN1 RGB Data GREEN 1 34 LCD_DE Data Enable

15 GRN2 RGB Data GREEN 2 35 GND Ground

16 GRN3 RGB Data GREEN 3 36 SVCC LCD Power

17 GRN4 RGB Data GREEN 4 37 TOUCH_XP Resistive Touch XP

18 GRN5 RGB Data GREEN 5 38 TOUCH_YM Resistive Touch YM

19 GRN6 RGB Data GREEN 6 39 TOUCH_XM Resistive Touch XM

20 GRN7 RGB Data GREEN 7 40 TOUCH_YP Resistive Touch YP

5.1.2 LED Backlight Connector-1 (CON2)

Manufacturer : Kyocera

Type : 046277004001883+

Connections

Pin Signal Description

1 VLED- Negative LED

Power


Power

3 VLED+ Positive LED Power


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5.1.3 LED Backlight Connector-2 (CON3)


Type : DF13-4P-1.25H(21)

Connections



Power


Power



5.2 LVDS & Backlight

Single channel LVDS is supported and 12 V Backlight is supported.

LDVS output is 24 bits per pixel up to 800x480 (WVGA) resolution and 18 bits per pixel

for higher resolutions. Please see section 7 PANELS for more information about the panels.

5.2.1 LVDS Connector (CON7)

Manufacturer : HIROSE

Type : DF14-25P-1.25H

Connections


1 SVCC 3.3V DC LCD Panel Power


3 GND Ground

4 GND Ground

5 TXA3+ TXA3+

6 TXA3- TXA3-

7 TXACLK+ TXACLK+

8 TXACLK- TXACLK-

9 TXA2+ TXA2+

10 TXA2- TXA2-

11 TXA1+ TXA1+

12 TXA1- TXA1-

13 TXA0+ TXA0+

14 TXA0- TXA0-

15 GND Ground

16 GND Ground

17 GND Ground

18 GND Ground

19 GND Ground

20 GND Ground

21 GND Ground

22 GND Ground

23 GND Ground

24 GND Ground

25 BKLT_EN BKLT_EN (3.3V or 5V, configured by

FW)

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5.2.2 LVDS Power (CON13)


Type : DF14-5P-1.25H

Connections


1 LVDS_OPT LVDS Optional Signal



4 GND Ground

5 GND Ground

5.2.3 Backlight connector (CON14 )


Type : DF13-10P-1.25H

Connections


1 +12V_BKL +12V DC switched backlight power

2 GND Ground

3 BKLT_EN BKLT_EN (3.3V or 5V, configured by

FW)

4 BKLT_CTRL BKLT_CTRL (DC or PWM depends on

firmware)

5 N.C. Not connected

6 N.C. Not connected



9 GND Ground

10 GND Ground

5.3 User Interaction Connection

5.3.1 Touch Screen (CON5)

4 wire resistive touch screens are supported. There is an on board calibration tool

(software) too. LPC3250’s internal touchscreen control is used.

Option: connection of other touch controllers via USB interfaces. Please see 8

TOUCH SCREEN CONTROLLER section for information about the touch controllers.


Type : DF13-5P-1.25H

Connections


1 TOUCH_XP Touch Screen X+

2 TOUCH_YP Touch Screen Y+

3 TOUCH_XM Touch Screen X-

4 TOUCH_YM Touch Screen Y-

5 GND Ground

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5.4 Data Connections

5.4.1 MicroSD Card (CON6)

MicroSD card connector is used for mass storage needs and production needs. It is also

the default transfer medium for GUI configuration files and user Images.

Connector: Nexus 0203FR . It has pin connections as defined in the publicly available SD

Card standard files.

5.5 Target System Communication Connections

5.5.1 RS-232 (CON17)

There are two RS-232 connections on the board. One of them has all signals other than

Receive (Rx) and Transmit (Tx) pins and with the Isolation and translation layer. Second

one has only Receive (Rx) and (Tx ) at TTL level. For connections of the second channel

please see the table in Section 5.6.1

RS-232 connection is the main communication between the ArtistaGUI and target system.

