hx8223-a datasheet preliminary v02 - kyocera display

( DOC No. HX8223-A-DS )

HX8223-A720CH TFT LCD Source Driverwith Built-in TCONPreliminary version 02 July, 2005

-P.1-Himax ConfidentialJuly 2005This information contained herein is the exclusive property of Himax and shall not be distributed, reproduced, or disclosed

in whole or in part without prior written permission of Himax. Subject to change without notice.

1. General Description

HX8223-A is a 720-channel output source driver with built-in TCON (TimingController) and DAC. The input interface supports 18-bit RGB for both the portrait(240 RGB x 320) or the landscape (720 dot x 240) display. 8-bit RGB, 8-bit ITU-R BT.601, and BT. 656 interfaces are also included for the NTSC/PAL TV system in thelandscape type displays. The DAC supports transferring digital RGB data to analogRGB data for the internal source driver. The TCON generates the control signals forthe source driver and the gate driver.

The source driver implements 2 lines of sample and hold circuits. While samplingvideo signals, the previously sampled data can be transferred to the output channelsynchronously through the output driver. The simultaneous or the sequentialsampling can be chosen for matching the pixel array type.

The TCON provides horizontal and vertical control timing to the source driver and thegate driver. With built-in DAC and operational amplifiers, the gamma correction isperformed. The digital data is converted to analog signal by the DAC and passed tothe source driver.

HX8223-A720CH TFT LCD Source Driverwith Built-in TCON

Preliminary Version 02 July, 2005

-P.2-Himax ConfidentialJuly 2005

HX8223-A720CH TFT LCD Source Driver with Built-in TCON

DATA SHEET Preliminary V02

This information contained herein is the exclusive property of Himax and shall not be distributed, reproduced, or disclosedin whole or in part without prior written permission of Himax. Subject to change without notice.

2. Features

T-CON

In 720 dot x 240(landscape) display resolution, TCON supports 8-bit serial, 18-bitparallel digital RGB, and CCIR601/656 input interface.

In 240 RGB x 320(portrait) display resolution, TCON only supports 18-bit paralleldigital RGB input interface.

Support the delta and the stripe color filter timing. Operation frequency: 30 MHz max. Support NTSC/PAL TV system. OSD overlay supported in CCIR601/656 input format only. Line inversion driving scheme. Provide the control timing of the source driver and the gate driver. Provide flip and mirror scan control. Operation power supply range: 3.0V~3.6V.

Source Driver

5V analog power supply. Dynamic range: 0.1 ~ 4.9V. Output voltage deviation: +20mV. 720 channels output source driver for TFT LCD panel. Applicable to stripe and delta pattern color filter. Simultaneous or sequential sampling is selectable as matching pixel array type. Include 2 lines of sample and hold circuit. Right and left shift capability. LCD power: 4.5 ~ 5.5V.

DAC

Support 8-bit digital RGB data input, and the output is the analog RGB signal. Operation power supply range: 4.5V ~ 5.5V.

Package

Bare chip with gold bumper for COG solution.





3. Block Diagram

3.1 Whole chip block diagram

Figure 3. 1 Whole chip block diagram





3.2 Timing controller block diagram

Figure 3. 2 Timing controller block diagram

3.3 Source driver block diagram

Figure 3.3 Source driver block diagram





4. Pin description

Pin name I/O DescriptionCLK I Clock signal. Latching data at the rising edge.

D17~D00 I Parallel digital data input. If serial RGB or 601/656 mode is used, onlyD07~D00 are used.

IHS I Horizontal sync input with negative polarity.IVS I Vertical sync input with negative polarity.DEN I Input data enable control. Internal pulled low.

LRC I

The shift direction of the internal shift register is controlled by this pin as shownbelow: QXn is the output signal of the internal shift register.LRC=H: STHQX1QX2•••QX240LRC=L: STHQX240QX239•••QX1

POL,POL2 O

Polarity select for the line inversion control signal.(1). When POL/POL2=L, output voltage is negative polarity.(2). When POL/POL2=H, output voltage is positive polarity.POL swing : VCC ~ VEE.POL2 swing : VDD ~ VSS.

STB I

Standby mode control. Internal pulled high.(1). When STB=”L”, the source driver and DAC are off. All outputs of thesource driver are short to VSS.(2). When STB=”H”, the source driver and DAC are on.

RESETB I Hardware global reset. Low active. Internal pulled high.

EXTNP ISet NTSC/PAL mode is auto-detection or external control. Internal pulled low.(1). When EXTNP=”L”, NTSC/PAL mode is auto-detection.(2). When EXTNP=”H”, NTSC/PAL mode is set by NPC pin.

NPC I/O

NTSC or PAL mode selection. If EXTNP=”L”, NPC is output pin. If EXTNP=”H”,NPC is input pin.(1). When NPC=”H”, NTSC mode is selected.(2). When NPC=”L”, PAL mode is selected.

RES IDefine resolution. Internal pulled high.(1). When RES=”L”, the resolution is 720x240.(2). When RES=”H”, the resolution is 720x320.

UD I

Up/down scan setting.When UD=”L”, normal scan.When UD=”H”, reverse scan.

IF1IF2 I

Control the input data format. IF2 is internal pulled low and IF1 is internalpulled high.

IF2, IF1 Input data formatL, L Serial digital RGBL,H Parallel digital RGBH, L CCIR601H, H CCIR656

V1~V8 I External gamma correction voltage input for DAC.

VSET I

Gamma correction voltage is set internally or externally. Internal pulled low(1). VSET=”L”, gamma correction voltage is set internally.(2). VSET=”H”, gamma correction voltage is set externally.





Pin name I/O Description

DAC_BSEL I

Define the bias current of the DAC block. Internal pulled low.(1). When DAC_BSEL=”L”, the bias current of the DAC block is low.(2). When DAC_BSEL =”H”, the bias current of the DAC block is high.The DAC_BSEL should be tied high when the input data type is the CCIR601/656 format.

CF1 I Define the input data sequence in serial digital RGB mode. Please referencesection 5.5 Only effective if IF2/IF1=”L/L”. Internal pulled low.

CF2 I Define the used delta type color filter. Please reference section 5.5. Internalpulled low.

MOD IDefine the color filter type. Internal pulled high.(1). When MOD=”L”, the color filter is the delta type.(2). When MOD=”H”, the color filter is the stripe type.

QXH O Reference signal for video decoder to arrange data sequence.

ZX I Zoom in/out modes setting pin. Zoom function is only active in CCIR601/656input mode. Internal pulled low. Reference 5.7.

CKV O Gate driver clock.OEV O Output enable control of the gate driver.UDC O Reverse of UDUDP O Internal link to UD

STV O (1). When UD=”L”, STV is output.(2). When UD=”H”, STV is Hi-Z.

STVC O When UD=”L”, STVC is Hi-Z.When UD=”H”, STVC is output.

OSD_HS O OSD Hsync output.OSD_VS O OSD Vsync output.

OSD_CLK O OSD clock output.OSD_R I OSD red data input. Internal pulled low.OSD_G I OSD green data input. Internal pulled lowOSD_B I OSD blue data input. Internal pulled low

OSD_EN I OSD enable input. High enable. Internal pulled lowSPCK I Serial port Clock. Normally pulled high.SPDA I/O Serial port Data input/output. Internal pulled low

SPENA I Serial port Data Enable Signal. Normally pulled high.VDD I Analog power. 4.5V ~ 5.5V.VSS I Analog ground.VCC I Digital power. 3V ~ 3.6V.VEE I Digital ground.

QA1~240QB1~240QC1~240 O Output driver signal.

PASSL1,PASSR1 - PASSL1 and PASSR1 are short in the chip internally. There is ESD protection

to VDD and VSS at this pin.PASSL2,PASSR2 - PASSL2 and PASSR2 are short in the chip internally

PASSL3,PASSR3 - PASSL3 and PASSR3 are short in the chip internally





5. Operation description

5.1 Relationship between input data and output channels

Source Driver:

LRC First → LastH QA1 QB1 QC1 QA2 ••• ••• ••• QA240 QB240 QC240

LRC Last ← FirstL QA1 QB1 QC1 QA2 ••• ••• ••• QA240 QB240 QC240

Table 5. 1 Relationship between input data and output channels

5.2 Relationship between gamma correction and output voltage

The output voltage is determined by the digital input data if the digital RGB orCCIR601/656 input format is selected. The 8 gamma correction reference voltagescan be set externally or generated internally. If VSET=”H”, the gamma correctionvoltage is external input. If you want to generate these voltages internally, please setVSET=”L”and the default voltage is as below table.

