Panasonic VVF42F118G00 Specification

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No. Item Page

COVER

RECORD OF REVISION

DESCRIPTION

ABSOLUTE MAXIMUM RATINGS

INITIAL OPTICAL CHARACTERISTICS

ELECTRICAL CHARACTERISTICS

BLOCK DIAGRAM

INTERFACE PIN ASSIGNMENT

INTERFACE TIMING

DESIGNATION OF LABEL

COSMETIC SPECIFICATIONS

PRECAUTION

DIMENSIONAL OUTLINE

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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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Page

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)

Panasonic Liquid Crystal Display, Ltd.

Date July.28,2011 Sheet No. IPS4PS 3-1/1PageVVF42F118G00-12603

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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.

2) 㧑RH

196(20G)

Not Acceptable -

UNIT



m/s

NOTE

1),5),6)

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

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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IPS4PS 4-1/1PageVVF42F118G00-12604

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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.

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 °

㧩 50 ° 㧩 0 °,

ޓޓ 90 °,

ޓޓ180 °,

ޓޓ270 °

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

㧑

0.370

0.310

- - 0.04

- - 0.04 -

- - 0.04

0.04

ޣGray scale

=1023ޤ

䇼Gray scale

=1023䇽

Note 1) Definition of viewing angle

=90° (12 o'clock)

=180°

(9 o'clock)

TFT - LCD module

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

=0°



eye



=0°

(3 o'clock)

=270°

(6 o'clock)

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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=

where, B

max = Maximum brightness

min = Minimum brightness

ave = Average brightness

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BLACK WHITE

ton tof

max or Bmin - Bave

Bave

(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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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)

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

D576

D288

y g

4. BLOCK DIAGRAM

4. 1 TFT-LCD module

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Gate Driver

G1080

TFT-LCD

Gate Driver

G1080

Source Driver Source Driver

CN2 CN1

VCOM volta

mini-LVDS Display data

s n m

ver T

Gamma reference volta

ource Dr

DC Power su

s n m

ver T

mini-LVDS Display data

ource Dr

s n m

DC Power su

ver T

ate Dr

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Date July.28,2011 Sheet No. IPS4PS 7-1/1PageVVF42F118G00-12607

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5. INTERFACE PIN ASSIGNMENT

5. 1 TFT-LCD module

CN1:MOLEX 503366-6011

SYMBOL DESCRIPTION NOTE

No.

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

2 LPL

4 N.C. Non Conection

5 VGMA12

VGMA11

7 VGMA10

8 VGMA9

9 VGMA8

10 N.C.

12 AVDD

14 AVDDMH

15 AVDDMH

16 AVDDML

17 AVDDML

19 LV7BL

20 LV7AL

21 LV6BL

23 GND

24 LV5BL

25 LV5AL

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

GND(0V)

Pixel Data

GND(0V)

Pixel Data

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

Pixel Clock

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SYMBOL DESCRIPTION NOTE

No.

32 LV3BL

33 LV3AL3 POLL Control Signal

34 LV2BL

35 LV2AL

36 GND

37 LV1BL

38 LV1AL

39 LV0BL

LV0AL

41 GND GND(0V)

42 VOFF

43 VONL13 AVDD

DATA2L

DATA1L

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

GND(0V)

Pixel Data

Reference Voltage

Control Signal44

Control Signal

Non Conection

Reference Voltage

GND(0V)

Logic Voltage

Common Voltage

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