That is because ArtistaGUI sends and receives events and actions from target system

through RS-232 connection. Protocol of this RS-232 connection is Modbus RTU. For more explanation of Modbus RTU please see section 10 MODBUS RTU - RS-232 SERIAL PROTOCOL.


Type : DF13-11P-1.25H(20)

Connections


1 GND Ground

2 EXTRS232_TXD Transmit Data

3 EXTRS232_DTR Data Terminal Ready

4 EXTRS232_RTS Request to Send

5 EXTRS232_DCD Data Carrier Detect

6 EXTRS232_RXD Receive Data

7 EXTRS232_DSR Data Set Ready

8 EXTRS232_CTS Clear to Send

9 EXTRS232_RI Ring Indicator

10 GND Ground

11 GND Ground

5.5.2 I2C (part of CON15)

There is an I2C connection on the board. It is only a Master connection with 3.3 Volt. So

that communication can only be initiated by ArtistaGUI and target system can use one of

the GPIOs as an Interrupt input so that it can make ArtistaGUI to initiate a

communication. It can be used to further add components to the ArtistaGUI system.

For connections please see the table in Section 5.6.1

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5.6 Control Connections

5.6.1 GPIOs (part of CON15)

There are 8 GPIOs on the ArtistaGUI Board. End user customization can allow deciding

between input and output. They are 3.3Volts. 4 of the 8 GPIOs which are selected to be

inputs can also be used as Interrupt inputs. These GPIO connections allow ArtistaGUI to

control several other attached devices and components.


Type : DF13-20DP-1.25V(20)

Connections


1 +3.3V 3.3V DC (max 100 mA)

2 +3.3V 3.3V DC (max 100 mA)

3 EXT_GPIO_0 GPIO (sources max 50 mA)








11 ANALOG_INPUT Analog Input to ADC

12 EXT_PWM PWM Output (Optional)

13 I2C2_SDA I2C Serial Data

14 I2C2_SCL I2C Serial Clock

15 U6_RX RS232 – Receive Data (Second

channel)

16 U6_TX RS232 – Transmit Data (Second

channel)

17 EXT_I2C_INT

18 GND Ground

19 GND Ground

20 GND Ground

5.6.2 Analog Input (part of CON15)

There is an Analog Input on the board. It has 1024 step sensitivity. It might be used for

measurements and triggering actions.


5.6.3 PWM – Optional (part of CON15)

There is an optional PWM output on the board. PWM signal can be used as a control

connection to target system. Duty cycle steps and frequency are configurable. However

PWM signal and backlight dimming cannot be used at the same time.


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5.6.4 USB

ArtistaGUI can support USB connections. It is a USB2.0 full speed OTG (On-the-Go)

connection. There is a USB Micro AB connector for dual role is available on the Order

Code: AR-02-180 and a USB-A connector for host connections on the Order Code: AR-02-

181 devices. Capacitive Touch controllers and other input devices can be attached to

ArtistaGUI using this USB Connector.

5.6.5 Ethernet (Optional – CON9)

There is a 100 Mbit Ethernet connection option on the ArtistaGUI.

6 Ordering Information

There two types of ArtistaGUI Boards available. AR-02-180 comes with optional Ethernet and

TTL Panel connections too.

Ordering Information

Ordering

Code

TTL & LED

Backlight LVDS

4-wire resistive

Touch Ethernet USB

MicroSD

Card RS-232 I2C GPIO

ADC Input

CON1,

2,3 CON7 CON5 CON9 CON8 CON5 CON17

CON15

CON 15

CON 15

AR-02-180 X X X X Micro

AB X X X X X

AR-02-181 X X A X X X X X

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7 Panels

7.1 Tested Panels

Various panels from 4.3 inches to 15 inches are tested with ArtistaGUI. Maximum

resolution is 1024x768 (XGA) at 18 bit-per-pixel.

