PART NO. 12240636 Page 1 of 32 DELCO ELECTRONICS SYSTEMS … · part no. 12240636 page 2 of 32...

PART NO.

12240636 of 32 DELCO ELECTRONICS SYSTEMS

PART CATEGORY KEY PRODUCT CHARACTERISTICS

PART CATEGORYASSIGNMENT

2 SUBSTANCE OF CONCERN AND RECYCLE CONTENT PER DELPHI-A 10949001

SAFETY/COMPLIANCE

FIT/FUNCTION

See DE204.04 for Details TOTAL ON DRAWING 0LAST NUMBER USED 0

THIS DRAWING IS THE PROPERTY OF DR. Mark Vincen DATE 18Nov03

DELPHI DELCO ELECTRONICS SYSTEMS NO RIGHTS ARE GRANTED TO USE THIS DRAWING

CK. DATE

FOR ANY PURPOSE OTHER THAN THE FURNISHING OF SERVICES AND SUPPLIES TO APPR Steve Netherton DATE 18NO03

DELPHI DELCO ELECTRONICS SYSTEMS

APPR. DATE

DISTRIBUTION FIRST USED: NAME:15118439 MOD ASM - 6.5 INCH CHEV

REFERENCE: PART NO: REV. Page 1 of32

12228912 12240636 B

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THIS DRAWING IS THE PROPERTY OF DELPHI DELCO ELECTRONICS SYSTEMS. NO RIGHTS ARE GRANTED TO USE THIS DRAWING FOR ANY

PURPOSE OTHER THAN THE FURNISHING OF SERVICES AND SUPPLIES TO DELPHI DELCO ELECTRONICS SYSTEMS

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TABLE OF CONTENTS

1. GENERAL OVERVIEW .............................................................................................................................................................3

1.1. MODULE SCOPE..........................................................................................................................................................................31.2. GENERAL SPECIFICATION............................................................................................................................................................31.3. TEMPERATUREOPERATIONCONDITIONS....................................................................................................................................41.4. FUNCTIONAL BLOCK DIAGRAM...................................................................................................................................................4

2. APPLICABLE DOCUMENTS....................................................................................................................................................5

2.1. APPLICABLE REFERENCE DOCUMENTS FOR PURCHASED DISPLAY MODULE.................................................................................5

3. ELECTRICAL REQUIREMENTS.............................................................................................................................................5

3.1. MINIMUM /MAXIMUM ELECTRICAL PARAMETERS(TOP= 25ºC +/-5ºC) .....................................................................................53.2. ELECTRICAL OPERATINGCONDITIONS........................................................................................................................................63.3. VIDEO I/O INTERFACE................................................................................................................................................................83.4. A/C SIGNAL TIMING REQUIREMENTS..........................................................................................................................................93.5. ANALOG SIGNAL TIMING DIAGRAM ..........................................................................................................................................103.6. SELECTABLE DISPLAY CONFIGURATIONINPUTS.......................................................................................................................123.7. VIEW MODESELECTIONFORMAT.............................................................................................................................................123.8 SELF-HEATING BACKLIGHT CHARACTERISTICS.........................................................................................................................133.9 THERMISTOR CHARACTERISTICS...............................................................................................................................................14

4. MECHANICAL SPECIFICATIONS........................................................................................................................................15

4.1. MODULE DIMENSIONEDOUTLINE DRAWING.............................................................................................................................154.2. MODULE MOUNTING GUIDELINES.............................................................................................................................................174.3. FACTORY IDENTIFICATION AND PRODUCTIONDATE CODING....................................................................................................18

5. OPTICAL CHARACTERISTICS.............................................................................................................................................19

5.1. OPTICAL PERFORMANCETABLE ...............................................................................................................................................195.2. EQUI-CONTRASTPLOT..............................................................................................................................................................205.3. DISPLAY PIXEL CONFIGURATION...............................................................................................................................................215.4. FLUID CLEARING POINT TEMPERATURE....................................................................................................................................215.5. DEFECTIVEPIXEL CRITERIA......................................................................................................................................................225.6 COSMETIC DEFECTS..................................................................................................................................................................235.7. POLARIZER DEFINITION.............................................................................................................................................................23

6. PRODUCT ASSURANCE PROVISIONS................................................................................................................................24

