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LQ035Q7DH06_SP_071505

P RODUCT S PECIFICATIONS

Liquid Crystal Displays Group LQ035Q7DH06

Advanced TFT LCD Module

TFT-

Advanced TFT-

240 × RGB × 320 pixels

(Spec. No.: LCP-05020B)

Spec. Issue Date: July 15, 2005

14 Brightness Change 20,21Indicated contents of the label Change

hardness Change 2 Surface

22 Fitting CN for ROHS Change

LCP-05020-1

NOTICE

this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical for any purpose, in whole or in part, without the express written permission of SHARP Express written permission is also required before any use of this publication may be made by a third party.

The application circuit examples in this publication are provided to explain the representative applications of SHARP’s devices and are not intended to guarantee any circuit design or permit any industrial property right or other rights to be executed. SHARP takes no responsibility for any problems related to any industrial property right or a third party resulting from the use of SHARP’s devices, except for those resulting directly from device manufacturing processes.

In the absence of confirmation by device specification sheets, SHARP takes no responsibility for any defects that occur in equipment using any of SHARP’s devices, shown in catalogs, data books, etc. Contact SHARP in order to obtain the latest

device specification sheets before using any SHARP’s device.

SHARP reserves the right to make changes in the specifications, characteristics, data, materials, structures and other contents described herein at any time without notice in order to improve design or reliability. Contact SHARP in order to obtain the latest specification sheets before using any SHARP’s device. Manufacturing locations are also subject to change without notice.

Observe the following points when using any device in this publication. SHARP takes no responsibility for damage caused by improper use of the devices.

The appropriate design measures should be taken to ensure reliability and safety when SHARP’s devices are used for equipment such as:

? Transportation control and safety equipment (i.e., aircraft, trains, automobiles, etc.)

? Traffic signals ? Gas leakage sensor breakers

? Alarm equipment ? Various safety devices etc.

SHARP’s devices shall not be used for equipment that requires extremely high level of reliability, such as: ? Military and space applications ? Nuclear power control equipment

? Medical equipment for life support

Contact a SHARP representative, in advance, when intending to use SHARP’s devices for any “specific” applications other than those recommended by SHARP.

Contact and consult with a SHARP representative if there are any questions about the contents of this publication.

(1)Application

This specification applies to LQ035Q7DH06

(2)Overview

This module is a color active matrix LCD module incorporating amorphous silicon TFT (Thin Film Transistor), named AD-TFT (Advanced TFT). It is practicable in both transmissive-type and reflection-type modes. It is composed of a color TFT-LCD panel, driver ICs, an FPC, a back light, a touch panel and a back sealed casing. It isn’t composed control circuit. Graphics and texts can be displayed on a 240×3×320 dots panel with 262,144 colors by supplying.

Optimum view angle is 6 o’clock. An inverted display mode is selective in the vertical or the horizontal direction.

(3)Mechanical specifications

【Note 3-1】

Excluding protrusion, Including FPC cover portion

For detailed measurements and tolerances, please refer to Fig. 1.

(4)Pixel configuration

(5)Input/Output terminal

5-1)TFT-LCD panel driving section

Table 2 Recommendation CN：FH12A-50S-0.5SH(HIROSE)

Pin No. Symbol I/O Description Remarks

1 VL1 I Power supply for LED (High voltage)

2 NC －

3 VL2 I Power supply for LED (Low voltage)

4 VEE －Power supply of gate driver(low level)

5 VSHD －Power supply of digital

6 DGND －Ground(digital)

7 CLS I Clock signal of gate driver

8 DGND －Ground(digital)

9 SPS I Start signal of gate driver

10 U/L I Selection for vertical scanning direction 【Note5-1】

11 MOD I Control signal of gate driver 【Note5-2】

12 VDD －Power supply of gate driver(high level)

13 VCOM I Common electrode driving signal

14 DGND －Ground(digital)

15 SPR I/O Sampling start signal

16 DGND －Ground(digital)

17 VSHA －Power supply(analog)

18 LBR I Selection for horizontal scanning direction 【Note5-3】

19 PS I Power save signal

(Please don’t carry out use by “Low” fixation)

