20100909 NLC128CG128CHJRGB39 SpV0€¦ · admatec GmbH Elektronische Systeme und Komponenten...

LCD Module RoHSNLC128CG064CHJRGB39(Status: September 2010)

Specification V0.1

Approval of Specification

Approved by Date

Admatec09.09.2010

Customer

admatec GmbH Elektronische Systeme und Komponenten

Wendenstrasse 29, D-20097 Hamburgfon +49 (0)40 23 85 33-0fax +49 (0)40 23 85 33-11e-mail [email protected] www.admatec.eu

This product complies to EU directive 2002/95/EC (RoHS) of January 27th,2003.

CStahlSig_Stahl

NLC128CG064CHJRGB39 SPECIFICATION Revision: 0.1

REVISION RECORD

Rev. Date Pages Description PM TM0.1 2010-09-09 First Issue JR CS

Revision: 0.1 Author: MB/SK Date: 09.09.2010 Page: 2/18


1. MECHANICAL DATA

NO. ITEM CONTENTS UNIT

1 Product No. NLC128CG064CHJRGB39 --

2 Module Size 55.0(W)*45.0(H)*6.95(T) mm

3 Viewing Area 51.0(W)*31.0(H) mm

4 Dot Size 0.360(W)*0.420(H) mm

5 Dot Pitch 0.375(W)*0.435(H) mm

6 Number of Dots 128(W)*64(H) --

7 Duty, Bias 1/65, 1/7 --

8 LCD Type FSTN positive --

9 Rear Polarizer Transmissive --

10 Viewing Direction 6 O’clock --

11 Backlight LED RGB --

12 Controller ST7565R --

13 Interface 4-line SPI --

14 DC/DC Converter Included --

15 Touch Panel Included --

16 Weight 25 (Approx.) g

NLC128CG064 C H J RGB39

Back Light OptionC: LED Backlight RGB: Color of LED Backlight

3: Version No.9: Touch Panel included

Reflective/Transmissive Mode/View AngleH: transflective (high transmissive) J: positiv, 6:00



2. ABSOLUTE MAXIMUM RATINGS

2.1 ELECTRICAL ABSOLUTE MAXIMUM RATINGS

ITEM SYMBOL MIN. MAX. UNIT COMMENTPower Supply forLogic

VDD-VSS 0 3.6 V ---

2.2 ENVIRONMENTAL MAXIMUM RATINGS

ITEMOPERATING STORAGE

COMMENTMIN. MAX. MIN. MAX.

AMBIENTTEMPERATURE

-10°C 70°C -20°C 80°C



3. ELECTRICAL CHARACTERISTICS

3.1 ELECTRICAL CHARACTERISTICS OF LCM

(VSS=0V, VDD=2.4 to 3.6V, Top=25°C)

Item Symbol Condition Min. Typ. Max. Unit

Operating Voltage VDD -- -- 3.0 -- V

Operating Voltage for LCD V0 -- -- 9.0 -- V

InputVoltage

High VIH -- 0.8VDD -- VDDV

Low VIL -- VSS -- 0.2VDD

OutputVoltage

High VOH IOH=0.5mA 0.8VDD -- VDDV

Low VOL IOL=0.5mA VSS -- 0.2VDD

Input leakage Current IILVDD=3.0V

VIN=VDD or VSS-1.0 -- 1.0 µA

Output leakage Current IOZ VIN=VDD or VSS -3.0 -- 3.0 µA

LCD driver on resistance RONTa=25°CV0=8V

-- 2.0 3.0 KΩ

Oscillatorfrequency

Internal FOSC VDD=3.0VTa=25°C

Duty Ratio=1/65

32.7 43.6 54.5KHz

External fCL 4.09 5.45 6.81

Voltage converter inputVoltage VCI

X2 2.4 -- 5.5

VX3 2.4 -- 5.0

X4 2.4 -- 3.75

X5 2.4 -- 3.0

Voltage converter outputVoltage

VOUTX2/X3/X4/X5 voltageconversion (no-load)

95 99 -- %

Voltage regulatoroperating Voltage

VOUT -- 6.0 -- 16.0 V

Voltage follower operatingVoltage

V0 -- 4.5 -- 15.0 V

Reference Voltage VREFVDD=3.0VTa=25°C

-0.05%/°C 2.04 2.1 2.16 V



3.3 ELECTRICAL CHARACTERISTICS OF TOUCH

ITEM MIN. MAX. UNIT NOTE

Linearity -- 2 %X-Axis, Y-Axis

NOTE(1)

