Panasonic VVF42F118G00 Specification

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No. Item Page

COVER

-

-

RECORD OF REVISION

DESCRIPTION

-

ABSOLUTE MAXIMUM RATINGS

1

INITIAL OPTICAL CHARACTERISTICS

2

ELECTRICAL CHARACTERISTICS

3

BLOCK DIAGRAM

4

INTERFACE PIN ASSIGNMENT

5

INTERFACE TIMING

6

DESIGNATION OF LABEL

7

COSMETIC SPECIFICATIONS

8

PRECAUTION

9

DIMENSIONAL OUTLINE

10

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Date:July.28, 2011

ATD-4950

TECHNICAL DATA

VVF42F118G00

CONTENTS

1-1/1

2-1/1

3-1/1

4-1/1

5-1/2~2/2

6-1/1

7-1/1

8-1/6~6/6

9-1/3~3/3

10-1/1

11-1/2-2/2

12-1/5~5/5

13-1/3~3/3

Panasonic Liquid Crystal Display Co.,Ltd.

Date July.28.2011 Sheet No.

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1-1/1IPS4PS 2601

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The upper section : Previous revision

The lower section : New revision

Sheet No. Page

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RECORD OF REVISION

SummaryDate

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

IPS4PS 2-1/1PageVVF42F118G00-12602

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The following specifications are applied to the following IPS-Pro-TFT LCD module.

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DESCRIPTION

Product Name :

Effective display area : (H) 930.24 × (V) 523.26 (mm)

Number of pixels : (H) 1,920 × (V) 1,080 (pixels)

Pixel pitch : (H) 0.4845 × (V) 0.4845 (mm)

Color pixel arrangement : R+G+B vertical stripe

Display mode : Transmissive mode

Normally black mode

Top polarizer type : Semi-Glare

VVF42F118G00

General Specifications

Number of colors : 1,073,741,824 (colors)

External dimensions : Typ. (H) 966.64 × (V) 562.76 × (T) (3) (mm)

Weight : Typ. 2,200 (g)

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1. ABSOLUTE MAXIMUM RATINGS

1. 1 Environmental Absolute Maximum Ratings

ITEM

Temperature 0 40 -20

Humidity 2)

Vibration -

Shock

Corrosive Gas

Illumination at

LCD Surface

Note 1) Temperature and Humidity should be applied to the glass surface of a IPS-Pro TFT LCD module, not to

the system installed with a module.

2) Ta҇40 Relative humidity should be less than 85 %RH max. Dew is prohibited.
Ta㧪40 Relative humidity should be lower than the moisture of the 85 %RH at 40 .

3) Frequency of the vibration is between 15 Hz and 100 Hz. (Remove the resonance point) 1 hour.

4) Pulse width of the shock is 10 ms.

5) Long operation under low temperature may cause some portion of display area to be reddish for

several minutes after turning on the product.

However, it does not affect the characteristics and reliability of the product.

6) Environmental Absolute Maximum Ratings is Based on IPS Alpha Technology TFT standard module.

Leave TFT open cell alone,this environmental ratings can't be guaranteed.The users have a responsibility

in considering ability of other parts of TFT module and TFT module process.

Min. Max.

-

Not Acceptable

- 50,000 - 50,000 1x

Operating

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4.9(0.5 G)

29.4(3 G)

Storage

Min. Max.

60

2) 㧑RH

-

-

196(20G)

Not Acceptable -

UNIT



m/s

m/s

NOTE

1),5),6)

1)

2

2

3)9.8(1.0G)

4),5)

1. 2 Electrical Absolute Maximum Ratings

(1)TFT-LCD module GND = 0 V

ITEM SYMBOL

Min. Max.

UNIT NOTE

Source Driver Analog Power Supply AVDD -0.3 18 V

Source Driver Analog Power Supply-1 AVDDMH -0.3 AVDD

Source Driver Analog Power Supply-2 AVDDML -0.3

AVDD V

Driver Logic Power Supply VDD -0.3 4.0

Gate Driver Power Supply VON

-0.3

VOFF+44

Gate Driver Ground VOFF -22 0.3

V

V

V

V

Gate Driver Power Supply Range VON-VOFF -0.3 45 V

VREF1䌾5 AVDD-10.5 AVDD+0.3 V

Gamma Corrected Power Supply

VREF6 AVDD-10.5 10.5 V

VREF8䌾12 -0.3 10.5 V

Input Voltage for logic V

Electrostatic Durability V

1 -0.3

ESD0

VDD + 0.3 V 1)

㫧㪈㪇㪇

V 2),3)

Note 1) It is applied to pixel data sig

2) Discharge Coefficient : 200 pF - 250 , Environmental : 25 㷄 - 70䋦RH

3) It is applied to I/F connector pins.

1.3 Environmental Absolute Ratings of TFT open cell

Storage Condition : With shipping package
Storage temperatue range : 25±5䇭㷄

Storage humidity range : 50±10%RH

Shelf life : a month

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2. INITIAL OPTICAL CHARACTERISTICS

The following optical characteristics are measured under stable conditions. It takes about 30 minutes to reach stable

conditions. The measuring point is the center of display area unless otherwise noted.

The optical characteristics should be measured in a dark room or equivalent state.

Measuring equipment : CS-1000A, or equivalent
Ambient Temperature =25  , V

Ifc = 68mA/string ( On-duty=100% )

Light source is backlight of Panasonic Liquid Crystal Display Co.,Ltd. TFT standard module.