V1 V2 V3 V4 V5 V6 V7 V8Default voltage (V) 3.5 3.2 2.8 2.4 2.2 1.6 1.2 0.6

Table 5. 2 Relationship between gamma correction and output voltage





Gamma correction characteristic curve

Gamma Curve

0

50

100

150

200

250

300

0 0.5 1 1.5 2 2.5 3 3.5 4

Voltage(V)

CO

DE

Positive

Negative

Figure 5. 1 Gamma correction characteristic curve





Relationship between input data and output voltage

Data Positive polarity output voltage Data Negative polarity output voltage 00H VP0 V1 37 00H VN0 V8 3701H VP1 V2 + (V1-V2) x 1147/1184 37 01H VN1 V8 + (V7-V8) x 37/2380 3702H VP2 V2 + (V1-V2) x 1110/1184 37 02H VN2 V8 + (V7-V8) x 74/2380 3703H VP3 V2 + (V1-V2) x 1073/1184 37 03H VN3 V8 + (V7-V8) x 111/2380 3704H VP4 V2 + (V1-V2) x 1036/1184 37 04H VN4 V8 + (V7-V8) x 148/2380 3705H VP5 V2 + (V1-V2) x 999/1184 37 05H VN5 V8 + (V7-V8) x 185/2380 3706H VP6 V2 + (V1-V2) x 962/1184 37 06H VN6 V8 + (V7-V8) x 222/2380 3707H VP7 V2 + (V1-V2) x 925/1184 37 07H VN7 V8 + (V7-V8) x 259/2380 3708H VP8 V2 + (V1-V2) x 888/1184 37 08H VN8 V8 + (V7-V8) x 296/2380 3709H VP9 V2 + (V1-V2) x 851/1184 37 09H VN9 V8 + (V7-V8) x 333/2380 370AH VP10 V2 + (V1-V2) x 814/1184 37 0AH VN10 V8 + (V7-V8) x 370/2380 370BH VP11 V2 + (V1-V2) x 777/1184 37 0BH VN11 V8 + (V7-V8) x 407/2380 370CH VP12 V2 + (V1-V2) x 740/1184 37 0CH VN12 V8 + (V7-V8) x 444/2380 370DH VP13 V2 + (V1-V2) x 703/1184 37 0DH VN13 V8 + (V7-V8) x 481/2380 370EH VP14 V2 + (V1-V2) x 666/1184 37 0EH VN14 V8 + (V7-V8) x 518/2380 370FH VP15 V2 + (V1-V2) x 629/1184 37 0FH VN15 V8 + (V7-V8) x 555/2380 3710H VP16 V2 + (V1-V2) x 592/1184 37 10H VN16 V8 + (V7-V8) x 592/2380 3711H VP17 V2 + (V1-V2) x 555/1184 37 11H VN17 V8 + (V7-V8) x 629/2380 3712H VP18 V2 + (V1-V2) x 518/1184 37 12H VN18 V8 + (V7-V8) x 666/2380 3713H VP19 V2 + (V1-V2) x 481/1184 37 13H VN19 V8 + (V7-V8) x 703/2380 3714H VP20 V2 + (V1-V2) x 444/1184 37 14H VN20 V8 + (V7-V8) x 740/2380 3715H VP21 V2 + (V1-V2) x 407/1184 37 15H VN21 V8 + (V7-V8) x 777/2380 3716H VP22 V2 + (V1-V2) x 370/1184 37 16H VN22 V8 + (V7-V8) x 814/2380 3717H VP23 V2 + (V1-V2) x 333/1184 37 17H VN23 V8 + (V7-V8) x 851/2380 3718H VP24 V2 + (V1-V2) x 296/1184 37 18H VN24 V8 + (V7-V8) x 888/2380 3719H VP25 V2 + (V1-V2) x 259/1184 37 19H VN25 V8 + (V7-V8) x 925/2380 371AH VP26 V2 + (V1-V2) x 222/1184 37 1AH VN26 V8 + (V7-V8) x 962/2380 371BH VP27 V2 + (V1-V2) x 185/1184 37 1BH VN27 V8 + (V7-V8) x 999/2380 371CH VP28 V2 + (V1-V2) x 148/1184 37 1CH VN28 V8 + (V7-V8) x 1036/2380 371DH VP29 V2 + (V1-V2) x 111/1184 37 1DH VN29 V8 + (V7-V8) x 1073/2380 371EH VP30 V2 + (V1-V2) x 74/1184 37 1EH VN30 V8 + (V7-V8) x 1110/2380 371FH VP31 V2 + (V1-V2) x 37/1184 37 1FH VN31 V8 + (V7-V8) x 1147/2380 3720H VP32 V2 92 20H VN32 V8 + (V7-V8) x 1184/2380 9221H VP33 V3 + (V2-V3) x 1500/1592 92 21H VN33 V8 + (V7-V8) x 1276/2380 9222H VP34 V3 + (V2-V3) x 1408/1592 92 22H VN34 V8 + (V7-V8) x 1368/2380 9223H VP35 V3 + (V2-V3) x 1316/1592 92 23H VN35 V8 + (V7-V8) x 1460/2380 9224H VP36 V3 + (V2-V3) x 1224/1592 92 24H VN36 V8 + (V7-V8) x 1552/2380 9225H VP37 V3 + (V2-V3) x 1132/1592 92 25H VN37 V8 + (V7-V8) x 1644/2380 9226H VP38 V3 + (V2-V3) x 1040/1592 92 26H VN38 V8 + (V7-V8) x 1736/2380 9227H VP39 V3 + (V2-V3) x 948/1592 92 27H VN39 V8 + (V7-V8) x 1828/2380 9228H VP40 V3 + (V2-V3) x 856/1592 92 28H VN40 V8 + (V7-V8) x 1920/2380 9229H VP41 V3 + (V2-V3) x 764/1592 92 29H VN41 V8 + (V7-V8) x 2012/2380 922AH VP42 V3 + (V2-V3) x 672/1592 92 2AH VN42 V8 + (V7-V8) x 2104/2380 922BH VP43 V3 + (V2-V3) x 580/1592 92 2BH VN43 V8 + (V7-V8) x 2196/2380 922CH VP44 V3 + (V2-V3) x 488/1592 92 2CH VN44 V8 + (V7-V8) x 2288/2380 922DH VP45 V3 + (V2-V3) x 396/1592 33 2DH VN45 V7 332EH VP46 V3 + (V2-V3) x 363/1592 33 2EH VN46 V7 + (V6-V7) x 33/1595 332FH VP47 V3 + (V2-V3) x 330/1592 33 2FH VN47 V7 + (V6-V7) x 66/1595 3330H VP48 V3 + (V2-V3) x 297/1592 33 30H VN48 V7 + (V6-V7) x 99/1595 3331H VP49 V3 + (V2-V3) x 264/1592 33 31H VN49 V7 + (V6-V7) x 132/1595 3332H VP50 V3 + (V2-V3) x 231/1592 33 32H VN50 V7 + (V6-V7) x 165/1595 3333H VP51 V3 + (V2-V3) x 198/1592 33 33H VN51 V7 + (V6-V7) x 198/1595 3334H VP52 V3 + (V2-V3) x 165/1592 33 34H VN52 V7 + (V6-V7) x 231/1595 3335H VP53 V3 + (V2-V3) x 132/1592 33 35H VN53 V7 + (V6-V7) x 264/1595 3336H VP54 V3 + (V2-V3) x 99/1592 33 36H VN54 V7 + (V6-V7) x 297/1595 3337H VP55 V3 + (V2-V3) x 66/1592 33 37H VN55 V7 + (V6-V7) x 330/1595 3338H VP56 V3 + (V2-V3) x 33/1592 33 38H VN56 V7 + (V6-V7) x 363/1595 3339H VP57 V3 50 39H VN57 V7 + (V6-V7) x 396/1595 503AH VP58 V4 + (V3-V4) x 1527/1577 50 3AH VN58 V7 + (V6-V7) x 446/1595 503BH VP59 V4 + (V3-V4) x 1477/1577 50 3BH VN59 V7 + (V6-V7) x 496/1595 503CH VP60 V4 + (V3-V4) x 1427/1577 50 3CH VN60 V7 + (V6-V7) x 546/1595 503DH VP61 V4 + (V3-V4) x 1377/1577 50 3DH VN61 V7 + (V6-V7) x 596/1595 503EH VP62 V4 + (V3-V4) x 1327/1577 50 3EH VN62 V7 + (V6-V7) x 646/1595 503FH VP63 V4 + (V3-V4) x 1277/1577 50 3FH VN63 V7 + (V6-V7) x 696/1595 5040H VP64 V4 + (V3-V4) x 1227/1577 50 40H VN64 V7 + (V6-V7) x 746/1595 5041H VP65 V4 + (V3-V4) x 1177/1577 50 41H VN65 V7 + (V6-V7) x 796/1595 5042H VP66 V4 + (V3-V4) x 1127/1577 50 42H VN66 V7 + (V6-V7) x 846/1595 5043H VP67 V4 + (V3-V4) x 1077/1577 50 43H VN67 V7 + (V6-V7) x 896/1595 5044H VP68 V4 + (V3-V4) x 1027/1577 50 44H VN68 V7 + (V6-V7) x 946/1595 50