20 REV I reverse control signal 【Note5-4】

21 DGND －Ground(digital)

22 B5 I BLUE data signal(MSB)

23 B4 I BLUE data signal

24 B3 I BLUE data signal

25 B2 I BLUE data signal

26 B1 I BLUE data signal

27 B0 I BLUE data signal(LSB)

28 LP I Data latch signal of source driver

29 DGND －Ground(digital)

30 SPL I/O Sampling start signal

31 DGND －Ground(digital)

32 DCLK I Data sampling clock signal

33 DGND －Ground(digital)

34 G5 I GREEN data signal(MSB)

35 G4 I GREEN data signal

36 G3 I GREEN data signal

37 G2 I GREEN data signal

38 G1 I GREEN data signal

39 G0 I GREEN data signal(LSB)

Pin No. Symbol I/O Description Remarks

40 DGND －Ground(digital)

41 R5 I RED data signal(MSB)

42 R4 I RED data signal

43 R3 I RED data signal

44 R2 I RED data signal

45 R1 I RED data signal

46 R0 I RED data signal(LSB)

47 AGND－Ground(analog)

Produce REV signal with the amplitude of AGND－VSHA【Note5-4】

48 COM O

49 DGND －Ground(digital)

50 DGND －Ground(digital)

【Note5-1】Selection for vertical scanning direction

U/L Scanning direction (Pixel configuration)

Low Normal scanning ( X , 1 )

↓

( X , 320 )

High Inverted scanning ( X , 1)

↑

( X , 320)

【Note5-2】See section(7-1)-(A) ”※Cautions when you turn on or off the power supply”.

【Note5-3】Selection for horizontal scanning direction

LBR SPL SPR Scanning direction (Pixel configuration)

High Input Output Normal scanning (1,Y) → (240,Y)

Input Inverted scanning (1,Y) ← (240,Y)

Low Output

【Note5-4】

“Ｈ” “Ｌ”“Ｈ”“Ｌ”

REV(IN)

VSHA

COM(OUT)

AGND

VCOM(IN)

5-2) Touch panel driving section

Table 3 Recommendation CN：0.4(1.0)9FLH-RSM1-TB（JST）

Pin No. Symbol I/O Description Remark T1 YU －Y (12 o’clock side)

T2 XL －X (right side)

T3 YD －Y (6 o’clock side)

T4 XR －X (left side)

(6)Absolute Maximum Ratings

Table 4

Unit

Ratings

Remark

Condition

Parameter Symbol

Power supply(source/Analog) VSHA Ta=25℃ -0.3～+7.0 V

Power supply(source/Digital) VSHD Ta=25℃ -0.3～+7.0 V

Power supply (gate) VDD Ta=25℃ -0.3～+35.0 V

Power supply (gate) VDD-VEE Ta=25℃ -0.3～+35.0 V

Input voltage (Digital) VID Ta=25℃ -0.3～VSHD+0.3 V [Terminal①]

Operating temperature

Ｔopp － -10～70 ℃【Note6-1】

(panel surface）

Storage temperature Ｔstg － -25～70 ℃【Note6-1】

[Terminal①] MOD,U/L,SPS,CLS,SPL,R0～R5,G0～G5,B0～B5,LP,DCLK,LBR,SPR,PS,REV

【Note6-1】Humidity: 95%RH Max.(at Ta ≦ 40℃). Maximum wet-bulb temperature is less than 39℃

(at Ta > 40℃). Condensation of dew must be avoided.

The maximum humidity in the temperature

(7)Electrical characteristics

7-1)Recommended operating conditions

A) TFT-LCD panel driving section

Table 5 GND=0V

Remarks

Unit

Typ.

Max.

Parameter Symbol Min.