ArtistaGUI can support other panels too. Please ask your sales representative for further

information.

Tested Panels

Manufacturer Model Size X Y Pixel

Depth Interface

Emerging Display ET043003DH6 4.3 480 272 24 TTL

AUO G065VN01V2 6.5 640 480 24 LVDS

ChiMei Innolux G070Y2-L01 7 800 480 24 LVDS

LG Philips LB104S01-TL01 10.4 800 600 18 LVDS

ChiMei Innolux G104S1-L01 10.4 800 600 18 LVDS

ChiMei Innolux G104X1-L04 10.4 1024 768 18 LVDS

ChiMei Innolux G121S1-L02 12.1 800 600 18 LVDS

ChiMei Innolux G150XGE-L04 15 1024 768 18 LVDS

7.2 Panel Limitations

If the panel fits in the below limitations, ArtistaGUI can support other panels by custom

firmware,

Panel Limitations

Parameter Symbol Min. Typ. Max. Unit Note

Display Clock LCD_CLK 0.00317 - 66.6 MHz

Panel Supply Voltage SVCC - 3.3 - V

Panel Supply Current IVCC - - 1 A Backlight Supply

Voltage +12V_BKL - 12 - (*)

Backlight Supply

Current IVBKL - - 1.2 A (*)

PWM Duty cycle TPWM 0 % - 100

%

PWM High VHPWM - 3.3 - V

PWM Frequency FPWM - - 50 kHz

Analog Backlight

Control VBKLDIM 0 - 5 V

(*) 12V Backlight power is not regulated on the ArtistaGUI. Input power is filtered and switched

on and off. User should assure power supply ratings are enough for their target panel.

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8 Touch Screen Controller

ArtistaGUI supports both 4 wire resistive touches using the on board controller and can also

control capacitive touches using an USB connected touch screen controller.

Following touch screen controller series are available and have been tested.

• All Zytronic Resistive touches with on board controller ( KA-30-044 Cable is required)

• Zytronic ZXY-U-OFF-32-B - Ordering Code: TO-02-069

• PCAP USB Interface DMC EXC Touch Controllers

• Inotouch controllers with EETI infrastructure

• TO-09-006 TP-DD0700-A02 – 7” PCAP Touch Panel FPC - I²C Interface

• TO-09-012 TP-DD1040-A03 – 10.4” PCAP Touch Panel FPC - I²C Interface

• TO-09-003 TP-DD1010-A01 – 10.1” PCAP Touch Panel FPC - I²C Interface

For other touch controllers please contact Data Display Group sales.

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9 GUI Design

ArtistaGUI uses the powerful Qt cross-platform application framework for GUIs. It also has

QtQuick Libraries and QML for defining and storing GUIs. Qt is a widely used framework

for designing mostly GUI based Applications. QtQuick is a library add-on to Qt. It allows

dynamic user interfaces using a declarative language QML. These technologies allow

ArtistaGUI users to use a visual design tool QtCreator.

Figure-3: A visual GUI design demo on QtCreator

QtCreator is a WYSIWYG tool for designing Qt Applications and GUIs. GUI design flow for

the customer product will be done using the QtCreator. QtCreator instantly translates the

visually designed GUI into QML. Also anything written into QML file with proper QML

syntax is directly shown on the visual design part.

Figure-4: QML code automatically created on QtCreator (Same application on Figure-3)

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User only has to upload this QML file and Image files into the ArtistaGUI board using

microSD card

Figure-5: GUI on the LCD (Same application on Figure-3)

Please refer to our “Programming Manual” for more details about programming the

ArtistaGUI.