45H VP69 V4 + (V3-V4) x 977/1577 50 45H VN69 V7 + (V6-V7) x 996/1595 5046H VP70 V4 + (V3-V4) x 927/1577 50 46H VN70 V7 + (V6-V7) x 1046/1595 5047H VP71 V4 + (V3-V4) x 877/1577 50 47H VN71 V7 + (V6-V7) x 1096/1595 5048H VP72 V4 + (V3-V4) x 827/1577 50 48H VN72 V7 + (V6-V7) x 1146/1595 5049H VP73 V4 + (V3-V4) x 777/1577 21 49H VN73 V7 + (V6-V7) x 1196/1595 214AH VP74 V4 + (V3-V4) x 756/1577 21 4AH VN74 V7 + (V6-V7) x 1217/1595 214BH VP75 V4 + (V3-V4) x 735/1577 21 4BH VN75 V7 + (V6-V7) x 1238/1595 214CH VP76 V4 + (V3-V4) x 714/1577 21 4CH VN76 V7 + (V6-V7) x 1259/1595 214DH VP77 V4 + (V3-V4) x 693/1577 21 4DH VN77 V7 + (V6-V7) x 1280/1595 214EH VP68 V4 + (V3-V4) x 672/1577 21 4EH VN68 V7 + (V6-V7) x 1301/1595 214FH VP79 V4 + (V3-V4) x 651/1577 21 4FH VN79 V7 + (V6-V7) x 1322/1595 2150H VP80 V4 + (V3-V4) x 630/1577 21 50H VN80 V7 + (V6-V7) x 1343/1595 2151H VP81 V4 + (V3-V4) x 609/1577 21 51H VN81 V7 + (V6-V7) x 1364/1595 2152H VP82 V4 + (V3-V4) x 588/1577 21 52H VN82 V7 + (V6-V7) x 1385/1595 2153H VP83 V4 + (V3-V4) x 567/1577 21 53H VN83 V7 + (V6-V7) x 1406/1595 2154H VP84 V4 + (V3-V4) x 546/1577 21 54H VN84 V7 + (V6-V7) x 1427/1595 2155H VP85 V4 + (V3-V4) x 525/1577 21 55H VN85 V7 + (V6-V7) x 1448/1595 2156H VP86 V4 + (V3-V4) x 504/1577 21 56H VN86 V7 + (V6-V7) x 1469/1595 2157H VP87 V4 + (V3-V4) x 483/1577 21 57H VN87 V7 + (V6-V7) x 1490/1595 2158H VP88 V4 + (V3-V4) x 462/1577 21 58H VN88 V7 + (V6-V7) x 1511/1595 2159H VP89 V4 + (V3-V4) x 441/1577 21 59H VN89 V7 + (V6-V7) x 1532/1595 215AH VP90 V4 + (V3-V4) x 420/1577 21 5AH VN90 V7 + (V6-V7) x 1553/1595 215BH VP91 V4 + (V3-V4) x 399/1577 21 5BH VN91 V7 + (V6-V7) x 1574/1595 215CH VP92 V4 + (V3-V4) x 378/1577 21 5CH VN92 V6 215DH VP93 V4 + (V3-V4) x 357/1577 21 5DH VN93 V6 + (V5-V6) x 21/2382 215EH VP94 V4 + (V3-V4) x 336/1577 21 5EH VN94 V6 + (V5-V6) x 42/2382 215FH VP95 V4 + (V3-V4) x 315/1577 21 5FH VN95 V6 + (V5-V6) x 63/2382 2160H VP96 V4 + (V3-V4) x 294/1577 21 60H VN96 V6 + (V5-V6) x 84/2382 2161H VP97 V4 + (V3-V4) x 273/1577 21 61H VN97 V6 + (V5-V6) x 105/2382 2162H VP98 V4 + (V3-V4) x 252/1577 21 62H VN98 V6 + (V5-V6) x 126/2382 2163H VP99 V4 + (V3-V4) x 231/1577 21 63H VN99 V6 + (V5-V6) x 147/2382 2164H VP100 V4 + (V3-V4) x 210/1577 21 64H VN100 V6 + (V5-V6) x 168/2382 2165H VP101 V4 + (V3-V4) x 189/1577 21 65H VN101 V6 + (V5-V6) x 189/2382 2166H VP102 V4 + (V3-V4) x 168/1577 21 66H VN102 V6 + (V5-V6) x 210/2382 2167H VP103 V4 + (V3-V4) x 147/1577 21 67H VN103 V6 + (V5-V6) x 231/2382 2168H VP104 V4 + (V3-V4) x 126/1577 21 68H VN104 V6 + (V5-V6) x 252/2382 2169H VP105 V4 + (V3-V4) x 105/1577 21 69H VN105 V6 + (V5-V6) x 273/2382 216AH VP106 V4 + (V3-V4) x 84/1577 21 6AH VN106 V6 + (V5-V6) x 294/2382 216BH VP107 V4 + (V3-V4) x 63/1577 21 6BH VN107 V6 + (V5-V6) x 315/2382 216CH VP108 V4 + (V3-V4) x 42/1577 21 6CH VN108 V6 + (V5-V6) x 336/2382 216DH VP109 V4 + (V3-V4) x 21/1577 21 6DH VN109 V6 + (V5-V6) x 357/2382 216EH VP110 V4 26 6EH VN110 V6 + (V5-V6) x 378/2382 266FH VP111 V5 + (V4-V5) x754 /780 26 6FH VN111 V6 + (V5-V6) x 404/2382 2670H VP112 V5 + (V4-V5) x 728/780 26 70H VN112 V6 + (V5-V6) x 430/2382 2671H VP113 V5 + (V4-V5) x 702/780 26 71H VN113 V6 + (V5-V6) x 456/2382 2672H VP114 V5 + (V4-V5) x 676/780 26 72H VN114 V6 + (V5-V6) x 482/2382 2673H VP115 V5 + (V4-V5) x 650/780 26 73H VN115 V6 + (V5-V6) x 508/2382 2674H VP116 V5 + (V4-V5) x 624/780 26 74H VN116 V6 + (V5-V6) x 534/2382 2675H VP117 V5 + (V4-V5) x 598/780 26 75H VN117 V6 + (V5-V6) x 560/2382 2676H VP118 V5 + (V4-V5) x 572/780 26 76H VN118 V6 + (V5-V6) x 586/2382 2677H VP119 V5 + (V4-V5) x 546/780 26 77H VN119 V6 + (V5-V6) x 612/2382 2678H VP120 V5 + (V4-V5) x 520/780 26 78H VN120 V6 + (V5-V6) x 638/2382 2679H VP121 V5 + (V4-V5) x 494/780 26 79H VN121 V6 + (V5-V6) x 664/2382 267AH VP122 V5 + (V4-V5) x 468/780 26 7AH VN122 V6 + (V5-V6) x 690/2382 267BH VP123 V5 + (V4-V5) x 442/780 26 7BH VN123 V6 + (V5-V6) x 716/2382 267CH VP124 V5 + (V4-V5) x 416/780 26 7CH VN124 V6 + (V5-V6) x 742/2382 267DH VP125 V5 + (V4-V5) x 390/780 26 7DH VN125 V6 + (V5-V6) x 768/2382 267EH VP126 V5 + (V4-V5) x 364/780 26 7EH VN126 V6 + (V5-V6) x 794/2382 267FH VP127 V5 + (V4-V5) x 338/780 26 7FH VN127 V6 + (V5-V6) x 820/2382 2680H VP128 V5 + (V4-V5) x 312/780 26 80H VN128 V6 + (V5-V6) x 846/2382 2681H VP129 V5 + (V4-V5) x 286/780 26 81H VN129 V6 + (V5-V6) x 872/2382 2682H VP130 V5 + (V4-V5) x 260/780 26 82H VN130 V6 + (V5-V6) x 898/2382 2683H VP131 V5 + (V4-V5) x 234/780 26 83H VN131 V6 + (V5-V6) x 924/2382 2684H VP132 V5 + (V4-V5) x 208/780 26 84H VN132 V6 + (V5-V6) x 950/2382 2685H VP133 V5 + (V4-V5) x 182/780 26 85H VN133 V6 + (V5-V6) x 976/2382 2686H VP134 V5 + (V4-V5) x 156/780 26 86H VN134 V6 + (V5-V6) x 1002/2382 2687H VP135 V5 + (V4-V5) x 130/780 26 87H VN135 V6 + (V5-V6) x 1028/2382 2688H VP136 V5 + (V4-V5) x 104/780 26 88H VN136 V6 + (V5-V6) x 1054/2382 2689H VP137 V5 + (V4-V5) x 78/780 26 89H VN137 V6 + (V5-V6) x 1080/2382 268AH VP138 V5 + (V4-V5) x 52/780 26 8AH VN138 V6 + (V5-V6) x 1106/2382 268BH VP139 V5 + (V4-V5) x 26/780 26 8BH VN139 V6 + (V5-V6) x 1132/2382 268CH VP140 V5 36 8CH VN140 V6 + (V5-V6) x 1158/2382 368DH VP141 V6 + (V5-V6) x2376 /2412 36 8DH VN141 V6 + (V5-V6) x 1194/2382 36





