SAMSUNG S43SD-YD01 Specification

FOR MESSRS: DATE: 03, 03, 2012

China STD

CUSTOMER’S SPECIFICATIONS

(Approval Edition)

108.89cm (43 Inch) Wide Plasma Display Module

MODEL : S43SD-YD01

(NTSC/PAL)

* This specification will be approved by both China STD and Samsung SDI Co.,Ltd.

* Please return one of this specification with your signature for approval.

Proposed by: Approved by:

Signature

Genral Manager. Changsub, Son

PDP Development Team,

PDP Business Division,

Samsung SDI Co., Ltd

SAMSUNG SDI CO.,LTD.

Signature .

SAMSUNG SDI Corporation Plasma Display Panel

Revision History

No Date Description Of Changes Rev. no Approval

1 -

2 -

SAMSUNG SDI - 2/63 - Rev.1.0 03/03/12

SAMSUNG SDI Corporation Plasma Display Panel

TABLE OF CONTENTS

1. DESCRIPTION ......................................................................................................................... 5

2. FEATURES ............................................................................................................................... 5

3. PRODUCT NAME AND MODEL NUMBER ....................................................................... 5

4. FUNCTION OUTLINE ............................................................................................................ 5

5. BLOCK DIAGRAM ................................................................................................................. 6

6. DISPLAY CHARACTERISTICS ........................................................................................... 7

6.1 DISPLAY PERFORMANCE ........................................................................................................ 7

6.2 DISPLAY CELL ARRANGEMENT .............................................................................................. 8

6.3 LUMINANCE MEASUREMENT CONDITION ............................................................................... 9

6.4 CONTRAST MEASUREMENT CONDITION ............................................................................... 10

6.5 DISPLAY CELL DEFECT SPECIFICATION ............................................................................... 11

6.6 UNIFORMITY SPECIFICATIONS .............................................................................................. 11

6.7 POWER CONSUMPTION .......................................................................................................... 13

6.8 GAMMA CHARACTERISTICS .................................................................................................. 17

6.9 FILM FILTER ......................................................................................................................... 18

6.10 WHITE BLANCE .................................................................................................................. 20

7. SOUND PRESSURE LEVEL SPECIFICATION .............................. 错误！未定义书签。

7.1 MEASURING CONDITION ...................................................................... 错误！未定义书签。

7.2 SOUND PRESSURE LEVEL ..................................................................... 错误！未定义书签。

8. MECHANICAL CHARACTERISTICS............................................................................... 23

8.1 MECHANICAL SPECIFICATIONS ............................................................................................ 23

8.2 MECHANICAL CHARACTERISTICS ......................................................................................... 23

9. ENVIRONMENTAL CONDITIONS ................................................................................... 24

9.1 OPERATIONAL ENVIRONMENTAL CONDITION ...................................................................... 24

9.2 STORAGE ENVIRONMENTAL CONDITION *1 ......................................................................... 24

9.3 PANEL SURFACE CONDITION ............................................................................................... 25

10. INTERFACE SIGNAL SPECIFICATIONS ...................................................................... 26

10.1 CONFIGURATION CONTEXT ................................................................................................ 26

10.2 INTERFACE FUNCTION SPECIFICATIONS (INPUT DATA AND DISPLAY PROCESSING) ............. 27

10.3 INPUT SIGNAL DEFINITION ................................................................................................. 27

10.4 LVDS SIGNAL DEFINITION AND FUNCTION ....................................................................... 28

10.5 LVDS SIGNAL PIN ASSIGNMENT ....................................................................................... 29

10.6 VIDEO SIGNAL DEFINITION AND FUNCTION ....................................................................... 30

10.7 ELECTRICAL CONDITION OF INTERFACE SIGNAL ................................................................ 30

10.8 VIDEO SIGNAL INTERFACE TIMING CONDITIONS ................................................................ 32

10.9 LVDS INTERFACE TIMING CONDITIONS ............................................................................ 33

10.10 LVDS CONNECTION SPECIFICATIONS .............................................................................. 34

10.11 I2C INTERFACE CONDITIONS ............................................................................................ 35

10.12 CONNECTOR SPECIFICATIONS .......................................................................................... 39

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10.13.M

ODE CHANGE ................................................................................................................ 40

11.ADDRESS MAP ..................................................................................................................... 41

12. INPUT POWER VOLTAGE SPECIFICATIONS ............................................................ 42

12.1 ELECTRICAL CHARACTERISTIC OVERVIEW ........................................................................ 42

12.2 PIN ASSIGNMENT OF CONNECTORS FOR POWER SUPPLY ..................................................... 42

12.3 POWER APPLYING SEQUENCE ............................................................................................ 43