6.1. SCREENING...............................................................................................................................................................................246.2. ELECTRICAL AND OPTICAL TESTING.........................................................................................................................................246.3. QUALITY CONFORMANCEINSPECTION......................................................................................................................................24

7. QUALIFICATION TESTING...................................................................................................................................................25

7.1. QUALIFICATION TESTMETHODS...............................................................................................................................................257.2. QUALIFICATION TESTFLOW......................................................................................................................................................267.3 ENDPOINT REQUIREMENTS........................................................................................................................................................27

8. PACKAGING METHOD FOR SHIPMENT...........................................................................................................................29

8.1. PACKAGING DRAWING..............................................................................................................................................................29

9. APPLICATION NOTES............................................................................................................................................................31

9.1. PROTECTIVEFILM .....................................................................................................................................................................31

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9.2. LCD CLEANING ........................................................................................................................................................................319.3. MECHANICAL STRESS................................................................................................................................................................31

1. GENERAL OVERVIEW

1.1. Module Scope

This specification covers the detailed requirements for a full color TFT-LCD monitor. The monitor hasbeen engineered to operate within the vehicle passenger compartment under most environmental conditions.Details of the performance criteria are contained in subsequent sections of this document. Operation outside theindicated design parameters will result in a lose of performance and possible permanent damage. The part isESD sensitive and should be handled accordingly.

1.2. General Specification

Characteristic Item Specification Remark

Picture Size Diagonal 16.5 cm (6.5 inch)

Active Area 143.4 mm x 79.3 mm

Display Technology Full color a-Si TFT active matrix normally white

Display Modes Normal, full, cinema, wide(zoom) Formats

Number of Pixels 400(H) X RGB X 234(V) 1200(H) X 234(V)

Dot Pitch 0.1195(H) X 0.339(V) mm

Pixel Orientation RGB stripe

Optimum Viewing Angle 6 o’clock

Power DC +12.0 VDC (typ) for video

DC +8.0 - +18.0 VDC for backlight

Signal Composite video (NTSC and PAL) + Analog RGB (NTSC and PAL)

InputSignals

Control Bright, Color, Tint, PWMI, HRV, VRV,Video Modes,CLK,CLKC,

VSW, NTP

Backlight Cold Cathode Fluorescent Lamps with temp controlled boost function

Mercury content 3.8 mg TYP, 5.0 mg MAX

Brightness Typical 635cd/m2

Front Surface Treatment AG

Weight 290 grams

Dimensions 156.8(W) X 91.5(H) X 18.0(D) mm

Display Life To 50% initial brightness: 10K hrs minimum

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1.3. Temperature Operation ConditionsValueItem Symbol Conditions

Min. Max.

Unit

Operating Temperature Top Must meet specification requirements -30 70 °C

Storage Temperature Tstg Module Unpowered -40 85 °C

1.4. Functional Block Diagram

V. Mode 1-3

Power

ControlCircuit

Backlight

GND1

NTP

HRV, VRV

HSY, VSY

CLKC

VideoCircuit

VSW

VBS

RG B

RGB Sync

Bright

Color

Tint

VBL

GND2

PWMI

Gate

Driver

Source Driver

AMLCD

Backlight

VCC

CLK

THM Thermistor GND1

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2. APPLICABLE DOCUMENTS

2.1. Applicable reference documents for purchased display module

In case of conflict the following documentation order of precedence shall apply.

A. Purchase order

B. This part drawing

C. Other reference documents such as the supplier specification.

3. ELECTRICAL REQUIREMENTS

The following signal characteristics are required in order to guarantee the reliability and performance ofthe display module in the application. It is not required that every module be tested for all signal characteristicsthough all modules must perform the same within the specification limits when installed in the vehicle application.

3.1. Minimum/Maximum Electrical Parameters (Top = 25ºC +/-5ºC)MAXIMUM

ABSOLUTE RATINGS- Note 1

ITEMS SYMBOL CONDITIONS MIN. MAX. UNIT Remarks

SUPPLYPOWER

for Video Circuit VCC VSS-1.0 +14.0 V Note 1

ICC 1.0 A

for B/L Inverter VBL VSS-1.0 +24.0 V

IBL 2.0 A

VOLTAGE VSS = 0V

Notes 1,2

INPUTSIGNAL

CompositeVideo

VIDEO -- 1.5 Vp-p Note 1

Analog RGB R, G, B VCC = 8.0V -- 1.5 Vp-p

RGB CompositeSync.