VSHA+4.5 +5.0 +5.5 V

Supply voltage for source driver

(Analog)

Supply voltage for source driver

VSHD+3.0 +3.3 +3.6 V

(Digital)

Supply voltage

High voltage VDD +14.5 +15.0 +15.5 V

for gate driver

-10.5

-9.5

-10.0

VEE

Low

voltage

Input voltage for Source driver (Low) VILS GND - 0.2VSHD V 【Note 7-1】

Input voltage for Source driver (High) VIHS 0.8VSHD- VSHD V 【Note 7-1】

Input current for Source driver (Low) I ILS - - 30 μA 【Note 7-1】

I IHS1 - - 30 μA 【Note 7-2】

Input current for Source driver (High)

μA 【Note 7-3】

I IHS2 - - 1200

Input voltage for Gate driver (Low) VILG GND - 0.2VSHD V 【Note 7-4】

Input voltage for Gate driver (High) VIHG0.8VSHD- VSHD V 【Note 7-4】

Input current for Gate driver (Low) I ILG - - 4 μA 【Note 7-4】

Input current for Gate driver (High) I IHG - - 4 μA 【Note 7-4】

Common electrode AC component VCOMAC- ±2.5 ±2.6 Vp-p 【Note 7-5】

【Note 7-5】

driving signal DC component VCOMDC－0.8 +0.2 +1.2 V

※ C autions when you turn on or off the power supply

① Turn on or off the power supply with simultaneously or the following sequence.

② The input signal of “MOD” Terminals (Pin No.11) must be low voltage when turning on the

power supply, and it is held until more than double vertical periods after DATA are turned on

completely. After then, it must be held high voltage until turning off the power supply. (Connect

Pin No.11 terminals to the same signal.)

0≦T1

【Note 7-1】DCLK,SPL,SPR,LBR,LP,PS,REV,R0～R5,G0～G5 and B0～B5 terminals are applied.

【Note 7-2】DCLK,SPL,SPR,LBR,LP,REV,R0～R5,G0～G5 and B0～B5 terminals are applied.

【Note 7-3】PS terminal is applied.

【Note 7-4】MOD,CLS,SPS and U/L terminals are applied.

【Note 7-5】VCOMAC should be alternated on VCOMDC every 1 horizontal period and 1 vertical period.

VCOMDC bias is adjusted so as to minimize flicker or maximum contrast every each module.

B) Back light driving section

Table 6 Ta=25℃

terminal

Remarks Parameter Symbol

MIN TYP MAX

Units LED voltage V L－19.2 21.6 V

LED current I L－20 22 mA

Power consumption W L－0.384 －W 【Note 7-6】

【Note 7-6】Calculated reference value(I L×V L)

7-2) Timing Characteristics of input signals

Table 7 AC Characteristics (1) (VSHA=+5V , VSHD=+3.3V , Ta=25℃) Parameter Symbol

Min.Typ.Max. Unit Remark Clock frequency of source driver

fCK 4.5 － 6.8 MHz Rising time of clock

Tcr －－ 20 ns Falling time of clock

Tcf －－ 20 ns Pulse width (High level)

Tcwh 40 －－ ns Pulse width (Low level)

Tcwl 40 －－ ns DCLK Frequency of start pulse

fsp 16.5－ 28 kHz Setup time of start pulse

Tsusp 15 －－ ns Hold time of start pulse Thsp 10 －－ ns Pulse width of start pulse

Twsp －－ 1.5/f CK ns SPL,SPR 【Note 7-7】 Setup time of latch pulse

Tsulp 20 －－ ns Hold time of latch pulse

Thlp 20 －－ ns LP Pulse width of latch pulse

Twlp 60 －－ ns Setup time of PS

Tsups 0 －－ μs Setup time of PS

Tsulps 1 －－ μs Hold time of PS

Thps 0 －－ μs Source

driver Hold time of PS

Thlps 30 －－ ns PS Set up time of data

Tsud 15 －－ ns Hold time of data

Thd 10 －－ ns R0～R5,G0～G5 ,B0～B5 Clock frequency

fcls 16.5－ 28 kHz Pulse width of clock(Low)