8EH VP142 V6 + (V5-V6) x 2340/2412 36 8EH VN142 V6 + (V5-V6) x 1230/2382 368FH VP143 V6 + (V5-V6) x 2304/2412 36 8FH VN143 V6 + (V5-V6) x 1266/2382 3690H VP144 V6 + (V5-V6) x 2268/2412 36 90H VN144 V6 + (V5-V6) x 1302/2382 3691H VP145 V6 + (V5-V6) x 2232/2412 36 91H VN145 V6 + (V5-V6) x 1338/2382 3692H VP146 V6 + (V5-V6) x 2196/2412 36 92H VN146 V6 + (V5-V6) x 1374/2382 3693H VP147 V6 + (V5-V6) x 2160/2412 36 93H VN147 V6 + (V5-V6) x 1410/2382 3694H VP148 V6 + (V5-V6) x 2124/2412 36 94H VN148 V6 + (V5-V6) x 1446/2382 3695H VP149 V6 + (V5-V6) x 2088/2412 36 95H VN149 V6 + (V5-V6) x 1482/2382 3696H VP150 V6 + (V5-V6) x 2052/2412 36 96H VN150 V6 + (V5-V6) x 1518/2382 3697H VP151 V6 + (V5-V6) x 2016/2412 36 97H VN151 V6 + (V5-V6) x 1554/2382 3698H VP152 V6 + (V5-V6) x 1980/2412 36 98H VN152 V6 + (V5-V6) x 1590/2382 3699H VP153 V6 + (V5-V6) x 1944/2412 36 99H VN153 V6 + (V5-V6) x 1626/2382 369AH VP154 V6 + (V5-V6) x 1908/2412 36 9AH VN154 V6 + (V5-V6) x 1662/2382 369BH VP155 V6 + (V5-V6) x 1872/2412 36 9BH VN155 V6 + (V5-V6) x 1698/2382 369CH VP156 V6 + (V5-V6) x 1836/2412 36 9CH VN156 V6 + (V5-V6) x 1734/2382 369DH VP157 V6 + (V5-V6) x 1800/2412 36 9DH VN157 V6 + (V5-V6) x 1770/2382 369EH VP158 V6 + (V5-V6) x 1764/2412 36 9EH VN158 V6 + (V5-V6) x 1806/2382 369FH VP159 V6 + (V5-V6) x 1728/2412 36 9FH VN159 V6 + (V5-V6) x 1842/2382 36A0H VP160 V6 + (V5-V6) x 1692/2412 36 A0H VN160 V6 + (V5-V6) x 1878/2382 36A1H VP161 V6 + (V5-V6) x 1656/2412 36 A1H VN161 V6 + (V5-V6) x 1914/2382 36A2H VP162 V6 + (V5-V6) x 1620/2412 36 A2H VN162 V6 + (V5-V6) x 1950/2382 36A3H VP163 V6 + (V5-V6) x 1584/2412 36 A3H VN163 V6 + (V5-V6) x 1986/2382 36A4H VP164 V6 + (V5-V6) x 1548/2412 36 A4H VN164 V6 + (V5-V6) x 2022/2382 36A5H VP165 V6 + (V5-V6) x 1512/2412 36 A5H VN165 V6 + (V5-V6) x 2058/2382 36A6H VP166 V6 + (V5-V6) x 1476/2412 36 A6H VN166 V6 + (V5-V6) x 2094/2382 36A7H VP167 V6 + (V5-V6) x 1440/2412 36 A7H VN167 V6 + (V5-V6) x 2130/2382 36A8H VP168 V6 + (V5-V6) x 1404/2412 36 A8H VN168 V6 + (V5-V6) x 2166/2382 36A9H VP169 V6 + (V5-V6) x 1368/2412 36 A9H VN169 V6 + (V5-V6) x 2202/2382 36AAH VP170 V6 + (V5-V6) x 1332/2412 36 AAH VN170 V6 + (V5-V6) x 2238/2382 36ABH VP171 V6 + (V5-V6) x 1296/2412 36 ABH VN171 V6 + (V5-V6) x 2274/2382 36ACH VP172 V6 + (V5-V6) x 1260/2412 36 ACH VN172 V6 + (V5-V6) x 2310/2382 36ADH VP173 V6 + (V5-V6) x 1224/2412 36 ADH VN173 V6 + (V5-V6) x 2346/2382 36AEH VP174 V6 + (V5-V6) x 1188/2412 36 AEH VN174 V5 36AFH VP175 V6 + (V5-V6) x 1152/2412 36 AFH VN175 V5 + (V4-V5) x 36/792 36B0H VP176 V6 + (V5-V6) x 1116/2412 36 B0H VN176 V5 + (V4-V5) x 72/792 36B1H VP177 V6 + (V5-V6) x 1080/2412 36 B1H VN177 V5 + (V4-V5) x 108/792 36B2H VP178 V6 + (V5-V6) x 1044/2412 36 B2H VN178 V5 + (V4-V5) x 144/792 36B3H VP179 V6 + (V5-V6) x 1008/2412 36 B3H VN179 V5 + (V4-V5) x 180/792 36B4H VP180 V6 + (V5-V6) x 972/2412 36 B4H VN180 V5 + (V4-V5) x 216/792 36B5H VP181 V6 + (V5-V6) x 936/2412 36 B5H VN181 V5 + (V4-V5) x 252/792 36B6H VP182 V6 + (V5-V6) x 900/2412 36 B6H VN182 V5 + (V4-V5) x 288/792 36B7H VP183 V6 + (V5-V6) x 864/2412 36 B7H VN183 V5 + (V4-V5) x 324/792 36B8H VP184 V6 + (V5-V6) x 828/2412 36 B8H VN184 V5 + (V4-V5) x 360/792 36B9H VP185 V6 + (V5-V6) x 792/2412 36 B9H VN185 V5 + (V4-V5) x 396/792 36BAH VP186 V6 + (V5-V6) x 756/2412 36 BAH VN186 V5 + (V4-V5) x 432/792 36BBH VP187 V6 + (V5-V6) x 720/2412 36 BBH VN187 V5 + (V4-V5) x 468/792 36BCH VP188 V6 + (V5-V6) x 684/2412 36 BCH VN188 V5 + (V4-V5) x 504/792 36BDH VP189 V6 + (V5-V6) x 648/2412 36 BDH VN189 V5 + (V4-V5) x 540/792 36BEH VP190 V6 + (V5-V6) x 612/2412 36 BEH VN190 V5 + (V4-V5) x 576/792 36BFH VP191 V6 + (V5-V6) x 576/2412 36 BFH VN191 V5 + (V4-V5) x 612/792 36C0H VP192 V6 + (V5-V6) x 540/2412 36 C0H VN192 V5 + (V4-V5) x 648/792 36C1H VP193 V6 + (V5-V6) x 504/2412 36 C1H VN193 V5 + (V4-V5) x 684/792 36C2H VP194 V6 + (V5-V6) x 468/2412 36 C2H VN194 V5 + (V4-V5) x 720/792 36C3H VP195 V6 + (V5-V6) x 432/2412 36 C3H VN195 V5 + (V4-V5) x 756/792 36C4H VP196 V6 + (V5-V6) x 396/2412 36 C4H VN196 V4 36C5H VP197 V6 + (V5-V6) x 360/2412 36 C5H VN197 V4 + (V3-V4) x 36/1618 36C6H VP198 V6 + (V5-V6) x 324/2412 36 C6H VN198 V4 + (V3-V4) x 72/1618 36C7H VP199 V6 + (V5-V6) x 288/2412 36 C7H VN199 V4 + (V3-V4) x 108/1618 36C8H VP200 V6 + (V5-V6) x 252/2412 36 C8H VN200 V4 + (V3-V4) x 144/1618 36C9H VP201 V6 + (V5-V6) x 216/2412 36 C9H VN201 V4 + (V3-V4) x 180/1618 36CAH VP202 V6 + (V5-V6) x 180/2412 36 CAH VN202 V4 + (V3-V4) x 216/1618 36CBH VP203 V6 + (V5-V6) x 144/2412 36 CBH VN203 V4 + (V3-V4) x 252/1618 36CCH VP204 V6 + (V5-V6) x 108/2412 36 CCH VN204 V4 + (V3-V4) x 288/1618 36CDH VP205 V6 + (V5-V6) x 72/2412 36 CDH VN205 V4 + (V3-V4) x 324/1618 36CEH VP206 V6 + (V5-V6) x 36 /2412 36 CEH VN206 V4 + (V3-V4) x 360/1618 36CFH VP207 V6 47 CFH VN207 V4 + (V3-V4) x 396/1618 47D0H VP208 V7 + (V6-V7) x 1551/1598 47 D0H VN208 V4 + (V3-V4) x 443/1618 47D1H VP209 V7 + (V6-V7) x 1504/1598 47 D1H VN209 V4 + (V3-V4) x 490/1618 47D2H VP210 V7 + (V6-V7) x 1457/1598 47 D2H VN210 V4 + (V3-V4) x 537/1618 47D3H VP211 V7 + (V6-V7) x 1410/1598 47 D3H VN211 V4 + (V3-V4) x 584/1618 47D4H VP212 V7 + (V6-V7) x 1363/1598 47 D4H VN212 V4 + (V3-V4) x 631/1618 47D5H VP213 V7 + (V6-V7) x 1316/1598 47 D5H VN213 V4 + (V3-V4) x 678/1618 47D6H VP214 V7 + (V6-V7) x 1269/1598 47 D6H VN214 V4 + (V3-V4) x 725/1618 47