%4

Response

time

Rise t

Fall t

Brightness of white B

Brightness uniformity B

Red

Color

Green

chromaticity

㧔CIE㧕

Blue

White

Red

Variation of

Green

color position

(CIE)

Blue

White

on -

off

wh 350 450 -

uni --

x 0.560 0.590 0.620

[

x 0.310 0.340

[

x 0.125 0.155 0.185

[

x 0.250 0.280

[

x

y

x

y

x

y - - 0.04

x - -

y - - 0.04

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DD=12.0 V , f V=120 Hz ,

800

㧩 0 °

1)

㧩 50 °
㧩 0 °,

ޓޓ 90 °,

ޓޓ180 °,

ޓޓ270 °

1)

0.305 0.335 0.365

0.570 0.600 0.630

0.035 0.065 0.095

0.253 0.283 0.313

Typ. Max. UNIT NOTEITEM SYMBOL CONDITION Min.

1400 - - 2)Contrast ratio

10 20 ms 3)

- 8 16 ms

cd/m

40

㧑

0.370

0.310

- - 0.04

- - 0.04

- - 0.04

- - 0.04 -

- - 0.04

0.04

3)

2

4)

-

ޣGray scale

=1023ޤ

5)

䇼Gray scale

=1023䇽

Note 1) Definition of viewing angle

=90°
(12 o'clock)

=180°

(9 o'clock)

X'

TFT - LCD module

- - - Estimated valueContrast ratio at 89 ° CR89 6) 10

=0°

Y

Z



eye



=0°

(3 o'clock)

Z'

Y'

=270°

(6 o'clock)

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f

Note 2) Definition of contrast ratio (CR)

(Luminance at displaying WHITE)

CR=

(Luminance at displaying BLACK)

3) Definition of response time

Displaying

data signal

%

100

Optical

response

(Luminance)

4) Definition of brightness uniformity

Display pattern is white (1023 level) . The brightness uniformity is defined as the following equation.

Brightness at each point is measured, and average, maximum and minimum brightness is calculated.

uni=

B

where, B

B

B

90

10

max = Maximum brightness

min = Minimum brightness

ave = Average brightness

B

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BLACK WHITE

ton tof

0

max or Bmin - Bave

B

Bave

9

(B(k))



ave=

k=1

䋹

×100

BLACK

10%

50%

90%

10% 50% 90%

: measuring points

5) Variation of color position on CIE

Variation of color position on CIE is defined as difference between colors at = 0° and at = 50°& = 0°,

90°, 180°, 270°.

6) Contrast ratio at 89 °

Evaluetion conditions are on horizontal & vertical axis

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H

L

0

3. ELECTRICAL CHARACTERISTICS

3. 1 TFT-LCD module Ta = 25  , GND = 0 V

ITEM SYMBOL Min. Typ.

Source Driver Analog

Power Supply Voltage

Ripple voltage of AVDD Vrip_avdd - - 300 mV 1), 3)

Source Driver Analog

Power Supply Voltage-1

Ripple voltage of AVDDMH

Source Driver Analog

Power Supply Voltage-2

Ripple voltage of AVDDML

Driver Logic Power Supply Voltage VDD 2.4 2.5 2.6 V

Ripple voltage of VDD Vrip_vdd - - 150 mV 1), 3)

Gate Driver Power Supply Voltage VON 29.0 30.5 32.5 V

Ripple voltage of VON Vrip_von - - 500 mV 1), 3)

Gate Driver Ground Voltage VOFF -6.35 -5.8 -5.25 V

Ripple voltage of VOFF Vrip_voff - - 200 mV 1), 3)

Input High Voltage for logic VIH1 0.8VDD - VDD V 2)

Input Low Voltage for logic VIL1 0 - 0.2VDD V 2)

Common Plate Voltage VCOM - 4.548 - V

Ripple voltage of VCOM Vrip_vcom - - 200 mV 1), 3)

Source Driver Analog Power Supply Current

Source Driver Analog Power Supply-1 Current

Source Driver Analog Power Supply-2 Current

Driver Logic Power Supply Current IDD - 60 100 mA 1)

Gate Driver Power Supply Current ION - 6.0 10 mA 1)

Gate Driver Ground Current IOFF -10.0 -6.0 - mA 1)

Gamma Corrected Power Supply Voltage 1 VREF1 - 12.193 - V

Gamma Corrected Power Supply Voltage 2 VREF2 - 10.718 - V

Gamma Corrected Power Supply Voltage 3 VREF3 - 9.353 - V

Gamma Corrected Power Supply Voltage 4 VREF4 - 8.690 - V

Gamma Corrected Power Supply Voltage 5 VREF5 - 8.186 - V

Gamma Corrected Power Supply Voltage 6 VREF6 - 6.354 - V

Gamma Corrected Power Supply Voltage 8 VREF8 - 4.426 - V

Gamma Corrected Power Supply Voltage 9 VREF9 - 3.945 - V

Gamma Corrected Power Supply Voltage 1

Gamma Corrected Power Supply Voltage 11 VREF11 - 1.893 - V

Gamma Corrected Power Supply Voltage 12 VREF12 - 0.393 - V

Note 1)

fV=120.0Hz䋬fCLK=240.0MHz䋬each power supply voltage is typical condition and display pattern is white raster

DC ampere meter

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Max. UNIT NOTE

AVDD 12.286 12.586 12.886 V

AVDDMH VREF6+0.2 6.70 6.85 V

rip_avddm

AVDDML 5.85 6.00 VREF6-0.2 V

rip_avddm

IADD - 200 300 mA 1)

IADDH - 175 250 mA 1)

IADDL -250 -175 - mA 1)

VREF10 - 3.269 - V

- - 300 mV 1), 3)

- - 300 mV 1), 3)

200 mV 3), 4)Ripple voltage of VREF Vrip_VREF - -

AVDD, VDD, VON, VOFF

TFT module

GND

2) It is applied to LP, POLR, POLL, CPV, DATA1 and DATA2 signal.

3) The above specification is defined at connector CN1 and CN2.

4) Display pattern is 128gray raster.