SYNC VBL = 8.0V75Ω

-- 1.5 Vp-p

Color, TintBright, PWMI

COLOR, TINT, BRIGHTPWMI VSS = 0V

VDD = 5.0V

VSS-0.2 VDD+0.4 V Note 1

Signal Switch SSW, VSW MODE 1~3L/R, U/D, N/P

VCC = 8.0VVBL = 8.0V

VSS-0.2 VDD+0.4 V

Note 1: Do not exceed the maximum rating values, otherwise the module may be damaged.

Note 2. +24V time duration is two (2) minutes

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3.2. Electrical Operating Conditions

When operated within these limits, display uniformity shall be guaranteed by design. The specific intendedapplication will provide the necessary protection circuitry to guarantee the specified limits are not exceeded.

(Top = 25ºC +/- 5ºC, VSS= 0V, VDD= +5.0V)

SPECIFICATION (Note 1)

ITEMS SYMBOL CONDITIONS MIN. TYP. MAX. UNIT Remarks

for Video Circuit VCC 8.0 12.0 14.0 VSUPPLYPOWER ICC

VCC=12.0V

VBL=13.8V 160 200 mA

for B/L Inverter VBL 8.0 13.8 18.0 V

IBL 325 400 mA

for DisplayControl

VDD VSS --- VDD V

(Color, Bright, Tint)

VOLTAGE

CONTROL

VOLTAGEReference

VIDEO -- .714 -- Vp-p

Sync .272 .286 .300 Vp-p

INPUTSIGNAL

Composite Video

Chroma/burst .272 .286 .300 Vp-p

VOLTAGE Analog RGB R, G, B 75Ω -- 0.7 -- Vp-p

Composite sync. SYNC -- 1.0 -- Vp-p

Brightness BRT 0.0 2.8 5.0 V adjustable

Tint TINT 0.0 2.9 5.0 V adjustable

Color COLOR 0.0 2.1 5.0 V adjustable

B/L DimmerAdjust

PWMI 0.0 -- 5.0 V PWM

B/L Dimmer

Adjust

PWMI 145 150 155 Hz Base Freq

Signal Switch NTP,HRV,VRV,

MODS, MODW,MODN, CLKC,VSW

H Level4.0 -- VDD V

L Level VSS -- 1.0 V

Selectable

FIELD FREQUENCY fVDN NTSC 57.14 59.93 62.86 Hz

fHDN 15.0 15.73 16.50 kHz

fVDP PAL 48.64 50.0 56.20 Hz

fHDP 15.20 15.62 16.00 kHz

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Note 1: The recommended operating conditions show the ranges in which the device can operate normally.

Operation beyond the limit of the recommended operation conditions is not assured, even though operating conditions are within the limit of the absolute maximum ratings.

Note 2. The BRT, COLOR, TINT inputs default to the factory setting when no signal is applied

Note 3. The PWMI (DIM) input is internally pulled up to VDD (5VDC). The CCFL backlight is at full intensity when PWM1 is at 5VDC (active high functionality)

Note 4: The module shall reset itself if the power supply input voltages VCC and VBL fall below minimum values and then are restored to normal values.

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3.3. Video I/O Interface

The module contains two Molex IDC (53261) type header connectors (1.25mm Wire-to-Board) orequivalent for the table of I/O listed below:

Connector 1: (CN1)PIN No. Symbol Description I/O Remarks

1 VBS Composite Video I2 GND1 Signal Ground I3 VRV Up/Down Image Control I4 NTP NTSC/PAL select I5 VCC Power Supply Voltage I6 THM Thermistor sensor output O7 HRV Left/Right Image Control I8 MODS Display Mode Select I9 MODW Display Mode Select I

10 MODN Display Mode Select I11 PWMI Input signal for Backlight Dimming I12 VBL Backlight Supply Voltage I13 VBL Backlight Supply Voltage I14 GND2 Backlight Ground I15 GND2 Backlight Ground I