Twlcls 5 － (1/fcls)-30 μs Pulse width of clock(High)

Twhcls 30 －－ μs Rising time of clock

Trcls －－ 100 ns Falling time of clock

Tfcls －－ 100 ns Setup time of clock Tsucls 3 －－ μs Hold time of clock

Thcls 0 －－ μs CLS Frequency of start pulse

fsps 58 － 86 Hz Setup time of start pulse

Tsusps 100 －－ ns Hold time of start pulse

Thsps 300 －－ ns Rising time of start pulse

Trsps －－ 100 ns Gate

driver Falling time of start pulse

Tfsps －－ 100 ns SPS Vcom

Setup time of Vcom Tsuvcom 0 －－ μs Vcom Hold time of Vcom Thvcom 1 －－ μs

【Note 7-7】There must be only one up-edge of DCLK (includes Tsusp and Thsp time) in the period of SPL=”Hi”.

7-3)Power consumption

Measurement condition : SPS=60Hz,CLS=15.73kHz,SPL=15.73kHz,DCLK=6.3MHz

The term of PS=”Lo” in one horizontal period … 37μsec(234DCLK)

Ta=25℃

Table 9 when normal scan mode Parameter Sym

Conditions MIN

TYP

MAX

Unit

Remarks

Analog ISHA VSHA

=+5.0V － 3.0 6.0 mA 【Note 7-8】

Source

current Digital ISHD VSHD

=+3.3V － 1.5 3.0 mA 【Note 7-8】

High IDD

VDD

=+15.0V －0.05 0.10 mA 【Note 7-9】

Gate

current Low IEE

VEE

=-10.0V －-0.05 -0.10 mA 【Note 7-9】

【Note 7-8】Vertical stripe pattern alternating 21 gray scale (GS21) with 42 gray scale (GS42) every 1 dot. 【Note 7-9】64-Gray-bar vertical pattern (GS0 ～GS63 for horizontal way)

(8)Input Signals, Basic Display Color and Gray Scale of Each Color

Table 10

Colors & Data signal

Gray scale Gray

R0 R1 R2 R3 R4 R5G0G1G2G3G4G5B0 B1 B2 B3B4B5 Scale

Black －000000000000000000

Blue －000000000000111111

Green －000000111111000000 Basic color

Cyan －000000111111111111

Red －111111000000000000 Magenta －111111000000111111 Yellow －111111111111000000 White －111111111111111111 Black GS0000000000000000000

×GS1100000000000000000 Gray Scale of red

Darker GS2010000000000000000×èèèè

?èèèèBrighter GS61101111000000000000?GS62011111000000000000

Red GS63111111000000000000 Black GS0000000000000000000

×GS1000000100000000000 Gray Scale of green

Darker GS2000000010000000000×èèèè

?èèèèBrighter GS61000000101111000000?GS62000000011111000000 Green GS63000000111111000000 Black GS0000000000000000000

×GS1000000000000100000 Gray Scale of bleu

Darker GS2000000000000010000×èèèè

?èèèèBrighter GS61000000000000101111?GS62000000000000011111 Bleu GS63000000000000111111

0 :Low level voltage 1 :High level voltage

Each basic color can be displayed in 64 gray scales from 6 bit data signals. According to the combination of total 18 bit data signals, the 262,144-color display can be achieved on the screen.

(9) Optical characteristics

9-1)Not driving the Back light condition Table 11 (VSHA=+5V, VSHD=+3.3V, VDD=+15V, VEE=-10V ,Ta=25℃) Parameter Symbol Condition Min Typ Max Unit Remarks θ21,22 35 50 - degree [Note 9-1,2] θ11 CR ≥1.5 35 50 - degree Viewing angle

range

θ12 35 50 - degree Contrast ratio

CRmax θ =0° 2 3 - [Note 9-2,4] Response Rise

τ r - 30 60 ms [Note 9-3] time Fall τ d - 50 100 ms White chromaticity

x 0.27 0.32 0.37 [Note 9-4] y θ =0° 0.30 0.35 0.40 Reflection ratio R θ =0°

2.5 4 - % [Note

9-5]

* The measuring method of the optical characteristics is shown by the following figure.