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D288

D288

D576

D1

D2

D288

S

i

i

i

g

ig

l

g

S

i

i

i

g

ig

l

pp

y

G

i

i

i

g

ig

l

pp

y
g

4. BLOCK DIAGRAM

4. 1 TFT-LCD module

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G1

G2

Gate Driver

G1080

G1

G2

TFT-LCD

Gate Driver

G1080

Source Driver Source Driver

CN2 CN1

e

VCOM volta

mini-LVDS Display data

e

na

s
n
m

ver T

Gamma reference volta

ource Dr

l

DC Power su

na

s
n
m

ver T

mini-LVDS Display data

ource Dr

l

na

s
n
m

DC Power su

ver T

ate Dr

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5. INTERFACE PIN ASSIGNMENT

5. 1 TFT-LCD module

CN1:MOLEX 503366-6011

PIN

SYMBOL DESCRIPTION NOTE

No.

1 VCOM-SL Common Voltage 31 GND GND(0V)

2 LPL

4 N.C. Non Conection

5 VGMA12

VGMA11

6

7 VGMA10

8 VGMA9

9 VGMA8

10 N.C.

11

12 AVDD

14 AVDDMH

15 AVDDMH

16 AVDDML

17 AVDDML

18

19 LV7BL

20 LV7AL

21 LV6BL

22

23 GND

24 LV5BL

25 LV5AL

26

27

28 GND

29 CLKBL

30 CLKAL 60 VCOM

GND

LV6AL 52 VGMA2

LV4BL

LV4AL

Control Signal

Reference Voltage

Non Conection

GND(0V)GND

Analog Voltage

Analog Voltage

Analog Voltage

GND(0V)

Pixel Data

Pixel Data

GND(0V)

Pixel Data

Pixel Data

GND(0V) 58 GND GND(0V)

Pixel Clock

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PIN

SYMBOL DESCRIPTION NOTE

No.

32 LV3BL

33 LV3AL3 POLL Control Signal

34 LV2BL

35 LV2AL

36 GND

37 LV1BL

38 LV1AL

39 LV0BL

40

LV0AL

41 GND GND(0V)

42 VOFF

43 VONL13 AVDD

DATA2L

DATA1L

45

46

47 N.C.

48 VGMA6

49 VGMA5

50 VGMA4

51 VGMA3

53 VGMA1

54 GND

55 GND

56 VDD

57 VDD

59 VCOM

CPVL

Pixel Data

Pixel Data

GND(0V)

Pixel Data

Pixel Data

Reference Voltage

Control Signal44

Control Signal

Control Signal

Non Conection

Reference Voltage

GND(0V)

Logic Voltage

Common Voltage

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5. INTERFACE PIN ASSIGNMENT

5. 1 TFT-LCD module

CN2:MOLEX 503366-6011

PIN

SYMBOL DESCRIPTION NOTE

No.

1 N.C. Non Conection 31 GND GND(0V)

2 LPR Control Signal 32 LV3BR

4 N.C. Non Conection 34 LV2BR

6 VGMA11

7 VGMA10

8 VGMA9

9 VGMA8

10 N.C. Non Conection 40 LV0AR

11 GND GND(0V) 41 GND GND(0V)

12 AVDD

13 AVDD

14 AVDDMH

15 AVDDMH

16 AVDDML

17 AVDDML

18 GND GND(0V) 48 VGMA6

19 LV7BR

20 LV7AR

21 LV6BR

22 LV6AR 52 VGMA2

23 GND GND(0V) 53 VGMA1

24 LV5BR

25 LV5AR

26 LV4BR

27 LV4AR

28 GND GND(0V) 58 GND GND(0V)

29 CLKBR

30 CLKAR

Reference Voltage

Analog Voltage

Analog Voltage

Analog Voltage

Pixel Data

Pixel Data

Pixel Data

Pixel Data

Pixel Clock

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PIN

SYMBOL

No.

33POLR Control Signal

LV3AR3

35 LV2AR5 VGMA12

36 GND GND(0V)

37 LV1BR

38 LV1AR

39 LV0BR

42 VOFF

43 VONR

44 DATA2R Control Signal

45 DATA1R Control Signal

46 CPVR Control Signal

47 N.C. Non Conection

49 VGMA5

50 VGMA4

51 VGMA3

54 GND

55 GND

56 VDD

57 VDD

59 VCOM

60 VCOM

DESCRIPTION NOTE

Pixel Data

Pixel Data

Pixel Data

Pixel Data

Reference Voltage

Reference Voltage

GND(0V)

Logic Voltage

Common Voltage

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-

-

-

-

-

-

-

-

R

R

R

R

R

R

R

R

R

5. 3 Correspondence between input data and display image

Display data of adjacent two pixel is latched during fore cycle of CLK.

B G R G0 - G7 : G (x,y)

(1,1) (1,1) (1,1) B0 - B7 : B (x,y)

1 , 1 1 , 2 1 , 3 1 , 959 1 , 960 1 , 961 1 , 962 1 , 1919 1 , 1920

2 , 1 2 , 2 2 , 3 2 , 959 2 , 960 2 , 962 2 , 962 2 , 1919 2 , 1920

3 , 1 3 , 2 3 , 3 3 , 959

- - - - - - - - - - -

- - - - - - - - - - -

- - - - - - - - - - -

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Pixel : R0 - R7 : R (x,y)

upper

3 , 960 3 , 963 3 , 962 3 , 1919 3 , 1920

- - - - - - - - - - -

- - - - - - - - - - -

- - - - - - - - - - -

1080 , 1 1080 , 2 1080 , 3

- - - - - - - - - - -

case:PCB in the panel upper part & Zigzag panel

CLK*R/CLK*

LV0*
LV1*
LV2*

Invalid

Invalid

R(1,1920)

R(1,1918) R(1,964)