Terminal Resistance400 1100 Ω X (Film Side)

100 500 Ω Y (Glas side)

Insulation Resistance 20 MΩ 25VDC

Operating Voltage -- 5 VDC --

Maximum output current -- 1 mA Note(5)

Response Time -- 15 ms --

Operating Force 10 100 g --

Pen Hitting Test 1,000,000 -- Times NOTE(2)

Pen Sliding Test 100,000 -- Times NOTE(3)

Surface Hardness 3 -- H NOTE(4)NOTE (1): Voltage (DC 5V) is applied to X1 or Y2 and ground (0V) is applied to X2 or

Y1. Use stylus to draw straight lines (LX and LY) at 5mm intervals within active area and detect the voltage at Y2 or X1 to measure the voltage differences between X1 and X2 or Y1 and Y2.

NOTE (2): Test Nib: Ø2±0.2mmTest force: 250±50gTest frequency: 2mm/sec

NOTE (3): Test Nib: Ø2±0.2mmTest force: 250±50gTest frequency: 60mm/sec

NOTE (4): Use smooth nib with different hardness pencil. Use BY type pencil tester.45° angle, 750g force,Push aslant on non-conductive surface of ITO Film, check if has obvious scratch.

NOTE (5): Maximum current on output terminal xn or yn while operating touch panel (short between top and bottom)



3.4 ELECTRICAL CHARACTERISTICS OF BACKLIGHT

Used LED Rating (Constant Current Driving) Ta = 25°C

ITEM SYMBOL MIN. TYP. MAX. UNIT CONDITIONMaximum ReverseCurrent

IR -- -- 0.01 mA VR=5V

Applied ForwardVoltage

VF (B,G) -- 9.6 10.5 V IF=20mA (R)IF=20mA (G)IF=20mA (B)VF (R) -- 6.3 7.5 V

Applied ForwardCurrent

IFR -- 16 -- mA Backlight Color:White

IFG -- 20 -- mAIFB -- 7 -- mA

Maximum ForwardCurrent

IF(RGB) -- -- 20 mA

LED Life Time LL 40,000 hrsAt applied

forward currentNote(1)

NOTE (1): LED life time is defined as follows: The final brightness is at 50% of original brightness.

Circuit Diagram:


AG KG

KR

KB

AR

AB


4. OPTICAL CHARACTERISTICS

(At Top=25°C)ITEM SYMBOL MIN. TYP. MAX. UNIT COMMENT

Response TimeRise Tr -- 80 160

ms Note 2,3Fall Tf -- 140 300

Threshold VoltageVth1 -- 8.49 8.99

V --Vth2 9.86 10.2 --

Frame frequency f -- 64 -- Hz --

Viewing Angle

6 o'clock -- 34 --

deg. Note 4,53 o'clock -- 42 --12 o'clock -- 44 --9 o'clock -- 38 --

Contrast Ratio Cr 3 5 -- -- Note 6Luminance Intensity LI 130 -- -- cd/m² --



5. BLOCK DIAGRAM


LCD PANEL128x64 DOTS

COG IC(ST7565R))

V4 VSS

CAP2

NCA

P2P

CAP1

PCA

P1N

CAP3

PVO

UTVS

SVD

D2VD

DSI SC

LA0V3V2V1V0 RS

TCS

1B

128 SEG

64 COM

Backlight

YDXLYUABAGAR XRKBKGKR

Tochpanel


6. INTERNAL PIN CONNECTIONPin: 40-pin, pitch 2.54mm

PIN No. SYMBOL I/O FUNCTION

1 BL Power supply Anode Red (+)

2 BL Power supply Anode Green (+)

3 BL Power supply Anode Blue (+)

18 BL Power supply Cathode Red (-)

19 BL Power supply Cathode Green (-)

20 BL Power supply Cathode Blue (-)

21~25 V0~V4

Power supply

This is a Multi-Level power supply for the liquid crystal drive.

When the power supply turns ON, the internal power supply circuits produce the V1 toV4 voltages shown below.The voltage settings are selected using the LCD bias set command.