* A measurement device is Otsuka luminance meter LCD5000.(With the diffusion reflection unit.)

Center of display Measuring method (a) for optical characteristics

A beam

9-2)Driving the Back light condition

* The measuring method of the optical characteristics is shown by the following figure.

* A measurement device is TOPCON luminance meter BM-5(A).(Viewing cone 1)

Photodetector(including luminosity facter)

Touch panel

LCD module

Center

Measuring method (c) for optical characteristics

[Note 9-1] Viewing angle range is defined as follows.

６o’clock direction

Normal line

Definition for viewing angle

[Note 9-2] Definition of contrast ratio:

The contrast ratio is defined as follows:

Photodetecter output with all pixels white(GS63)

Contrast ratio(CR)=

Photodetecter output with all pixels black(GS0)

V COMAC =5.0Vp-p

[Note 9-3] Definition of response time:

The response time is defined as the following figure and shall be measured by switching

the input signal for "black" and "white".

10%

90%

100%

Photodetecter output (arbitrary unit)

[Note 9-4] A measurement device is Minolta CM-2002.

[Note 9-5] Definition of reflection ratio

Reflection ratio =

[Note 9-6] A measurement device is ELDIM EZContrast

[Note 9-7] This is the reference value. The White-LED life time is defind as a time when brightness not to become

under 50% of the original value(at Ta=25℃)

(10) Touch panel characteristics Table 13

Parameter Min. Typ. Max. Unit Remark Input voltage

－ 5.0 7.0 V Resistor between terminals(XL-XR)

200 － 640 Ω Resistor between terminals(YU-YD)

150 － 550 Ω Provisional specification Line linearity(X direction)

－－ 1.5 % Line linearity(Y direction)

－－ 1.5 % Insuration resistance

20 －－ M Ω at DC25V Minimum tension for detecting

－－ 0.79 N

(11) Display quality

The display quality of the color TFT-LCD module shall be in compliance with

the Incoming Inspection Standards for TFT-LCD..

(12) Mechanical characteristics

12-1) External appearance

See Fig. 1

12-2) FPC (for LCD panel) characteristics

(1)Specific connector

FH12A-50S-0.5SH (HIROSE)

(2) Bending endurance of the bending slits portion

No line of the FPC is broken for the bending test (Bending radius=0.6mm and

angle=90°) in 30 cycles.

12-3) Design guidance for touchpanel(T/P)

12-3-1) Example of housing design

(1)If a consumer will put a palm on housing in normal usage, care should be taken as follows.

(2)Keep the gap, for example 0.3 to 0.7mm, between bezel edge and T/P surface.

The reason is to avoid the bezel edge from contacting T/P surface that may cause a “short”

with bottom layer. (See Fig.2)

(3)Insertion a cushion material is recommended.

(4)The cushion material should be limited just on the busbar insulation paste area.

If it is over the transparent insulation paste area, a ”short” may be occurred.

(5)There is one where a resistance film is left in the T/P part of the end of the pole.

Design to keep insulation from the perimeter to prevent from mis-operation and so on.

Light detected level of the reflection by the LCD module Light detected level of the reflection by the standard white board

12-3-2) Mounting on display and housing bezel

(1)In all cases, the T/P should be supported from the backside of the Plastic.

(2)Do not to use an adhesive-tape to bond it on the front of T/P and hang it to the housing bezel.

(3)Never expand the T/P top layer (PET-film) like a balloon by internal air pressure.

The life of the T/P will be extremely short.

(4)Top layer, PET, dimension is changing with environmental temperature and humidity.

Avoid a stress from housing bezel to top layer, because it may cause “waving”.

(5)The input to the Touchpanel sometimes distorts touch panel itself.

Fig.2

Insulation Paste

Prohibition Area 0.3 ～0.7mm

LQ035Q7DH06_SP_071505

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