G(1,1920)

G(1,1918) G(1,964)

B(1,1919) B(1,965) B(1,963)

LV3*

LV4*
LV5*
LV6*

B(1,1918)

R(1,1919) R(1,1917) R(1,963)

Invalid

G(1,1919)

G(1,1917)

B(1,964)

G(1,963) G(1,961)

B(1,1920)

LV7*

LV0*L
LV1*L
LV2*L
LV3*L

LV4*L
LV5*L
LV6*L
LV7*

B(1,961)

R(1,960) R(1,958) R(1,4)
G(1,960) G(1,958) G(1,4)

B(1,960) B(1,958)
R(1,959) R(1,957)

Invalid

G(1,959) G(1,957)

B(1,959)

B(1,5)

B(1,4)

R(1,3)
G(1,3)

LP

1080 , 959 1080 , 960 1080 , 961 1080 , 962 1080 , 1919

- - - - - - - - - - -

lower

R(1,962)

G(1,962)

B(1,962)
R(1,961)

B(1,3)

R(1,2)

G(1,2)

B(1,2)

R(1,1)

G(1,1)

Invalid

Invalid

B(1,1)

Invalid
Invalid

Invalid

Invalid

Invalid

InvalidInvalid

Invalid

R(1,1920)

G(1,1920)

B(1,1920)

R(1,1919)

G(1,1919) G(1,1917)

B(1,1919)

R(1,960)

G(1,960) G(1,958)

B(2.960)

R(1,959) R(1,957)

G(1,959) G(1,957)
B(1,959) B(1,957)

R(1,1918)

G(1,1918)

B(1,1918)

R(1,1917)

B(1,1917)

R(1,958)

B(1,958)

R(2.964)

R(2,962)

G(2.964)

G(2,962)

B(2,962)

B(1,954)

R(2.963)

R(2,961)

G(2.963)

G(2,961)

B(2.963)

B(2,961)

R(2.4) R(2,2)

G(2.4) G(2,2)

B(2.4)

R(2.3)

G(2.3)

B(2.3)

B(2.2)

R(2,1)

G(2,1)

B(2,1)

1080 , 1920

Invalid

Invalid

Invalid

Invalid

data mapping

Odd line Even line

CLK*R/CLK*

LV0*R/LV4*R

/LV0*L/LV4*L

B2 B3 B4 B5 B6 B7

LV1*R/LV5*R

/LV1*L/LV5*L

LV2*R/LV6*R

/LV2*L/LV6*L

R2 R3 R4 R5 R6 R7

G2 G3 G4 G5 G6 G7

LV3*R/LV7*R

/LV3*L/LV7*L

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Pixel:

R0 R1 G0 G1B0 B1

B(x,y-1)
R(x,y)

G(x,y)

CLK*R/CLK*

LV0*R/LV4*R

/LV0*L/LV4*L

LV1*R/LV5*R

/LV1*L/LV5*L

LV2*R/LV6*R

/LV2*L/LV6*L

LV3*R/LV7*R

/LV3*L/LV7*L

IPS4PS 8-3/4PageVVF42F118G00-12608

G(x,y)

Pixel:

R2 R3 R4 R5 R6 R7

G2 G3 G4 G5 G6 G7

B2 B3 B4 B5 B6 B7

R0 R1 G0 G1 B0 B1

R(x,y)

B(x,y)

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࡮

)

)

)

5. 4 Relationship between display colors and input signals

Input

R7 R6 R5 R4 R3 R2 R1 R0 G7 B7 B6 B5 B4 B3 B2 B1 B0

Color

Black 000000000000000000000000

Red(255) 111111110000000000000000

Green(255

Basic Blue(255) 0000000 000000011111111

Color Cyan 000000001111111111111111

Magenta 111111110000000011111111

Yellow 1111111 111111100000000

White 111111111111111111111111

Black 0000000 000000000000000

Red (1) 000000 00000000000000

Red (2) 0000001 00000000000000

Red : :::::: ::::::::::::::::

Red(254) 111111 01 00000000000

Red(255) 11111111 000000000000000

Black 000000000000000000000000

Green (1) 000000000000000100000000

Green (2) 000000000000001000000000

Green : : : ::::::::::::::::::::

Green(254

Green(255

Black 000000000000000000000000

Blue (1) 000000000000000000000001

Blue (2) 00000000 00000 00000000010

Blue : ::::::::::::::::::::::::

Blue (254) 00000000 000000 0011111110

Blue (255) 00000000000 1111111100000

MSB LSB MSB LSB MSB LSB

000000001111111100000000

: :::::::: :::::: ::::::::

: ::::::::::::::::::::::::

000000001111111000000000

000

: ::::::::::::::::::::::::

Red Data Green Data

::

000001111111100000000

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G6 G5 G4 G3 G2 G1 G0

00

11

00

0

1

000

::

0

0

00

0

000

Blue Data

::

Note 1) Definition of gray scale :

Color(n)࡮࡮࡮

Larger n correspondsto brighter level.

2) Data : 1 : High, 0 : Low

Panasonic Liquid Crystal Display, Ltd.

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Number in parenthesis indicates gray scale level.

Date July.28,2011 Sheet No.