Connector 2. (CN2)PIN No. Symbol Description I/O Remarks

1 VR RED Video Signal I2 VG GREEN Video Signal I3 VB BLUE Video Signal I4 GND1 Signal GND I5 SYNC Composite Sync for RGB Video I

6 BRT Brightness adjusting signal I7 COLOR Color adjusting signal I8 TINT Tint adjusting signal I9 VSW Composite video/RGB select I

10 HSY Input/output horizontal sync. signal I/O11 VSY Input/output vertical sync. signal I/O12 CLKC Change the input/output direction of

HSY,VSY and enable/disable CLK inputI

13 CLK Input clock signal I14 GND1 Signal GND I

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3.4. A/C Signal Timing Requirements

Symbol Description Min. Typ. Max. UnitVertical sync pulse width(NTP=H) 15.6 16.7 17.8 mstW(V)

Vertical sync pulse width(NTP=L) 19.0 20.0 21.0 msVertical sync hold time (NTP=H) 181.8 190.7 199.6 ustH(V)

Vertical sync hold time (NTP=L) 187.5 192.1 196.7 usVertical sync set-up time(NTP=H) 15.4 16.5 17.6 mstSU(V)

Vertical sync set-up time(NTP=L) 18.8 19.8 20.8 msHorizontal sync pulse width(NTP=H) 60.6 63.6 66.6 ustW(H)

Horizontal sync pulse width(NTP=L) 62.5 64.0 65.5 ustH(H) Horizontal sync hold time 4.2 4.7 5.2 us

Horizontal sync set-up time(NTP=H) 55.4 58.9 62.4 ustSU(H)

Horizontal sync set-up time(NTP=L) 57.3 59.3 61.3 us

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3.5. Analog Signal Timing Diagram: (Composite Video)

10.75 us

1.96

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Analog Signal Timing Diagram: (RGB Video)

11.125us

1.96

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3.6. Selectable Display Configuration Inputs

The following signal inputs are selectable and control the video format and performance of the display as part ofthe overall video system. (H=VDD [5VDC], L=GND1)

Symbol Function Input LevelMODS Display mode select See Section 3.7

MODW Display mode select See Section 3.7

MODN Display mode select See Section 3.7

Internal Clock * HCLKC I/O direction of CLK,HSY,VSYExternal Clock LNTSC format * HNTP NTSC/PAL selectionPAL format LNormal * HVRV Up/Down Image ControlInvert image LNormal * HHRV Left/Right Image ControlShift image left to right LComposite video * HVSW Analog RGB/ Composite Video selectionAnalog RGB video L

Note: All control inputs have internal pull-up resistors to the default state* indicates default state

Display mode control defaults to FULL Mode

3.7. View Mode Selection Format

The five possible view modes are vehicle occupant selectable using a menu system and an input device.

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Description of Display Modes:

1. Full Mode 16:9: The picture is displayed with uniform enlargement in the horizontal directionand the horizontal retrace line on the input signal cannot be seen. If the video samplingfrequency of the image is fixed and a 4:3 video signal is displayed, the picture will be oblong.

2. Wide Mode: A 4:3 video signal is displayed with less feeling of incongruity than in the fullscreen mode. Since the video horizontal sampling frequency is modulated in the horizontaldirection, the degree of perfect roundness in the center of the screen is improved over that ofthe full screen mode.

3. Normal Mode 4:3: When displaying a 4:3 video signal, the displayed image is slightly lessthan perfectly round and the horizontal retrace line period is displayed at the two edges of thescreen. With respect to the video horizontal sampling frequency, the center portion of thescreen is slightly lower and the two edges become slightly higher. With respect to thehorizontal retrace line period, a far better display is achieved that that of masking the videosignal by the VCS signal timing

4. Cinema Mode: A letter-box type image (16:9 signal) is displayed over the central width of thescreen. In the horizontal direction, full screen display is utilized. Due to the display beingextended in the vertical direction, a slightly less than perfectly round image is displayed.

5. Wide 2 Mode: In the horizontal direction, the wide display mode is employed. Due to thedisplay being extended in the vertical direction, the portion of the picture in the center of thescreen is slightly less than perfectly round. Also due to extending in the vertical direction, theupper and lower portions of the image are not displayed.