13. MECHANICAL DIMENSION DRAWING ....................................................................... 48

13.1 FRONT SIDE ........................................................................................................................ 48

13.2 REAR SIDE ......................................................................................... 错误！未定义书签。

14. LABEL ................................................................................................................................... 49

14.1 LABEL TYPE ....................................................................................................................... 49

14.2 LABEL LOCATION ............................................................................................................... 50

15. PACKING .............................................................................................................................. 51

15.1 PACKING DIMENSION AND PARTS LIST .............................................................................. 51

15.2 PACKING ASSEMBLY DRAWING ......................................................................................... 51

15.3 EXPORTATION PACKING ASSEMBLY................................................................................... 52

16. RELIABLITY ....................................................................................................................... 53

16.1 MTBF VALUE .................................................................................................................... 53

16.2 EXPECTED SERVICE LIFE .................................................................................................... 53

16.3 DISCLAIMER ...................................................................................................................... 53

16.4 CERTIFICATE ...................................................................................................................... 53

17. WARNING / CAUTION / NOTICE ................................................................................... 54

17.1 WARNING ........................................................................................................................... 54

17.2 CAUTION ............................................................................................................................ 56

17.3 NOTICE............................................................................................................................... 57

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1. DESCRIPTION

The S43SD-YD01 is a 43-inch wide full color plasma display Module with a resolution of
852(H) × 480(V) pixels. The display module includes the Plasma Display Panel,
the Panel Driving Electronics, the Logic Control Board.

2. FEATURES

• Wide aspect ratio(16:9) 43 inch diagonal display screen. The display area is 945.94mm

wide and 539.59mm high.

• Slim and light weight. The display Module is 49mm in depth and weight only

approx. 10.0kg.

• 1073.7 million colors(10Bit), or 16.77 million colors(8Bit) combination of R,G and B

digital data.(According to LVDS input selection)

• High Luminance, High contrast, Wide viewing angle. The screen has i

transmissivity 47.0%, NTSC/PAL),

And a viewing angle of greater than 160° comparable to that achieved

contrast of typical 1000,000:1 (NTSC,PAL)

n Film

3. PRODUCT NAME AND MODEL NUMBER

• Product name : 43 inch Full Color Plasma Display Module

(abbreviation : PDP Module)

• Model number : S43SD-YD01 (Project name : EV)

• Product Code : PP43SF003A

4. FUNCTION OUTLINE

• The plasma display module has an APC(Automatic Power Control) function which

restricts power consumption within the certain value with regard to each display load
ratio.

• The plasma display module is operated by following digital video signals; Vertical

synchronous signal, Horizontal synchronous signal, Enable signal and 8~10bit data
signals of each R, G and B color. All signals are based on LVDS level.

• The plasma display module is operated at 50Hz60Hz/100Hz frame rate. An external frame

rate conversion is required in order to display the other formats.

• The plasma display module requires several types of input power voltages ; voltage for

logic IC, voltage for Gate Driver, voltage for Sustain and voltage for Address.

• The plasma display module is operated at progressive signal only.

An external progressive scan conversion is required in order to display the other formats.

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5. BLOCK DIAGRAM

LVDS SIGNAL

LOGIC CONTROLLER

LVDS I/F CONTROLLER

DATA PROCESSOR

DISPLAY DATA

DRIVING CIRCUIT AND PANEL

SCAN PULSE

DRIVER

PDP

852×480 Pixels

SUSTAIN PULSE

DRIVER

DATA DRIVER

DRIVING VOLTAGE

POWER SUPPLY UNIT

Figure-1. Block Diagram of PDP module

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6. DISPLAY CHARACTERISTICS

6.1 Display Performance

No Item Rating

1 Display Pixels

2 Display Cells Horizontal 2,556 ×Vertical 480 cells

3 Pixel Pitch

4 Cell Size

5 Pixel Type R, G, B Non stripe (refer to Figure-2)

Effective Display

6

7 Number of color

Contrast Ratio *1

8

9

(30% Load Brightness)

Size

(in dark room,

eak algorithm on

Brightness

Horizontal 852 ×Vertical 480 pixels
(1 pixel = 1 R,G,B cells)

Horizontal 1110㎛ ×Vertical 1124㎛

R Horizontal 370㎛ ×Vertical 1124㎛

G Horizontal 370㎛ ×Vertical 1124㎛

B Horizontal 370㎛ ×Vertical 1124㎛

Horizontal 945.94㎜ ×Vertical 539.59㎜
[ 37.24 inch × 21.24 inch ]

1073.7 million colors (10Bit)

16.77 million colors ( 8Bit)

Typical 100,000:1

Typical 150cd/㎡

10

11

12 Viewing Angle *2 Over 160°

(Note)
*1. Contrast Ratio is calculated from the display Luminance and the non-display Luminance

*2. Viewing angle is a critical angle at which the Luminance is reduced to 50% to the

Brightness

(100% Load Brightness)

Black Brightness

(Normal mode)

value. Display condition is shown in Figure-4.