IPS4PS 8-4/4PageVVF42F118G00-12608

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K

K

(VI)

6. INTERFACE TIMING

6. 1 mini-LVDS receiver timing

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CLK+/-

LV0+/-

to

LV5+/-

PWCLK

PWCLK(H) PWCLK(L)

tR

+150mV

tF

tF

-150mV

tR

+150mV

tHOLD1

tSETUP1 tHOLD1 tSETUP1

CLK

LV0

to

LV5

-150mV

LVn=(LVn+)-(LVn-)䇭n=0䌾5

CLK=(CLK+)-(CLK-)

ITEM SYMBOL Min. Typ. Max. UNIT NOTE

Clock period PWCLK 4 4.17 4.3 ns 1)

Clock high level width PWCLK(H) 1.7 2.085 - PWCL

Clock Low level width PWCLK(L) 1.7 2.085 - PWCL

Data setup time tSETUP1 0.65 1.04 - ns 1)

Data hold time tHOLD1 0.65 1.04 - ns 1)

mini-LVDS rise time tR - - 0.5 ns 1)

mini-LVDS fall time tF - - 0.5 ns 1)

mini-LVDS differential voltage

mini-LVDS common mode

input voltage range

VID 150 412 600 mV 1)

VI 0.5 0.8 1.1 V 1)

+VID

-VID

+VID

-VID

Center

(VI)

Center

GND

GND

1)

1)

Notes 1) The above specification is defined at each Source Driver IC inputs.

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 9-1/4PageVVF42F118G00-12609

Sheet No. IPS4PS

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6. 2 Control signal timing

Notes 1) The following specification is defined at connector CN1.

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tPWLP

LP

POLL, POLR

0.8VDD

0.2VDD

tPOL-LP tLP-POL

0.8VDD

0.2VDD

0.8VDD

0.2VDD

0.8VDD

0.2VDD

ITEM SYMBOL Min. Typ. Max. UNIT NOTE

Latch clock high level width tPWLP 0.2 0.58 - s

POL setup time tPOL-LP 1.0 2.17 - s

POL hold time tLP-POL 1.0 5.41 - s

tPWCPVL tPWCPVH tCPV

CPV

0.8VDD

0.2VDD 0.2VDD 0.2VDD

tSETUP2 tHOLD2 tSETUP2

0.8VDD

tHOLD2

DATA1, DATA2

0.8VDD 0.8VDD

Typ. Max. UNIT NOTEITEM SYMBOL Min.

Gate shift clock period

tCPV

7.46 7.58 7.88

Gate shift clock high level width tPWCPVH 0.7 0.88 1.0 s

- 6.6Gate shift clock low level width tPWCPVL

-s

Data setup time tSETUP2 0.3 0.44 - s

Data hold time tHOLD2

䌴CPV-LP

0.8VDD

0.3 0.44

䌴LP-CPV

-s

䌴CPV-LP

0.8VDD

LP

0.8VDD

0.8VDD

CPV

s

ITEM SYMBOL Min. Typ. Max. UNIT NOTE

Gate delay time tCPV-LP 0.97

TFT charge time tLP-CPV - 6.51

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011

1.07

Sheet No. IPS4PS 9-2/4PageVVF42F118G00-12609

1.17 s

-s

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K

N/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN

0.8VDD

LP

CLK

0.2VDD

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tLP-RST

Reset command

LV0

"H" "H" "H" "H" "H" "L" "L" "L"

LV1

/A

to

ITEM SYMBOL Min. Typ.

Reset input time tLP-RST 24 -

Valid DATA

Valid DATA

Max. UNIT NOTE

- PWCL

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6.4 Timing between interface signals power supply

Notes 1) The following specification is defined at connector CN1and CN2.

2) In the T10 and T11, the float equal to or less than 1.5V of AVDD is no object.

3) In the T20 and T21, the float equal to or less than 1.5V of VON is no object.

4) In a period of T1, must set SDA='H' and SCL='H' or 'L'.

Power Supply

DD

V

2.5V

0V

2.2V

0.2V

T1

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T2 T3

T5

T7

2.2V

T15

T4

0.2V

Logic Signals

ON

Backlight
ON/OFF

Source Driver & VCOM Sequence

0V

2.2V

OFF

0䇭㻡䇭T1䇭㻡䇭10
350䇭㻡䇭T2

T10

T11

0.3V

T13

T12

T14

VRF1~VRF12

Logic Signals

0䇭䇭 㻡䇭T3
20 㻡䇭T4
0䇭 㻡䇭T5
0 㻡䇭T6
䌔7 don't care

AVDD

VCOM

AVDDMH
AVDDML

VDD

Logic Signals

T15

T16

T17

T19

T6

0䇭㻡䇭䌔10
䇭䇭䇭䇭 T11 㻡䇭10
0䇭㻡䇭T12, T13, T14
0䇭㻡䇭T15, T16, T17
T18 㻡䇭1000
0䇭㻡䇭T19

T18

0.8V

Gate Driver Sequence

VON

T20

2.2V

0V

Panasonic Liquid Crystal Display, Ltd.

T22

VDD

Logic Signals

-0.3V -0.8V

T21

Date July.28,2011 Sheet No. IPS4PS

VOFF

T23

0䇭㻡䇭T20
䇭䇭䇭 T21䇭㻡 10
0 㻡 T22
T23䇭㻡 1000

0.8V0.3V

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Unit : ms

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7. DESIGNATION OF LABEL

7.1 Label

The barcode label is pasted on each TFT open cell.

Users use this bar code label to write adjustment Vcom value and Liquid Crystal information to Tcon ROM which is speci

by Panasonic Liquid Crystal Display Co.,Ltd.

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㽲

㪭㪭㪝㪋㪉㪝㪈㪈㪏㪞㪇㪇

㪪㪘㪤㪧㪣㪜㪇㪇㪇㪈 㪘

㪁

Item Description

㽲
㽳

㽴

㽵

㽶
㽷

Product Name

Rev. is the column for manifacturing convinience. A-Z except I and O may be written on this column.

Lot mark

Liquid crystal information

Marker A : A, C, E, G, J, L, N, R

Marker B : B, D, F, H, K, M, P, S

Bar code(㽴+㽵)

Bar code(IPS inner management barcode)

㽴

㽳

㪩㪼㫍

㽷

㽶

㪁

㽵

7.2 Record of revision described on the label

Rev.BG = B grade cosmetic specifications

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Date July.28,2011 Sheet No.