3.8. Self-Heating Backlight Characteristics

The self-heating backlight is utilized to enhance the performance of the Cold Cathode Fluorescent Lamp(CCFL) for low ambient temperatures. (Condition: VCC, VBL = 12.0VDC)

Ambient Temperature °C (still air) Max time to reach 50% Typical Display Luminance-30 120 seconds

The self-heating backlight operation is automatic. It is not controlled by any external signal. The display white luminance ismeasured in the center of the display in the normal (perpendicular) viewing condition to the display.

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3.9 Thermistor Characteristics: The Display Module shall incorporate a KT Thermistor

part number 103KT2125-3P with the following characteristics:

Temp degreesResistance(Kohms)

-40 221.9-35 165.6-30 125.1-25 95.3-20 73.38-15 57.01-10 44.72-5 35.330 28.165 22.58

10 18.2515 14.8320 12.1425 1030 8.23835 6.89940 5.78145 4.86750 4.1255 3.50560 2.99665 2.770 2.21475 1.91680 1.66585 1.45190 1.271

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4. MECHANICAL SPECIFICATIONS

4.1. Module Dimensioned Outline Drawing

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4.2. Module Mounting Guidelines

• Allow enough space around the module for sufficient airflow to disperse the heat generated by the backlightsystem.

• In the application, prevent twisting and compression stresses on the module. These stresses may causepermanent damage to the AMLCD and/or CCFL.

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4.3. Factory Identification and Production Date Coding

The module will be identified by the following information and located on the module as shown on thedimensional outline drawing.

Item Contents

1 Manufacturer Name Sharp

2 Product Number Sharp – LQ065T5CRQ1, Delphi-D 12240636 Rev #

3 Serial Number Example – XXXXXXXXX (see chart below)

4 Country of Origin

5 Caution Label CAUTION (High Voltage)

6 Mercury Content Label

XXXXXXXXX

Specification Revision Level

Serial Number: 000001-999999 consecutive

Month:

January 1 July 7February 2 August 8March 3 September 9April 4 October XMay 5 November YJune 6 December Z

Year: 0 2000

1st digit – Year

2nd digit – Month manufactured

3rd –8th digit – sequential serial number

9th digit – Specification Revision Level

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5. OPTICAL CHARACTERISTICS

5.1. Optical Performance Table

Conditions under which the data was obtained are as follows. Tambient = 25°C +/-5°C, Vdd = 5.0V, Vss = 0,VCC = 8.0V, elapsed time from AMLCD and CCFL switch –on to measurement is greater than 30 minutes. RGBtest patterns only, factory pre-settings, dimming is not applied. Measurements are made perpendicular to theAMLCD unless otherwise specified.

The values in the table below are initial values.

Symbol Parameter Conditions Min. Typ. Max. Unit

L Brightness NTSC Peak white 476 635 Cd/m2

DIM Backlight Dimming Ratio At 25C, perpendicular angle 50 -----

CR Contrast ratio At optimum viewing 100 300

9 o’clock 50 60

3 o’clock 50 60

12 o’clock 30 40

Viewingangle

6 o’clock

Contrast ratio => 10:1

50 60

degree

Color Coordinates

XR Red 0.545 0.595 0.645

YR Red 0.280 0.330 0.380

XG Green 0.225 0.305 0.355

YG Green 0.510 0.560 0.610

XB Blue 0.100 0.150 0.200

YB Blue 0.075 0.125 0.175

XW White 0.265 0.313 0.363

YW White

Analog RGB 0.7 Vpp

0.279 0.329 0.379

Fluid transition time vs. temperature. Rise time (ton ) is defined as the time from 10 – 90% of transmissivity. Fall time (toff )is defined as the time from 90 – 10% of transmissivity.

DISPLAY FLUID TEMPERATURE Cº

-30º 25ºTyp. Max. Typ. Max.

ton

ms420 1300 11 40

toff

ms700 2200 22 72

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5.2. Equi-Contrast Plot

Contrast ratio (CR) is defined as the ratio between the transmission (τ) in a full white area (R=G=B=1) and

the transmission (τd) in a dark area (R=G=B=0).

CR = τ / τd

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Viewing Angle Definition

5.3. Display Pixel Configuration

Dot Color Configuration

1197 1199

1 2 3 4 5 1196 1198 1200

1 R G B R G G B R G B




5.4. Fluid Clearing Point Temperature

The clearing point is the lowest nematic-isotropic transition temperature at which the relative transmissivityof any pixel is equal for either energized or non-energized states.