Luminance perpendicular to the PDP Module. The Luminance is measured by a non­contact luminance meter MINOLTA CA-210.

Typical 52cd/㎡

Typical 0.06cd/㎡(NTSC), Typical 0.10cd/㎡(PAL)

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6.2 Display Cell Arrangement

st

1

Pixel

Column

nd

2

Pixel

Column

rd

3

Pixel

Column

th

850

Pixel

Column

th

851

Pixel

Column

th

852

Pixel

Column

st

1

Pixel

Row

nd

2

Pixel

Row

479

Pixel

Row

480

Pixel

Row

th

th

Pixel Pitch(Width):

Pixel
Pitch

RGB RGB RGB

RGB RGB RGB

0.3 70

0.370

0.370

RGB RGB RGB

RGB RGB RGB

1.110

mm

RGB RGB RGB

Pitch Hei gh t

(1.124 mm)

RGB RGB RGB

Cell

RGB RGB RGB

RGB RGB RGB

Figure-2.Display Cell Arrangement

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6.3 Luminance Measurement Condition

(1) Display Pattern

Effective Display Area

Effec tive Display Area

460 104 460

Unit : Pixels(=lines)

marked area : White display area by maximum gradation setting

marked area : Black color (non-display area)

Fi

ure-3. DisplayPattern for Brightness & Contrast Ratio Measurement

(2) Display Area ratio : 1% white window
(3) Vsync : 16.7ms
(4) Measuring equipment : MINOLTA CA-210

Pattern Generator(VG-828, LVDS Output).
(5) Ambient Temperature : Room Temperature
(6) Ambient Luminance : Dark Room (<2 lux)

[ Note]

1. Measurement is done within 30 seconds after Power On. The temperature of panel

before measurement is room temperature (25℃).

2. Measurement is done within 3 seconds after Display Pattern(

Figure-3) On

345

78

345

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6.4 Contrast Measurement Condition

(1) Measuring point

Figure-4. Measurement point

(2) Vsync : 16.7 ms
(3) Measuring Equipment : MINOLTA CA-210

Pattern Generator(VG-828, LVDS Output).
(4) Contrast Calculation formula

Luminance of 1% white window Area at the center of the screen

Contrast ratio =
Luminance of Black Area *1

【 Note 】

1. For mass production test purposes, it is recommended to measure just 1 point, P1 of
Figure 4 on display pattern of Figure 3.

2. Measuring point _P1 is that minimum luminance point from among effective display
area

(5) Ambient Light : Dark Room (<2 lux)

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6.5 Display Cell Defect Specification

In some cases, a panel may have defective cells that cannot be controlled.
These defective cells can be categorized into three types;
(1) Non-lighting cell defect : defect in which the cell is always off
(2) Non-extinguishing cell defect : defect in which the cell is always on.
(3) Flickering cell defect : defect in which the cell is flickering.
(4) High intensity cell defect : defect in which the cell is brighter than other cells
(5) Test Pattern : Full White, Full Red, Full Green and Full Blue with 1024 gray level.

The display cell defect specifications define the allowed limits for display cell defects
and
are used as the criteria in determining whether a panel should be shipped.

W

Zone B

H

Figure-5. Measurement Area

Item

Non-lighting cell 3 and less 10 and less

Zone A

Number of cell defects

A Zone B Zone

H/4

H/2

H/4

W/4 W/4 W/2

Remark

Non-extinguishing cell 1 and less 2 and less

Flickering cell

(the W/R/G/B screen)

Flickering cell

(the other pattern)

High Intensity Cell 1 and less 2 and less

Continuous Cell 1 and less 1 and less

Total defect 14 and less

2 and less 3 and less

1 and less 2 and less

Regardless of A and B Zone,

Maximum 1 Cell Defect
in an area of 50*50mm
is allowed.

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6.6 Uniformity Specifications

The color-PDP uses ultraviolet light produced by gas discharge to illuminate phosphor.
Uneven phosphor coating and inconsistent discharge characteristics cause slight difference

in brightness among the sections in a panel.

Item

Full white
brightness
variation

Equation

Definition

The brightness is measured at 9 points (A1~A9 of
Fig-6) on full white pattern.
The full white brightness variation as then calculated
from the following equations.

Max xx−

xMin

−

× 100%

&

Specification

15% and less

× 100%

The brightness variation specifications define the allowed limits for brightness differences

and the criteria in determining whether a panel is shipped.