D7H VP215 V7 + (V6-V7) x 1222/1598 47 D7H VN215 V4 + (V3-V4) x 772/1618 47D8H VP216 V7 + (V6-V7) x 1175/1598 47 D8H VN216 V4 + (V3-V4) x 819/1618 47D9H VP217 V7 + (V6-V7) x 1128/1598 47 D9H VN217 V4 + (V3-V4) x 866/1618 47DAH VP218 V7 + (V6-V7) x 1081/1598 47 DAH VN218 V4 + (V3-V4) x 913/1618 47DBH VP219 V7 + (V6-V7) x 1034/1598 47 DBH VN219 V4 + (V3-V4) x 960/1618 47DCH VP220 V7 + (V6-V7) x 987/1598 47 DCH VN220 V4 + (V3-V4) x 1007/1618 47DDH VP221 V7 + (V6-V7) x 940/1598 47 DDH VN221 V4 + (V3-V4) x 1054/1618 47DEH VP222 V7 + (V6-V7) x 893/1598 47 DEH VN222 V4 + (V3-V4) x 1101/1618 47DFH VP223 V7 + (V6-V7) x 846/1598 47 DFH VN223 V4 + (V3-V4) x 1148/1618 47E0H VP224 V7 + (V6-V7) x 799/1598 47 E0H VN224 V4 + (V3-V4) x 1195/1618 47E1H VP225 V7 + (V6-V7) x 752/1598 47 E1H VN225 V4 + (V3-V4) x 1242/1618 47E2H VP226 V7 + (V6-V7) x 705/1598 47 E2H VN226 V4 + (V3-V4) x 1289/1618 47E3H VP227 V7 + (V6-V7) x 658/1598 47 E3H VN227 V4 + (V3-V4) x 1336/1618 47E4H VP228 V7 + (V6-V7) x 611/1598 47 E4H VN228 V4 + (V3-V4) x 1383/1618 47E5H VP229 V7 + (V6-V7) x 564/1598 47 E5H VN229 V4 + (V3-V4) x 1430/1618 47E6H VP230 V7 + (V6-V7) x 517/1598 47 E6H VN230 V4 + (V3-V4) x 1477/1618 47E7H VP231 V7 + (V6-V7) x 470/1598 47 E7H VN231 V4 + (V3-V4) x 1524/1618 47E8H VP232 V7 + (V6-V7) x 423/1598 47 E8H VN232 V4 + (V3-V4) x 1571/1618 47E9H VP233 V7 + (V6-V7) x 376/1598 47 E9H VN233 V3 47EAH VP234 V7 + (V6-V7) x 329/1598 47 EAH VN234 V3 + (V2-V3) x 47/1563 47EBH VP235 V7 + (V6-V7) x 282/1598 47 EBH VN235 V3 + (V2-V3) x 94/1563 47ECH VP236 V7 + (V6-V7) x 235/1598 47 ECH VN236 V3 + (V2-V3) x 141/1563 47EDH VP237 V7 + (V6-V7) x 188/1598 47 EDH VN237 V3 + (V2-V3) x 188/1563 47EEH VP238 V7 + (V6-V7) x 141/1598 47 EEH VN238 V3 + (V2-V3) x 235/1563 47EFH VP239 V7 + (V6-V7) x 94/1598 47 EFH VN239 V3 + (V2-V3) x 282/1563 47F0H VP240 V7 + (V6-V7) x 47/1598 47 F0H VN240 V3 + (V2-V3) x 329/1563 47F1H VP241 V7 79 F1H VN241 V3 + (V2-V3) x 376/1563 79F2H VP242 V8 + (V7-V8) x 2299/2378 79 F2H VN242 V3 + (V2-V3) x 455/1563 79F3H VP243 V8 + (V7-V8) x 2220/2378 79 F3H VN243 V3 + (V2-V3) x 534/1563 79F4H VP244 V8 + (V7-V8) x 2141/2378 79 F4H VN244 V3 + (V2-V3) x 613/1563 79F5H VP245 V8 + (V7-V8) x 2062/2378 79 F5H VN245 V3 + (V2-V3) x 692/1563 79F6H VP246 V8 + (V7-V8) x 1983/2378 79 F6H VN246 V3 + (V2-V3) x 771/1563 79F7H VP247 V8 + (V7-V8) x 1904/2378 79 F7H VN247 V3 + (V2-V3) x 850/1563 79F8H VP248 V8 + (V7-V8) x 1825/2378 79 F8H VN248 V3 + (V2-V3) x 929/1563 79F9H VP249 V8 + (V7-V8) x 1746/2378 79 F9H VN249 V3 + (V2-V3) x 1008/1563 79FAH VP250 V8 + (V7-V8) x 1667/2378 79 FAH VN250 V3 + (V2-V3) x 1087/1563 79FBH VP251 V8 + (V7-V8) x 1588/2378 397 FBH VN251 V3 + (V2-V3) x 1166/1563 397FCH VP252 V8 + (V7-V8) x 1191/2378 397 FCH VN252 V2 397FDH VP253 V8 + (V7-V8) x 794/2378 397 FDH VN253 V2 + (V1-V2) x 397/1191 397FEH VP254 V8 + (V7-V8) x 397/2378 397 FEH VN254 V2 + (V1-V2) x 794/1191 397FFH VP255 V8 0 FFH VN255 V1 0





5.3 Digital RGB data input format

For digital RGB input data format, both SYNC mode and DE mode are supported. IfDEN signal is fixed low, SYNC mode is used. Otherwise, DE mode is used. When DEmode is used, the zoom function is not supported.

5.4 NTSC/PAL mode setting

For NTSC/PAL mode setting, you can set EXTNP=“L” for auto-detection. Or you canset EXTNP=“H”and use NPC pin to define NTSC or PAL mode.

5.5 Support color filter type

MOD = “H” : The color filter is the strip type

Scan direction U/D Low Low High HighShift direction L/R High Low High Low

Odd line RGB BGR RGB BGRData sequenceEven line RGB BGR RGB BGR

Table 5. 3 Input data sequence in strip color filter in serial digital RGB mode

MOD = “L” : The color filter is the delta type

CF1 defines the input data sequence in serial digital RGB mode as followingtables.

1. CF1=”L“


Odd line RGB BGR BRG GRBData sequenceEven line BRG GRB RGB BGR

Table 5. 4 CF1(L) defines the input data sequence in serial digital RGB mode

2. CF1=”H”


Odd line RGB BGR GBR RBGData sequenceEven line GBR RBG RGB BGR

Table 5. 5 CF1(H) defines the input data sequence in serial digital RGB mode





CF2 defines which kind of delta type color filter is used.

1. CF2=”L“, delta type 1

R G B R G B

R G B

R G BR G B

R G B R GB

R GB

Figure 5. 2 CF2(L) defines which kind of delta type color filter

2. CF2=”H“, delta type 2

RG B R G B

R G B

R G B RG B

R G B R G B

R G B

Figure 5. 3 CF2(H) defines which kind of delta type color filter





5.6 Zoom in/out display mode setting (stripe type color filter only)

The zoom in/out function is only supported in CCIR601/656 input mode. In serial orparallel RGB input mode, this function is disabled.

DisplayMode ZX Display characteristics

(4:3 aspect-ratio input signal) Note

Full LInput video signals are displayedon full screen.

Normal HInput video signals (4:3) aredisplayed on central 75%screen.

Table 5. 6 Zoom mode

5.7 SPI Register Description

Register R0 (ADDR 0)

Bit D7 D6 D5 D4 D3 D2 D1 D0Name reserved CLK_POL VS_POL HS_POL reserved reserved reserved reservedDefault 0 0 1 1 0 0 0 1

Table 5. 7 Register R0CLK_POL: OSD CLK polarity setting.

OSD_HS_POL=”H”, negative polarity.OSD_HS_POL=”L”, positive polarity.

OSD_VS_POL: OSD VS polarity setting.OSD_VS_POL=”H”, negative polarity.OSD_VS_POL=”L”, positive polarity.

OSD_HS_POL: OSD HS polarity setting.OSD_HS_POL=”H”, negative polarity.OSD_HS_POL=”L”, positive polarity.






Bit D7 D6 D5 D4 D3 D2 D1 D0Name reserved reserved reserved VS_POL HS_POL POL_S reserved reserved

Default 0 1 0 0 0 0 0 0

Table 5. 8 Register R1VS_POL: VS polarity setting.

VS_POL=”H”, negative polarity.VS_POL=”L”, positive polarity.