Fluid clearing Temperature - 95ºC.

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5.5. Defective Pixel Criteria

The following table identifies the defect limits allowable for any module that is shipped as a productivecomponent.

Item Inspect NumberAllowed

Unit Remark

Level 1 ND with 1.0% 0 Dot Use ND filters

Level 2 ND with 2.5% 3 Dot1) BrightDots

Level 3 ND with 5.0% 5 Dot2) BlackDots 3 Dot No ND filter is

used

3) StringDots

Less than orequal to 3dots

Over 3 dots

Judge asbright dot

0

UnitNo ND filter isused

4) Acceptabledefects

Total count of bright dots and black dots shouldbe less than or equal to 6

5) Linedefects None Allowed

RelativePosition

1. Distance between two countable level bright dots should be over 5 mm2. Two or more adjacent black dots are not allowed3. The inspection time of bright dots is 10 seconds or less4. The inspection time of black dots is 5 seconds or less

Notes1. Test condition; the brightness level at the surface of the LCD id 400 cd/m2,

the distance for the inspection is 30 cm.2. A bright dot is defined as the dot which is constantly ON when a black image

is displayed on the LCD screen.3. A black dot is defined as the dot which is constantly OFF when a white

screen is displayed on the LCD screen.

Limit samples may be required prior to obtaining PPAP approval for this module. The sample(s) mustidentify the worst case condition for each of the inspection limits listed above. The sample(s) will be retained byDelphi Delco Electronics for future needs.

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5.6. Cosmetic Defects:

Spot Defects as a function of diametric size100um > d Any quantity allowed, but must not be connected100um < d < 300um A total of (2) allowed per display300um < d (0) allowed per display

Line defects as a function of line width (W) and length (L)W< 40um, L < 100 um Any quantity allowed, but must NOT be connected100 um < L < 2000um, W <40um (2) allowed per displayL > 2000um, W > 40um (0) allowed per display

Bubble Defects as a function of diametric size150um > d Any quantity allowed, but must NOT be connected150um < d < 300um (2) allowed per display300um < d < 500um (1) allowed per display500um < d (0) allowed per display

Scratches on the PolarizerL < 10 mm N < 3

Dent on Polarizer0.1 mm < D < 0.5 mm N < 3

5.7. Polarizer Definition:

Front: PFILZ3223TPZZ

Back: PFILZ3224TPZZ

Manufacturer: SANRITZ

Matte Finish: AG (Front Only)

The polarizer configuration will be such as to allow viewing of the display with polarizing sunglasses.

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6. PRODUCT ASSURANCE PROVISIONS

6.1. Screening

The supplier shall perform the necessary screens to assure that each part conforms to the requirementsherein. The intent of this specification is to insure the correct operation of each part throughout the applicablewarranty of the vehicle in which it is installed.

Refer to paragraph 6.3, Quality Conformance Inspection, for a lot acceptance procedure.

6.2. Electrical and Optical Testing

Production modules must be tested at 25 +/- 5°C to assure they meet all the requirements of thisspecification prior to shipment or assured by design. Electrical connections to the module utilized for testing mustbe made through the appropriate connector(s). The exact test method and sequence is to be supplied with thePPAP documentation. Changes to the production test method or sequence must be approved by Delphi-D prior toimplementation.

6.3. Quality Conformance Inspection

To be performed by the supplier of the display.

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7. QUALIFICATION TESTING

7.1. Qualification Test Methods

The Qualification test methods for this module are given in the table below and are taken from the ComponentSpecification for Liquid Cryslal Display Modules rev.A) C-5007, Table 1. The qualification testing is responsibility ofthe supplier and must be performed in a Delphi SQ1000 approved test laboratory.The electrical endpoints shall beperformed per C-5007.