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8. COSMETIC SPECIFICATIONS

8.1 Condition for cosmetic inspection

(1) Viewing zone

a) The figure shows the correspondence between

eyes (of inspector) and TFT-LCD module.

㻡45䉙: when non-operating inspection
㻡5䉙 : when operating inspection

I

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Inspection view

Light



b) Inspection should be executed only from

front side and only A-zone.

Cosmetic of B-zone and C-zone are ignore.

(refer to 9.2 Definition of zone)

(2) Environmental

a) Temperature : 25 degrees

b) Ambient light : about 700 lx and non-directive when operating inspection.

: about 1000 lx and non-directive when non-operating inspection.

c) Backlight : when non-operating inspection, backlight should be off .

8.2 Definition of zone

䍃A-zone : Display area (pixel area)
䍃B-zone : Area between A-zone and C-zone
䍃C-zone : Metallic bezel area

about 500mm

TFT-LCD module

㪘㪄㫑㫆㫅㪼
㪙㪄㫑㫆㫅㪼

㪚㪄㫑㫆㫅㪼

8.3 Cosmetic specifications

When displaying conditions are not stable (ex. at turn on or off), the following specifications are not applied.

Max. acceptable number

A-zone

Unit NoteNo ITEM

Bgrade

1-dot pcs6

Operating

inspection

Sparkle

mode

1 Dot defect

Black
mode

2 Line defect

3 Uneven brightness

2-dots 2

3-dots 1

Density

Total 7 pcs 1),2)

1-dot

2-dots 3

3-dots 1

Density

Total 15 pcs 1),3)

Total 21

3

15 pcs 1),3),4)

4 pcs/20mm 1),3),6)

Serious one is

not allowed

Units 1),2),5)

pcs/20mm 1),2),6)

Units

pcs

--

1),2),4)

1),3),

5),10)

1)

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Stain inclusion

4

5

Operating
inspection

6

7

Non

operating

inspection

9 Wrinkles on polarizer

Line shape

W : width (mm)

L : length (mm)

Stain inclusion

Dot shape

D : ave. dia (mm)

Scratch on polarizer

Line shape

W : width (mm)

L : length (mm)

Scratch on polarizer

Dot shape

D : ave. dia (mm)

Bubbles, peeling

in polarizer

D : ave. dia (mm)

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Max. acceptable number

A-zone
Bgrade

W㻡0.08

W㻡0.25

W>0.25

W㻡0.15 L : Ignore Ignore

W>0.3 - 0

L : Ignore Ignore

L㻡㪉.0 16

2.0䋼L㻡4.0 8

L>4.0 0

- (See dot shape)

D㻡0.5

D>1.0 0

L㻡20 10

L>20 0

D㻡0.6 Ignore

D>1.0 0

D㻡0.5 Ignore

D>1.0 0

Ignore

Serious one is

not allowed.

Unit NoteNo ITEM

pcs 7)

pcs 7)D㻡㪈㪅㪇 8

pcs 8)W㻡0.3

pcs 8)D㻡㪈㪅㪇 10

pcs

-

8)8D㻡㪈㪅㪇 10

-

Note 1) Dot defect : defect area > 1/2 dot

2) Sparkle mode : brightness of dot is more than 30% at black. (visible to eye)

3) Black mode : brightness of dot is less than 70% at white. (visible to eye)

4) 1 dot : defect dot is isolated, not attached to other defect dot.

5) N dots : N defect dots are consecutive. (N means the number of defects dots)

6) Density : number of defect dots inside 20mm

7) Those stains which can be wiped out easily are acceptable.

8) Polarizer area inside of B-zone is not applied.

9) No major (serious) defects when viewed in gray scale mode.

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No. IPS4PS 2611 VVF42F118G00-1 Page 11-2/2