HS_POL: HS polarity setting.HS_POL=”H”, negative polarity.HS_POL=”L”, positive polarity.

POL_S: Sets relationship between DAC output and POL.1 => with input gray scale increasing, DAC outputs ascend while POL is “H”and

descend while POL is “L”.Gamma Curve

0

50

100

150

200

250

300

0 0.5 1 1.5 2 2.5 3 3.5 4

Voltage(V)

CO

DE

Negative

Positive

Figure 5. 4 POL_S(H) relationship between DAC output and POL

0 =>with input gray scale increasing, DAC outputs descend while POL is “H”and ascend while POL is “L”.

Gamma Curve

0

50

100

150

200

250

300

0 0.5 1 1.5 2 2.5 3 3.5 4

Voltage(V)

CO

DE

Positive

Negative

Figure 5. 5 POL_S(L) relationship between DAC output and POL






Bit D7 D6 D5 D4 D3 D2 D1 D0Name STHD2 STHD1 STHD0 STHP4 STHP3 STHP2 STHP1 STHP0Default 0 0 0 0 0 0 0 0

Table 5. 9 Register R2

Used I/F : 8 bit Serial RGB Mode

STHD[2:0]: adjust start pulse position by dot.

STHD2 STHD1 STHD0 STH position adjust by dot1 1 1 -11 1 0 -21 0 1 -31 0 0 -40 1 1 +30 1 0 +20 0 1 +10 0 0 0

Table 5. 10 Adjust start pulse position by dot





Used I/F : 8 bit Serial RGB Mode / CCIR656/601 Mode / 18 bit RGB Mode(720dotx240 landscape)

STHP[4:0]: adjust start pulse position by pixel.

STHP4 STHP3 STHP2 STHP1 STHP0 STH position adjust by pixel1 1 1 1 1 -11 1 1 1 0 -21 1 1 0 1 -31 1 1 0 0 -41 1 0 1 1 -51 1 0 1 0 -61 1 0 0 1 -71 1 0 0 0 -81 0 1 1 1 -91 0 1 1 0 -101 0 1 0 1 -111 0 1 0 0 -121 0 0 1 1 -131 0 0 1 0 -141 0 0 0 1 -151 0 0 0 0 -160 0 0 0 0 00 0 0 0 1 +10 0 0 1 0 +20 0 0 1 1 +30 0 1 0 0 +40 0 1 0 1 +50 0 1 1 0 +60 0 1 1 1 +70 1 0 0 0 +80 1 0 0 1 +90 1 0 1 0 +100 1 0 1 1 +110 1 1 0 0 +120 1 1 0 1 +130 1 1 1 0 +140 1 1 1 1 +15

Table 5. 11 Adjust start pulse position by pixel





Used I/F: 18 bit RGB Mode (240RGBx320 Portrait)

STHP[4:0]: adjust start pulse position by pixel.

STHP4 STHP3 STHP2 STHP1 STHP0 STH position adjust by pixel1 x 1 1 1 -11 x 1 1 0 -21 x 1 0 1 -31 x 1 0 0 -41 x 0 1 1 -51 x 0 1 0 -61 x 0 0 1 -71 x 0 0 0 -80 x 0 0 0 00 x 0 0 1 +10 x 0 1 0 +20 x 0 1 1 +30 x 1 0 0 +40 x 1 0 1 +50 x 1 1 0 +60 x 1 1 1 +7

Table 5. 12 Adjust start pulse position by pixel


Bit D7 D6 D5 D4 D3 D2 D1 D0Name reserved reserved reserved reserved STVP3 STVP2 STVP1 STVP0

Default 1 0 1 0 0 0 0 0

Table 5. 13 Register R3

Used I/F: 8 bit Serial RGB Mode / CCIR656/601 Mode / 18 bit RGB Mode(720dotx240 landscape)

STVP[3:0]: adjust first line position by line.

STVP3 STVP2 STVP1 STVP0 STV position adjust by line1 1 1 1 -11 1 1 0 -21 1 0 1 -31 1 0 0 -41 0 1 1 -51 0 1 0 -61 0 0 1 -71 0 0 0 -80 0 0 0 00 0 0 1 +10 0 1 0 +20 0 1 1 +30 1 0 0 +40 1 0 1 +50 1 1 0 +60 1 1 1 +7

Table 5. 14 Adjust first line position by line





Used I/F : 18 bit RGB Mode (240RGBx320 Portrait)

STVP[3:0]: adjust first line position by line.

STVP3 STVP2 STVP1 STVP0 STV position adjust by line1 x 1 1 -11 x 1 0 -20 x 0 0 00 x 0 1 +1

Table 5. 15 Adjust first line position by line

5.8 Power ON/OFF sequence

To prevent the device damage from latch up, the power ON/OFF sequence shownbelow must be followed.

Power ON: VCC, VEE VDD, VSS V1~V8Power OFF: V1~V8 VDD, VSS VCC, VEE





6. DC Characteristics

6.1 Absolute Maximum Rating (VEE=VSS=0V)

Parameter Symbol Rating UnitPower supply voltage (1) VCC -0.3 to +7.0 VPower supply voltage (2) VDD -0.3 to +7.0 VLogic Output Voltage VOUT -0.3 to +7.0 VInput voltage Vin -0.3 to VDD+0.3 VOperation temperature TOPR -30 to +85 ℃Storage temperature TSTG -55 to +125 ℃

Table 6. 1 Absolute Maximum RatingNote: All of the voltages listed above are with respective to VEE=VSS=0V. Device is subject to be damaged permanently if stresses beyond those absolute maximum ratings

listed above.





6.2 DC Electrical Characteristics (VEE=VSS=0V, TA=25℃)

RatingParameter SymbolMin. Typ. Max.

Unit Condition

Power supply voltage VCC 3.0 3.3 3.6 V -Power supply voltage VDD 4.5 5 5.5 V -Low level input voltage VIL 0 - 0.3xVCC V -High level input voltage VIH 0.7xVCC - VCC V -Output low voltage VOL 0 - 0.2xVCC V IOL=400uAOutput high voltage VOH 0.8xVCC - VCC V IOH=-400uAInput leakage current IIN -1 - +1 µA No pull up or pull down.

Output voltage deviation VVD - +20 - mV QA/QB/QC1 ~ 240,VIN=0.1~4.9V,

DC offset VOS - - +20 mV QA/QB/QC1 ~ 240,VIN=0.1~4.9V,

Output leakage current IO -1 - +1 µA QA/QB/QC1 ~ 240 athigh impedance

Pull high resistance RH 150K 200K 250K ΩRESETB,STB,ZX1,ZX2,ZX3,RES,VSET,MOD,SPCK,SPENA

Pull low resistance RL 150K 200K 250K ΩDEN,EXTNP,OSD_R,OSD_G,OSD_B,SPDA,OSD_EN,DAC_BSEL

Output current IOH 20 40 - µAQA/QB/QC1 ~ 240,VO =4.9V v.s 4.0V,VDD=5V

Output current IOL 20 40 - µAQA/QB/QC1 ~ 240,Vo=0.1V v.s 1.0V,VDD=5V

Analog operating current IVDD - - TBD mAfCLK=27MHz,fIHS=15.7KHz,VDD=5V, CL=60pF

Digital operating current IVCC - - TBD mAfCLK=27MHz,fIHS=15.7KHz,VCC=3.3V

Analog standby current IVEE - - TBD µA All LCD outputs areHi-Z

Digital standby current IVCC - 10 50 µA All inputs are stoppedand outputs are Hi-Z.

Table 6. 2 DC Electrical Characteristics





7. AC Characteristics

7.1 Input signal characteristics

7.1.1 18-bit RGB interface (240RGBx320 Portrait)

PARAMETER Symbol Min. Typ. Max. UnitCLK period TOSC 199 183 146 nsData setup time TSU 12 - - nsData hold time THD 12 - - nsIHS period TH 260 280 300 TOSC

IHS pulse width THS 2 10 - TOSC

Horizontal display area TDISP 240 TOSC

IVS period TVS 323 326 340 TH

IVS pulse width TVS 1 3 5 TH

IVS-DEN time TVSE - 4 - TH

IHS-DEN time THE 10 30 63 TOSC

DEN pulse width TEP - 240 - TOSC

Table 7. 1 18-bit RGB interface (240RGBx320 Portrait) input signal characteristicsNote: when SYNC mode is used (DEN fixed low), 1st data start from 17th CLK after IHS falling

7.1.2 18-bit RGB interface (720dotx240 landscape)

PARAMETER Symbol Min. Typ. Max. UnitCLK period TOSC - 207 - nsData setup time TSU 12 - - nsData hold time THD 12 - - nsIHS period TH - 306 - TOSC



IHS falling to IVS falling timefor odd field THVO1 0.3 - - µs

IVS falling to IHS rising timefor odd field THVO2 1 - - µs

IHS rising to IVS falling timefor even field THVE 1 - - µs

NTSC 18IVS-DEN time

PALTVSE -

26- TH

IHS-DEN time THE 27 - 66 TOSC


DEN-STH time TDES - 3 - TOSC

NTSC - 262.5 - THIVS periodPAL

TV - 312.5 - TH

Table 7. 2 18-bit RGB interface (240RGBx240 Portrait) input signal characteristicsNote: when SYNC mode is used (DEN fixed low), 1st data start from 51th CLK after IHS falling