Method Condition Description

Q-1000-102* B1 (See Note 1) Power Temperature CyclingQ-1000-103 C1(See Note 1) Operating LifeQ-1000-106 B3(See Note 2) Steady State HumidityQ-1000-115 - Dew PointQ-1000-117(SAEJ1885) C3 Ultraviolet ExposureQ-1000-200 (See Note 3) Physical DimensionsQ-1000-201 (See Note 3) External VisualQ-1000-207 A (See Note 1) Mechanical ShockQ-1000-211 C (See Note 1) Vibration-RandomQ-1000-221 F Color MeasurementQ-1000-301 - ESD Sensitivity Charged Device ModelC-5007, 7.1.1 - Functional TestC-5007, 7.3.1 - Low Temperature Response TimeC-5007, 7.3.2 - Contrast Ratio at TemperatureI-2403-107 (See Note 4) Thermal ShockDE Standard (See Note 5 and Figure 7.3) Electromagnetic Compatibility

10949001 Material SpecificationSubstances of Concern andRecycled Content

Notes:

* Backlighting and power may be disabled during temperatures below -30ºC and above +70ºC.

1. Refer to Part Drawing for electrical bias and operating conditions

2. Except, 60°C (± 2) and 90% (± 5) R.H. for 300 hours.

3. In addition to Q-1000-201, samples shall be evaluated for labeling and cosmetic defects as specified inSection 5.5 and Delphi Delco Electronics Systems Component Spec C-5007.

4. Delphi Delco Electronics Systems work instruction procedure.

5. DE Standard EMC Tests will be performed by Delphi at the final assembly/end model part number level.This module may not be a root cause for failure of the end model assembly during these tests or be thesource of EMI such the end model fails customer’s requirements for Electromagnetic Compatability.

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7.2. Qualification Test Flow

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7.3. Endpoint Requirements

Parameters or measurements to be taken and recorded on test samples at specified endpoints throughout thequalification testing process. In the event samples can not be visually monitored during environmental tests, endpoints shall be taken at the mid point of test hours. All measurements must be within the print or test method’sspecified limits.

7.3.1. Initial / Final Visual:a. Evaluate per Q-1000-201 and Section 5.0.

7.3.2. All Functional Checks, Initial, Final, Intermediate, ect.a. All viewing modes per Section 3.7.b. Backlight circuit functionality per Sections 3.8, 5.1.c. Displays a test pattern on all selectable inputs per Section 3.6.

7.3.3. Power Temperature Cyclinga. Measure and record backlight temperature performance to 50% nominal brightness at -30C before

and after PTC test.b. Perform final visual.c. Perform final functional.

7.3.4. Operating Lifea. Perform final visual.b. Perform final functional.

7.3.5. Steady State Humiditya. Perform final visual.b. Perform final functional.

7.3.6. Dew Pointa. Evaluate per Q-1000-115 requirements.

7.3.7. UV Exposurea. Evaluate per color and light end point requirements.

7.3.8. Physical Dimensionsa. Measure and record all overall dimensions referenced on the part drawing.b. Measure and record mounting hole dimensions.

7.3.9. Thermal Shocka. Perform functional check.

7.3.10. Mechanical Shocka. Perform functional check.b. Inspect for and note any mechanical damage.

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7.3.11. Random Vibrationa. Evaluate per functional check.b. Inspect for and note mechanical damage.

7.3.12. Color and Lighta. Measure and record optical requirements per section 5.1 , except response time.b. Evaluate samples for defective pixel criteria per section 5.5.

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8. PACKAGING METHOD FOR SHIPMENT

8.1. Packaging Drawing

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9. APPLICATION NOTES

9.1. Protective Film

The LCD module is shipped with a clear protective film over the LCD to prevent scratches during shippingand handling. This film should be removed as late as possible in the assembly process to prevent damageoccurring to the LCD polarizer. Peel the film slowly (more than 3 seconds) from the edge and back upon itself toprevent ESD damage. An air ionizer is necessary.

9.2. LCD Cleaning

When and if cleaning of the LCD is necessary use a soft absorbent lint free cotton cloth with a smallamount of Ethanol.

9.3. Mechanical Stress

Do not bend or twist the module during assembly or fixture the module in a method by a means other thanit has been designed for. Pressure on the LCD may cause the glass to crack and/or the cell gap distance tochange altering the LCD visual performance.

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REVISION HISTORY

DATE SYM REVISION RECORD PDRC/CA DR. CK

18NO03 A Release Production Per CN32258 172857 MRV SVN06FE04 B C23 in module changed from 1000pF to 1uF to eliminate display flicker.

Per CN35150.179823 SVN SMA

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