10 Modbus RTU - RS-232 Serial Protocol

Modbus is an open and license –free specification. It is a well-known, industry standard

especially in Automation industry and available more than 30 years. It defines a framing

and messaging scheme for RS-232. Complete specification can be found on

http://www.modbus.org/specs.php . Good overview can also be found on

http://en.wikipedia.org/wiki/Modbus

Target system will be a modbus slave to ArtistaGUI and only “Read modbus registers” and

“write modbus registers” operations are used.

11 Boot-up time

ArtistaGUI board has bootloaders and an embedded Linux kernel running on it.

So boot-up requires around 30 seconds.

12 Firmware Upgrade

Firmware upgrade of ArtistaGUI is done with MicroSD card interface. Kernel, filesystem

and user defined files like pictures and GUI files are uploaded with MicroSD card interface.

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13 Electrical Specifications

Operating conditions

Item Symbol Min. Typ. Max. Unit Note

Supply

Voltage VIL 10.8 12.0 13.2 V

Depending on inverter

specification, see note

(3)

Supply

Current

without

Display and

USB device

plugged

IIL - 75 90 mA

Supply

Current

with SVGA

Display and

USB device

plugged

IIL-max - 2 - A

SVGA sample

configuration:

Display: 210 mA @

3.3V

Inverter: 1.2A @ 12V

Maximal allowed power consumption for TFT Panels operating with +3.3V

Item Symbol Max. Unit Note

+3.3V display

power CN7 Idisp 1 A without backlight

Maximal allowed power consumption backlight inverter

Item Symbol Max. Unit Note

+12V backlight

power on CN14 IBKL 1.2 A (2)

Electrical maximum ratings

Item Symbol Min. Max. Unit Note

Supply Voltage VIL -0.2 16 V (1),(2),(3)

Environmental Conditions

Item Symbol Min. Max. Unit Note

Operating

Temperature Top 0

50 °C

Storage

Temperature Tstore -35

85 °C

Note (1) With-in operating temperature

Note (2) Permanent damage to the device may occur if maximum values are exceeded.

Functional operation should be restricted to the conditions described under normal operating

conditions.

Note (3) Inverter power is not regulated. Inverter power is the same as power in. Absolute

maximum ratings are depending on inverter specification.

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14 Mechanical Outlines

Figure-6: Mechanical Dimensions

Our company network supports you worldwide with offices in Germany, Great Britain, Turkey and the USA.

For more information please contact:

Distec GmbH

Augsburger Str. 2b

82110 Germering

Germany

Phone: +49 (0)89 / 89 43 63-0

Fax: +49 (0)89 / 89 43 63-131

E-Mail: [email protected]

Internet: www.datadisplay-group.de

FORTEC Elektronik AG

Lechwiesenstr. 9

86899 Landsberg am Lech

Germany

Phone: +49 (0)8191 / 911 72-0

Fax: +49 (0)8191 / 217 70


Internet: www.fortecag.de

Display Technology Ltd.

5 The Oaks Business Village

Revenge Road, Lordswood

Chatham, Kent, ME5 8LF

United Kingdom

Phone: +44 (0)1634 / 67 27 55

Fax: +44 (0)1634 / 67 27 54


Internet: www.datadisplay-group.com

Apollo Display Technologies, Corp.

87 Raynor Avenue,

Unit 1Ronkonkoma,

NY 11779

United States of America

Phone: +1 631 / 580-43 60

Fax: +1 631 / 580-43 70


Internet: www.apollodisplays.com

Sales Partner:

DATA DISPLAY BİLİŞİM TEKNOLOJİLERİ

İÇ VE DIŞ TİCARET LİMİTED ŞİRKETİ

Barbaros Mh. Ak Zambak Sk. A Blok D:143

34376 Ataşehir / Istanbul

Turkey

Phone: +90 (0)216 / 688 04 68

Fax: +90 (0)216 / 688 04 69


Internet: www.data-display.com.tr

artistagui datasheet vx.x...20.06.2012 1.8 added more details about ar-02-181 25.06.2012 1.9 added...

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