7.1.3 8-bit RGB interface (720dotx240 Landscape)

PARAMETER Symbol Min. Typ. Max. UnitCLK period TOSC - 69 - nsData setup time TSU 12 - - nsData hold time THD 12 - - nsIHS period TH - 918 - TOSC



IHS falling to IVS falling timefor odd field THVO1 0.3 - - µs

IVS falling to IHS rising timefor odd field THVO2 1 - - µs

IHS rising to IVS falling timefor even field

THVE 1 - - µs

NTSC 18IVS-DEN time

PALTVSE -

26- TH

IHS-DEN time THE 81 - 198 TOSC


DEN-STH time TDES - 3 - TOSC

NTSC - 262.5 - THIVS periodPAL

TV - 312.5 - TH

Table 7. 3 8-bit RGB interface (720dotx240 Landscape) input signal characteristicsNote: when SYNC mode is used (DEN fixed low), 1st data start from 153th CLK after IHS falling

7.1.4 CCIR601 Interface

PARAMETER Symbol Min. Typ. Max. UnitCLK period TOSC - 37 - nsData setup time TSU 12 - - nsData hold time THD 12 - - ns

NTSC THL - 276 - TOSCIHS data blankingpulse width PAL THL - 288 - TOSC

Table 7. 4 CCIR601 Interface input signal characteristics

7.1.5 CCIR656 Interface

PARAMETER Symbol Min. Typ. Max. UnitCLK period TOSC - 37 - nsData setup time TSU 12 - - nsData hold time THD 12 - - ns

Table 7. 5 CCIR656 Interface input signal characteristics

7.1.6 Hardware reset timing

PARAMETER Symbol Min. Typ. Max. UnitRESETB low pulse width TRSB 200 - - ns

Table 7. 6 Hardware reset timing





7.2 Output signal characteristics

7.2.1 18-bit RGB interface (240RGBx320 Portrait)

PARAMETER Symbol Min. Typ. Max. Unit.Rising time Tr - - 10 nsFalling time Tf - - 10 nsClock period TCPH - 1 - TOSC

Clock pulse duty cycle TCWH 40 50 60 %OEH pulse width TOEH - 3 - TOSC

OEV pulse width TOEV - 8 - TOSC

CKV pulse width TCKV - 6 - TOSC

IHS-OEH time T1 - 7 - TOSC

IHS-CKV time T2 - 5 - TOSC

IHS-OEV time T3 - 1 - TOSC

STV setup time TSUV - 3 - TOSC

STV pulse width TSTV - 1 - TH

IVS-STV time TVS1 - 5 - TH

OEH-STV time TOES - 2 - TH

Output settling time TST - 12 20 µs

Table 7. 7 18-bit RGB interface (240RGBx320 Portrait) output signal characteristics

7.2.2 18-bit RGB interface (720dotx240 Landscape)

PARAMETER Symbol Min. Typ. Max. UnitRising time Tr - - 10 nsFalling time Tf - - 10 nsClock period TCPH - 1 - TOSC









NTSC TVS1 - 19 - THIVS-STV timePAL TVS1 - 27 - TH



Table 7. 8 18-bit RGB interface (720dotx240 Landscape) output signal characteristics





7.2.3 8-bit interface (720dotx240 Landscape)

PARAMETER Symbol Min. Typ. Max. UnitRising time Tr - - 10 nsFalling time Tf - - 10 nsClock period TCPH - 3 - TOSC









NTSC TVS1 - 19 - THIVS-STV timePAL TVS1 - 27 - TH



Table 7. 9 2.3 8-bit interface (720dotx240 Landscape) output signal characteristics

7.3 SPI timing characteristics

PARAMETER Symbol Min. Typ. Max. UnitSPCK period TCK 60 - - nsSPCK high width TCKH 30 - - nsSPCK low width TCKL 30 - - nsData setup time TSU1 12 - - nsData hold time THD1 12 - - nsSPENA to SPCK setup time TCS 20 - - nsSPENA to SPDA hold time TCE 20 - - nsSPENA high pulse width TCD 50 - - nsSPDA output latency TCR - 1/2 - TCK

Table 7. 10 SPI timing characteristics





SPI “read” timing

1 A3 A2 A1SPDA

SPCK

SPENATCS

TCE

TCKH T CKLTCK

TSU1 THD1

A0 D7 D6 D5 D4 D3 D2 D1 D0

TCR

T CD

Figure 7. 1 SPI read timing

SPI “write” timing

0 A3 A2 A1 A0 D7 D6 D5 D4 D3 D2 D1 D0SPDA

SPCK

SPENATCS

TCKH TCKLTCK

TSU1 THD1

TCE

TCD

Figure 7. 2 SPI write timing





8. Waveform

8.1 Timing Controller Timing Chart

8.1.1 Clock and Data waveform

CCIR601 (HSDPOL=”H”)

CLK

Y0 Cr0 Cb2Y1Cb0DATA

TOSC

TSU THD

IHS

Blanking data

Figure 8. 1 CLK, DATA and HIS in CCIR601 waveform

CCIR656

CLK

Y Cr CbY Y CrCbDATA

TOSC

TSU THD

Figure 8. 2 CLK and DATA in CCIR656

Digital RGB

CLKTSU THD

GR G B RDATA

TOSC

DEN

Blanking data

Figure 8. 3 CLK, DATA and DEN in Digital RGB





8.1.2 Digital/Analog RGB timing waveform

8.1.2.1 IHS and IVS timing

Odd field

IHS

IVS

THVO

Figure 8. 4 IHS and IVS timing in odd field

Even field

IHS

IVS

THVE

Figure 8. 5 IHS and IVS timing in even field

8.1.2.2 IHS and horizontal control timing waveform

Figure 8. 6 IHS and horizontal control timing waveform





8.1.2.3 IHS and vertical shift clock timing waveform

IHS

STV

CKV

stv

Tsuv

T

Figure 8. 7 IHS and vertical shift clock timing waveform

8.1.2.4 IHS and vertical control timing waveform

IHS

IVS

OEH

STV1

POL

TVS

T VS1

~ ~

DEN TEP

TVSE

Figure 8. 8 IHS and vertical control timing waveform

8.1.2.5 IHS and IVS control timing waveform

IHS

IVS

~ ~

TV

Figure 8. 9 IHS and IVS control timing waveform





8.1.3 CCIR601 timing waveform

NTSC mode, even field, HSDPOL=”H”

Line 262 Line 263 Line 264 Line 265 Line 266 Line 267 Line 268 Line 269 Line 286

BLANKINGDATA

Line 285

DATA

LINEDATA

IHS

IVS

THL

Figure 8. 10 NTSC mode, even field, HSDPOL=”H”

NTSC mode, odd field, HSDPOL=”H”

LINEDATA

IVS

IHS

DATA


BLANKINGDATA

Line 22

THL

Figure 8. 11 NTSC mode, odd field, HSDPOL=”H”

PAL mode, even field, HSDPOL=”H”


BLANKINGDATA

Line 335

DATA

LINEDATA

IHS

IVS

THL

Figure 8. 12 PAL mode, even field, HSDPOL=”H”

PAL mode, odd field, HSDPOL=”H”

LINEDATA

IVS

IHS

DATA


BLANKINGDATA

Line 22

T HL

Figure 8. 13 PAL mode, odd field, HSDPOL=”H”





8.2 Source Driver Timing Chart

8.2.1 Clock and Start Pulse timing waveform

Delta/Stripe type color filter (for digital RGB input mode)

CPH1

STH1

VAVBVC

STHO

First data Second data Last data

Tsus Thds

Tsud Thdd

1 2 239 240

Tcph

Figure 8. 14 Delta/Stripe type color filter (for digital RGB input mode)

8.2.2 OEH and Data Output timing waveform

OEH

High-Z

Tst

10%

Tst

90%

Tst

High-Z High-ZOUTPUT

(internal)

Figure 8. 15 OEH and Data Output timing waveform





9. Analog video signal characteristics

PARAMETER Symbol Min. Typ. Max. UnitVIAC - 3.98 - VVideo signal amplitude

(VA, VB, VC) VIDC - 2.5 - V

Table 9. 1 Analog video signal characteristics

VAVBVC

V iACViDC

POL

Figure 9. 1 Analog video signal and POL waveform





10. Bump Mask Information

Chip size: 21985 um x 1495 um Bump height: 15 um 3 um Bump hardness: 60 HV 15 HV

Figure 10. 1 HX8223-A pad name





444444 4 4 4 4 4

Alignment

mark

Alignmentmark

HX8223-A PAD NAME

4

3

3

3

3

3

3

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2 2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2 2