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㪚㪦㪝㩿㪞㪸㫋㪼㪀

㪚㪦㪝㩿㪛㫉㪸㫀㫅㪀

㪧㪚㪙㩿㪛㫉㪸㫀㫅㪀

㪧㪚㪙㩿㪛㫉㪸㫀㫅㪀

㪫㪝㪫㪄㪣㪚㪛㪂㪧㫆㫃㪸㫉㫀㫑㪼㫉

㪘

㪘

㪚㪦㪝㩿㪞㪸㫋㪼㪀

㪚㪦㪝㩿㪛㫉㪸㫀㫅㪀

㪧㪚㪙㩿㪛㫉㪸㫀㫅㪀

㪧㪚㪙㩿㪛㫉㪸㫀㫅㪀

㪫㪝㪫㪄㪣㪚㪛㪂㪧㫆㫃㪸㫉㫀㫑㪼㫉

㪘

㪘

㪪㪼㪺㫋㫀㫆㫅㩷㪘㪄㪘

㪫㪝㪫㪄㪣㪚㪛

㪧㫆㫃㪸㫉㫀㫑㪼㫉

㪚㫆㫅㪻㫌㪺㫋㫀㫍㪼㩷㫃㪸㫐㪼㫉

㪪㪼㪺㫋㫀㫆㫅㩷㪘㪄㪘

㪫㪝㪫㪄㪣㪚㪛

㪧㫆㫃㪸㫉㫀㫑㪼㫉

㪚㫆㫅㪻㫌㪺㫋㫀㫍㪼㩷㫃㪸㫐㪼㫉

㪘㪺㫋㫀㫍㪼㩷㪘㫉㪼㪸

㪫㪝㪫㪄㪣㪚㪛㪆㪧㫆㫃㪸㫉㫀㫑㪼㫉㪙㪼㫑㪼㫃

㪚㫌㫊㪿㫀㫆㫅㩷㪫㪸㫇㪼
䇭䌴㻢 㪇㪅㪍

㪤㫆㫃㪻㪼㪻㩷㪝㫉㪸㫄㪼

㪚㫌㫊㪿㫀㫆㫅㩷㪫㪸㫇㪼
䇭䌴㻢 㪈㪅㪌

㪚㫃㪼㪸㫉㪸㫅㪺㪼㻢

㪇㪅㪌

㪘㪺㫋㫀㫍㪼㩷㪘㫉㪼㪸

㪫㪝㪫㪄㪣㪚㪛㪆㪧㫆㫃㪸㫉㫀㫑㪼㫉㪙㪼㫑㪼㫃

㪚㫌㫊㪿㫀㫆㫅㩷㪫㪸㫇㪼
䇭䌴㻢 㪇㪅㪍

㪤㫆㫃㪻㪼㪻㩷㪝㫉㪸㫄㪼

㪚㫌㫊㪿㫀㫆㫅㩷㪫㪸㫇㪼
䇭䌴㻢 㪈㪅㪌

㪚㫃㪼㪸㫉㪸㫅㪺㪼㻢

㪇㪅㪌

㪬㫅㫀㫋㩷㪑㩷㪲㫄㫄㪴

9. PRECAUTION

Please pay attention to the followings when a TFT open cell is used,

handled and mounted.

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9.1 Recommendation of GND c

(1) Please connect LCD surface (front side) to GND for prevention of static charge.

䌯䌮䌮䌥䌣䌴䌩䌯n of TFT open cell

9.2 Recommendation of structure for supporting TFT-LCD Rim

(1) When the LCD is applied by stress, it occurs abnormal image quality.

(It is confirmed visually especially in case of gray raster.)

The system shown on the drawing down below is recommended to maintain the LCD
䇭 by cutting down the LCD stress.

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

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㪫㪝㪫㪄㪣㪚㪛

㪧㫆㫃㪸㫉㫀㫑㪼㫉

㪚㪦㪝

㪧㪚㪙

㬍

䂾

㪫㫆㫉㪼㫃㪸㫅㪺㪼㩷㫆㪽㩷㪛㫀㫄㪼㫅㫊㫀㫆㫅㩷㪘㪃㪙㩷㻡㩷㫧㪇㪅㪍
㪚㩷㪔㩷㪇㪅㪏㪃㩷㪛㩷㪔㩷㪇㪅㪍
㪝㩷㪔㩷㪌㪇䌾㪎㪇 㪜㩷㪔㩷㪈㪉㪇䌾㪈㪊㪇

㪙

㪚

㪛

㪜

㪝

㪘

㪣㪚㪛

㪣㪚㪛㩷㫄㫆㫃㪻㩷㪽㫉㪸㫄㪼

㪚㪦㪝㩿㪞㪸㫋㪼㪀

㪚㪦㪝㩿㪛㫉㪸㫀㫅㪀

㪬㫅㫀㫋㩷㪑㩷㪲㫄㫄㪴

㪝㪔㪌㪇䌾㪎㪇䋨㪊㪉㵱䋩
㪝㪔㪎㪇䌾㪐㪇䋨㪊㪎㵱䋩

㪜㪔㪈㪉㪇䌾㪈㪊㪇䋨㪊㪉㵱䋩
㪜㪔㪈㪋㪌䌾㪈㪌㪌䋨㪊㪎㵱䋩

(2)The dimension of mold frame and LCD is reccomended as follows.

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(3)The wall of the mold frame should be laid on whole sides of the LCD as much as possible.

(4)The holding space for the LCD should be maintained by the mold frame and the bezel.

(5)Screw the mold frame to the lower frame at many places to keep flatness of LCD support area.

(6)The mold frame should be the structure that is divided into four sides to keep flatness of LCD support area.

(7)LCD support surface at lower side should smooth to cutting down the LCD stress.

(Put PET tape between LCD and support area, etc.)

(8)At the time of ground connection, take a method that does not put a load to the LCD.

(9)Use silicon rubber with hardness 20 for cushion to the mold frame side.

(10)Use foaming cushion to Bezel side.

(11)Flatness of the Bezel should be 0.5 which also should be the shape does not have partial changing points.

(12)The bezel should be the structure that is divided into four sides and screwed from the upper side.

(13)The surface of the cushion (the surface which attaches to the LCD) should be mat finishing or

should put PET tape to avoid the LCD and the cushion from sticking together.

9.3 Precaution to handling and mounting

(1)The polarizer on a TFT cell should carefully be handled due to its softness, and should not be

touched, pushed or rubbed with glass, tweezers or anything than HB pencil lead. The surface of

a polarizer should not be touched and rubbed with bare hand,greasy clothed or dusty clothes.

(2) The surface of a polarizer should be gently wiped with absorbent cotton, chamois or other soft materials slightly

contained petroleum benzene when the surface becomes dirty. Normal-hexane or Isopropyl alcohol as cleaning

chemicals is recommended in order to clean adhesives which fix front/rear polarizers on a TFT cell. Other cleaning

chemicals such as acetone, toluen and alcohol should not be used to clean adhesives because they cause chemical

damage to a polarizer.

(3)Saliva or water drops should be immediately wiped off. Otherwise, the portion of a polarizer and

electronic parts may be deformed.

(4)Applying upward bend to COF may cause a malfunction electrically and mechanically.

(5)Applying too much force and stress to PCB and COF may cause a malfunction electrically and mechanically.

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Date July.28,2011 Sheet No.

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9.4 Precaution to operation

(1) The ambient temperature near the operated cell and electronic parts should be satisfied with the

ratings. Unless it meets the specifications, sufficient cooling system should be adopted to system.

(2) The spike noise causes the mis-operation of a TFT open cell. The level of spike noise should be as follows:

-200mV<=over- and under- shoot of VDD<= +200mV

VDD including over- and under- shoot should be satisfied with the absolute maximum ratings.