W : Effective Display Area

H : Effective Display Area

A1 A2 A3

H*0.1

A4

A7

W*0.1

Figure-6. Measuringareas

A5 A6

A8 A9

H*0.1

W*0.1

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)

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6.7 Power consumption

6.7.1 APC (Automatic Power Control) Function

The PDP has an APC (Automatic Power Control) function for the panel driver power source.
When the total display load ratio exceeds approximately 10%, total power consumption is
limited within a specified level (=Lower Power Limit) by APC function.
The operation behavior of APC function is called as SLOW-APC. When the display load­ratio changes from low to high value, the power-consumption rises instantly to “Upper
Power Limit” and gradually decreases until it reaches to the “Lower Power Limit.”

[Note] Number of steps may Power vary as a function of the load ratio.

Power

Upper Power

Limit

Powe

Load-ratio

Time for transition between 2 setps = 8 frames

Lower Power

Limit

This could be controlled by R HOLD TIME

t

Figure 7. Slow APC Behavior

6.7.2 Brightness and Power Mode Control

This PDP module offsers two methods for Brightness and Power mode control.
One is APCO(APC Offset) for Peak-Brightness control, and the others are PUG and

PLG

for power mode control. APCO, PUG and PLG are registers controllable through I2C
communication from image B’d. For a detailed address and data bits of these registers ,
refer to the Chapter 11. Address Map.
(1) Peak-Brightness Control( APCO)

- controls the max.sustain number

- APCO variable range : 0010h~01FFh (cf. 00C8h~01F4h @3D Mode)

Sustain
number

Max. Sustain

Normal Bright Mode (APCO=0000h)

2/3 Peak-bright Mode (APCO=00FAh)
1/3 Peak-bright Mode (APCO=1A4h)

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Min. Sustain

SAMSUNG SDI Corporation Plasma Display Panel

@

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r

N

(2) ASLG ( Power-Mode Control using ASL gain function)

- ASLG variable range : 80~FFh

Maximum available power decrease by increasing ASLG above 80h(NTSC)

-

Sustain
number

Max. Sustain

Min. Sustain

(3) Power-Mode Control (PLG)

- PLG(Power Lower Gain control register)

- Variable range : 00h ~ FFh(Tentative) , Default Value : 80h

- PLG is for lower power level.

- PLG value : smaller than the default in order to make less power consumption.

0

Load-ratio

-

ASLG < ASLG’

ASLG’ = 60h

ASLG > ASLG’

load at F/W pattern

Saturated at Min. Sustain

100%

Figure-8. APCO Behavior

NTSC(50h@PAL

High-Power Mode

ormal Mode

Powe

-Save Mode

Max(Guarantee Stress) : 165W

Typical : 150W

Figure-10. APCL Behavior(PLG Adjust,F/W Pattern)

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(4)Power- Consumption Ratio( BY ASLG, PLG)

PLG ASLG ASLG_SW Power- Consumption Ratio

80 80 OFF 100%
73 80 OFF 90%

6A 87 ON 80%

6A A2 ON 70%

【 Note 】Condition By Moving Picture(30% Window Size)

Figure 11. Power- Consumption Ratio ByWindowsize(Load)

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(5) SAPC_Timer

The module is equipped with the APC Timer function to reduce the amount of image
retention. If the input image is not varying for at least one minutes, the fuction starts to
operate and reduce the intial APC level one step down to a predefined target level in
every three seconds. The fuction is immediately turned off when the input image starts
varying.

(5Minute)

APC450)

2 SEC )

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6.8 Gamma characteristics

6.8.1 Basis of Gamma Curve

This PDP module is normally applied to the 2.2 gamma curve (refer to Figure-12)
But this specification could be modified on the request of the customer

Figure-12. Default Gamma Curve

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6.9 Film filter

6.9.1 Structure of the PDP FF

Hard coating layer

Color PSA

Film transmissivity 47%

6.9.2 Characteristics of the PDP FF

(1) Attached with a Hard coating film on the View side.
(2) Attached with a Near Infrared (NIR) cut off function in the Color PSA to shield them.

6.9.3 Dimension Specifications

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6.9.4 Film Filter Defect specifications

Items Specification

Allow Defects

Point Defects Size (mm)

Area A Area B

φ<0.5

Point

Defects

Linear Defects Size (mm)

Width

0.1≤W<0.15

Linear

Defects

0.05≤W<0.1

0.05≤W<0.1

W<0.05

W<0.05

* Distance between defect ≧30 ㎜

[Note]

1.

When power off the defect is the appearance NG.
When power Colored defects treated Cell defect specification Management.

2.

unlimited

0.5≤φ<1.0

1.0≤φ≤1.5 1 2

1.5< ø

Length Area A Area B

10<L≤20

10<L≤20

L<10

0 5

3 5

none

Allow Defects

10 20

10<L≤20

L

<10

35

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