1/65 DUTY

V1 8/9V0, 6/7V0

V2 7/9V0, 5/7V0

V3 2/9V0, 2/7V0

V4 1/9V0, 1/7V0

26 VSS

27 C3+ O Connect a capacitor between this terminal and C1-

28 C1- O Connect a capacitor between this terminal and C1+

29 C1+ O DC/DC voltage converter. Connect a capacitor between this terminal and C1-

30 C2+ O DC/DC voltage converter. Connect a capacitor between this terminal and C2-

31 C2- O DC/DC voltage converter. Connect a capacitor between this terminal and C2+

32 VOUT O DC/DC voltage converter. Connect a capacitor between this terminal and VSS or VDD

33 VSS

Power supply

Ground

34 VDD2 Analog Power

35 VDD Supply voltage for logic circuit

36 SI I/O Serial Data Input

37 SCL I/O Serial Clock Input

38 A0 IRegister Select:“H” = Display Data Input, “L” = Control Data Input

39 /RES IWhen /RES is set to “L”, the register settings are initialized (cleared).The reset operation is performed by the /RES signal level.

40 CS1B IChip Select input:“L”= Active

Touch PanelPIN No. SYMBOL

1 YU

2 XL

3 YD

4 XR



7. POWER SUPPLY


C1

C1

C1

VDD2 or VSS

VOUTCAP3P

CAP1N

CAP1P

CAP2P

CAP2N

CAP4P

CAP5P

OPEN

OPEN

3x voltage booster circuit

ST7565R

C1

C1

C1

VDD2 or VSS

VOUTCAP3P

CAP1N

CAP1P

CAP2P

CAP2N

CAP4P

CAP5P

OPEN

OPEN

4x voltage booster circuit

ST7565R

C1


8. AC CHARACTERISTICS

(VDD=3.3V, Ta=-30°C to 85°C)

Item Signal Symbol Min. Max. Units

4-line SPI Clock Period

SCL

Tscyc 50 --

ns

SCL“H“ pulse width Tshw 25 --

SCL „L“ pulse width TSLW 25 --

Address setup timeA0

TSAS 20 --

Address hold time Tsah 10 --

Data setup timeSI

Tsds 20 --

Data hold time TSDH 10 --

CS-SCL timeCS

Tcss 20 --

CS-SCL time Tcsh 40 --

(VDD=2.7V, Ta=-30°C to 85°C)

Item Signal Symbol Min. Max. Units

4-line SPI Clock Period

SCL

Tscyc 100 --

ns

SCL“H“ pulse width Tshw 50 --

SCL „L“ pulse width TSLW 50 --

Address setup timeA0

TSAS 30 --

Address hold time Tsah 20 --

Data setup timeSI

Tsds 30 --

Data hold time TSDH 20 --

CS-SCL timeCS

Tcss 30 --

CS-SCL time Tcsh 60 --


tSDHtrtr

CS1(CS2="1")

A0

SCL

SI

tCCSS tCSH

tSAS tSAH

tSCYCtSLW

tSHW

tSDS


9. CONTROL AND DISPLAY COMMAND



10. RELIABILITY TEST10.1 TEST CONDITION

No. Item Condition Standard Note

1 High temp. storage 80°C 100 hrs

Appearancewithout defect

--

2 Low temp. storage -30°C 100 hrs --

3High temp. &

High humi. storage40°C

93% RH100 hrs 2

4High temp.

operating display70°C 100 hrs 1

5Low temp.

operating display-20°C 100 hrs 1, 2

6 Vibration

Frequency: 10-55Hz Max.Acceleration: 5G

Cycle Time: 1 min.X, Y, Z each direction for 15 min.

--

7 Shock Test Drop test from 70cm height --

8 Thermal shock-20°C, 30min. 70°C, 30min.

(1cycle) 10 cycles

Note (1): Normal Operation conditionsNote (2): Pay attention to keep dewdrops from the module during this test

10.2 INSPECTION PROVISIONFor the inspection provision please refer to the document:

„Reliability_Test_LCD“



11. LABEL DEFINITION


M 5:1

M 1:1

Form

at:

•La

bel Ma

teria

l: Po

lyes

ter

•Ba

se c

olou

r: wh

ite•

Print:

blac

k•

Font

: Aria

l /

bold

•Fo

ntsize

: 6pt

s

NLC

128C

G06

4CH

JRG

B39

adm

atec

gm

bHD

D.M

M.Y

YYY

NLC

128C

G06

4CH

JRG

B39

adm

atec

Gm

bHD

D.M

M.Y

YY

32.0

9.0 Text

Def

initi

on:

•DD

: Day

of

Prod

uctio

n•

MM: M

onth

of

Prod

uctio

n•

YYYY

: Yea

r of

Pro

duct

ion


12. DRAWING


20100909 NLC128CG128CHJRGB39 SpV0€¦ · admatec GmbH Elektronische Systeme und Komponenten...

Documents

Transcript of 20100909 NLC128CG128CHJRGB39 SpV0€¦ · admatec GmbH Elektronische Systeme und Komponenten...