(3) Optical response time, luminance and chromaticity depend on the temperature of a TFT open cell.

(4) Sudden temperature change may cause dew on and/or in the a TFT open cell. Dew males damage to a

polarizer and/or electrical contacting portion. Dew causes fading of displayed quality.

(5) Fixed patterns displayed on a TFT open cell for a long time may cause after-image. It will be recovered

soon.

(6) The TFT open cell has high frequency circuits. Sufficient suppression to electromagnetic interference should

be done by system manufacturers. Grounding and shielding methods may be effective to minimize

the interference.

(7) Noise may be heard when a back-light is operated. If necessary, sufficient suppression should be

done by system manufacturers.

(8) Inserting or pulling I/F connectors causes any trouble when power supply and signal dates are

on-state.I/F connectors should be inserted and pulled after power supply and signal dates are

turned off.

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9.5 Electrostatic discharge control

(1) Since a TFT open cell consists of a TFT cell and electronic circuits with CMOS-ICs, which are

very weak to electrostatic discharge, persons who are handling a TFT open cell should be grounded

through adequate methods such as a list band. Connector pins should not be touched directly

with bare hands.

(2) Protection film for a polarizer on a TFT open cell should be slowly peeled off so that the electrostatic

charge can be minimized.

9.6 Precaution to strong light exposure

(1) The TFT open cell should not be exposed under strong light. Otherwise, characteristics of a polarizer and

color filter in a TFT open cell may be degraded.

9.7 Precaution to storage

When TFT open cells for replacement are stored for a long time, following precautions should be taken care of:

(1) TFT open cells should be stored in a dark place. It is prohibited to apply sunlight or fluorescent light
during storage. TFT open cells should be stored at 0 to 35㷄 at normal humidity (60%RH or less).

(2) The surface of polarizers should not come in contact with any other object. It is recommended that

TFT open cells should be stored in the IPS Alpha Technology's shipping box.

9.8 Reliability

Since electronic components are implemented to this LCD, if water drops are adhered, it causes trouble.

So, be careful of water drops adherence. (Especially around the driver circuit and the source PCB) If

any problems or damages caused by water drops, etc. by any chance, these are not covered under

warranty.

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

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9.9 Precaution to handling protection film

(1) The protection film for polarizers should be pealed off slowly and carefully by persons who are

electrically grounded with adequate methods such as a list band. Besides, ionized air should be blown

over during peeling action. Dusts on a polarizer should be blown off by an ionized nitrogen gun and

so on.

(2) The protection film should be peeling off without rubbing it to the polarizer. Because, if the film is

rubbed together with the polarizer, since the film is attached to the polarizer with a small amount

of adhesive, the adhesive may remain on a polarizer.

(3) The TFT open cell with protection film should be stored on the conditions explained in 10.7 (1). However,

in case that the storage time is too long, adhesive may remain on a polarizer even after a protection

film is peeled off. Besides, in case that a TFT open cell is stored at higher temperature and/or higher

humidity, adhesive may remain on a polarizer. The remained adhesive may cause non-uniformity

of display image.

(4) The adhesive can be removed easily with Normal-Hexane. The remained adhesive or its vestige on

the polarizer should be wiped off with absorbent cotton or other soft materials such as chamois

slightly contained Normal-Hexane.

(5) The procedure of peeling protection film on pokarizer is recommended as follows.

(5-1)Set up LCD on the rest of the cell as the lower polarizer film comes on top gently.

(5-2)Peel off protection film from lower polarizer film with tape.

The protection film should be peeled as Drawing 1 or 2.

Side of drain COF

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Side of drain COF

Side of gate COF

Side of gate COF

Drawing 1 Drawing 2

(5-3)Set up LCD on the Backlight unit as the upper polarizer film comes on top gently.

(5-4)Connect LCD surface to GND.

(5-5)Peel off protection film from upper polarizer film with tape.

The protection film should be peeled as Drawing 3 or 4.

Side of gate COF

Side of drain COF

Side of gate COF

Side of drain COF

Drawing 3 Drawing 4

9.10 Safety

(1) Since a TFT cell is made of glass, handling to the broken TFT open cell should be taken

care sufficiently in order not to be injured. Hands touched liquid crystal from a broken TFT open cell should be

washed sufficiently.

9.11 Environmental protection

(1) Flexible printed circuits and printed circuits board contain small amount of lead.

Please follow local ordinance or regulations for its disposal.

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

One step solution for LCD / PDP / OLED panel application: Datasheet, inventory and accessory!

12-4/5IPS4PS 2612 VVF42F118G00-1 Page

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f

9.12 Use restrictions and limitations

(1) This product is not authorized for use in life support devices or systems, military applications or

other applications which pose a significant risk of personal injury.

(2) In no event shall IPS Alpha Technology, Ltd., be liable for any incidental, indirect or consequential damages in

connection with the installation or use of this product, even if informed of the possibility thereo

in advance. These limitations apply to all causes of action in the aggregate, including without

limitation breach of contact, breach of warranty, negligence, strict liability, misrepresentation and

other torts.

9.13 Others

(1) Electrical components which may not affect electrical performance are subjective to change without

notice because of their availability.

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Panasonic Liquid Crystal Display, Ltd.

One step solution for LCD / PDP / OLED panel application: Datasheet, inventory and accessory!

Date July.28,2011 Sheet No.

12-5/5IPS4PS 2612 VVF42F118G00-1 Page

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10. Dimensional Out Line

Front View 1

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Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

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10. Dimensional Out Line

Front View 2

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Date July.28,2011 Sheet No.

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10. Dimensional Out Line

Front View 2

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Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No.

One step solution for LCD / PDP / OLED panel application: Datasheet, inventory and accessory!

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