2 2

3

3

3

3

3

3

3

3

3

3

3

3

123456737

736735

734733

732738739

740 741

742 743

758 759

760 912

913 914

931 932

4

dd

e

f

h

h

w

l

m

n

Check 10.1 (the bump center coordinate) to get the detail input pad location

933934

g

(X,Y) = (0,0)

X

Y

44

761 762 763 911910909

Figure 10. 2 PAD Coordinate

Symbol Dimensions in um Symbol Dimensions in umd 28 m 50e 30 n 120f 20 w 28g 40 l 72h 50





10.1 Bump Center CoordinateNo. Name X Y Bump size(µm) No. Name X Y Bump size(µm)1 QA1 21633.5 1314 28x72 51 QC17 20233.5 1314 28x722 QB1 21605.5 1212 28x72 52 QA18 20205.5 1212 28x723 QC1 21577.5 1314 28x72 53 QB18 20177.5 1314 28x724 QA2 21549.5 1212 28x72 54 QC18 20149.5 1212 28x725 QB2 21521.5 1314 28x72 55 QA19 20121.5 1314 28x726 QC2 21493.5 1212 28x72 56 QB19 20093.5 1212 28x727 QA3 21465.5 1314 28x72 57 QC19 20065.5 1314 28x728 QB3 21437.5 1212 28x72 58 QA20 20037.5 1212 28x729 QC3 21409.5 1314 28x72 59 QB20 20009.5 1314 28x7210 QA4 21381.5 1212 28x72 60 QC20 19981.5 1212 28x7211 QB4 21353.5 1314 28x72 61 QA21 19953.5 1314 28x7212 QC4 21325.5 1212 28x72 62 QB21 19925.5 1212 28x7213 QA5 21297.5 1314 28x72 63 QC21 19897.5 1314 28x7214 QB5 21269.5 1212 28x72 64 QA22 19869.5 1212 28x7215 QC5 21241.5 1314 28x72 65 QB22 19841.5 1314 28x7216 QA6 21213.5 1212 28x72 66 QC22 19813.5 1212 28x7217 QB6 21185.5 1314 28x72 67 QA23 19785.5 1314 28x7218 QC6 21157.5 1212 28x72 68 QB23 19757.5 1212 28x7219 QA7 21129.5 1314 28x72 69 QC23 19729.5 1314 28x7220 QB7 21101.5 1212 28x72 70 QA24 19701.5 1212 28x7221 QC7 21073.5 1314 28x72 71 QB24 19673.5 1314 28x7222 QA8 21045.5 1212 28x72 72 QC24 19645.5 1212 28x7223 QB8 21017.5 1314 28x72 73 QA25 19617.5 1314 28x7224 QC8 20989.5 1212 28x72 74 QB25 19589.5 1212 28x7225 QA9 20961.5 1314 28x72 75 QC25 19561.5 1314 28x7226 QB9 20933.5 1212 28x72 76 QA26 19533.5 1212 28x7227 QC9 20905.5 1314 28x72 77 QB26 19505.5 1314 28x7228 QA10 20877.5 1212 28x72 78 QC26 19477.5 1212 28x7229 QB10 20849.5 1314 28x72 79 QA27 19449.5 1314 28x7230 QC10 20821.5 1212 28x72 80 QB27 19421.5 1212 28x7231 QA11 20793.5 1314 28x72 81 QC27 19393.5 1314 28x7232 QB11 20765.5 1212 28x72 82 QA28 19365.5 1212 28x7233 QC11 20737.5 1314 28x72 83 QB28 19337.5 1314 28x7234 QA12 20709.5 1212 28x72 84 QC28 19309.5 1212 28x7235 QB12 20681.5 1314 28x72 85 QA29 19281.5 1314 28x7236 QC12 20653.5 1212 28x72 86 QB29 19253.5 1212 28x7237 QA13 20625.5 1314 28x72 87 QC29 19225.5 1314 28x7238 QB13 20597.5 1212 28x72 88 QA30 19197.5 1212 28x7239 QC13 20569.5 1314 28x72 89 QB30 19169.5 1314 28x7240 QA14 20541.5 1212 28x72 90 QC30 19141.5 1212 28x7241 QB14 20513.5 1314 28x72 91 QA31 19113.5 1314 28x7242 QC14 20485.5 1212 28x72 92 QB31 19085.5 1212 28x7243 QA15 20457.5 1314 28x72 93 QC31 19057.5 1314 28x7244 QB15 20429.5 1212 28x72 94 QA32 19029.5 1212 28x7245 QC15 20401.5 1314 28x72 95 QB32 19001.5 1314 28x7246 QA16 20373.5 1212 28x72 96 QC32 18973.5 1212 28x7247 QB16 20345.5 1314 28x72 97 QA33 18945.5 1314 28x7248 QC16 20317.5 1212 28x72 98 QB33 18917.5 1212 28x7249 QA17 20289.5 1314 28x72 99 QC33 18889.5 1314 28x7250 QB17 20261.5 1212 28x72 100 QA34 18861.5 1212 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)101 QB34 18833.5 1314 28x72 151 QA51 17433.5 1314 28x72102 QC34 18805.5 1212 28x72 152 QB51 17405.5 1212 28x72103 QA35 18777.5 1314 28x72 153 QC51 17377.5 1314 28x72104 QB35 18749.5 1212 28x72 154 QA52 17349.5 1212 28x72105 QC35 18721.5 1314 28x72 155 QB52 17321.5 1314 28x72106 QA36 18693.5 1212 28x72 156 QC52 17293.5 1212 28x72107 QB36 18665.5 1314 28x72 157 QA53 17265.5 1314 28x72108 QC36 18637.5 1212 28x72 158 QB53 17237.5 1212 28x72109 QA37 18609.5 1314 28x72 159 QC53 17209.5 1314 28x72110 QB37 18581.5 1212 28x72 160 QA54 17181.5 1212 28x72111 QC37 18553.5 1314 28x72 161 QB54 17153.5 1314 28x72112 QA38 18525.5 1212 28x72 162 QC54 17125.5 1212 28x72113 QB38 18497.5 1314 28x72 163 QA55 17097.5 1314 28x72114 QC38 18469.5 1212 28x72 164 QB55 17069.5 1212 28x72115 QA39 18441.5 1314 28x72 165 QC55 17041.5 1314 28x72116 QB39 18413.5 1212 28x72 166 QA56 17013.5 1212 28x72117 QC39 18385.5 1314 28x72 167 QB56 16985.5 1314 28x72118 QA40 18357.5 1212 28x72 168 QC56 16957.5 1212 28x72119 QB40 18329.5 1314 28x72 169 QA57 16929.5 1314 28x72120 QC40 18301.5 1212 28x72 170 QB57 16901.5 1212 28x72121 QA41 18273.5 1314 28x72 171 QC57 16873.5 1314 28x72122 QB41 18245.5 1212 28x72 172 QA58 16845.5 1212 28x72123 QC41 18217.5 1314 28x72 173 QB58 16817.5 1314 28x72124 QA42 18189.5 1212 28x72 174 QC58 16789.5 1212 28x72125 QB42 18161.5 1314 28x72 175 QA59 16761.5 1314 28x72126 QC42 18133.5 1212 28x72 176 QB59 16733.5 1212 28x72127 QA43 18105.5 1314 28x72 177 QC59 16705.5 1314 28x72128 QB43 18077.5 1212 28x72 178 QA60 16677.5 1212 28x72129 QC43 18049.5 1314 28x72 179 QB60 16649.5 1314 28x72130 QA44 18021.5 1212 28x72 180 QC60 16621.5 1212 28x72131 QB44 17993.5 1314 28x72 181 QA61 16593.5 1314 28x72132 QC44 17965.5 1212 28x72 182 QB61 16565.5 1212 28x72133 QA45 17937.5 1314 28x72 183 QC61 16537.5 1314 28x72134 QB45 17909.5 1212 28x72 184 QA62 16509.5 1212 28x72135 QC45 17881.5 1314 28x72 185 QB62 16481.5 1314 28x72136 QA46 17853.5 1212 28x72 186 QC62 16453.5 1212 28x72137 QB46 17825.5 1314 28x72 187 QA63 16425.5 1314 28x72138 QC46 17797.5 1212 28x72 188 QB63 16397.5 1212 28x72139 QA47 17769.5 1314 28x72 189 QC63 16369.5 1314 28x72140 QB47 17741.5 1212 28x72 190 QA64 16341.5 1212 28x72141 QC47 17713.5 1314 28x72 191 QB64 16313.5 1314 28x72142 QA48 17685.5 1212 28x72 192 QC64 16285.5 1212 28x72143 QB48 17657.5 1314 28x72 193 QA65 16257.5 1314 28x72144 QC48 17629.5 1212 28x72 194 QB65 16229.5 1212 28x72145 QA49 17601.5 1314 28x72 195 QC65 16201.5 1314 28x72146 QB49 17573.5 1212 28x72 196 QA66 16173.5 1212 28x72147 QC49 17545.5 1314 28x72 197 QB66 16145.5 1314 28x72148 QA50 17517.5 1212 28x72 198 QC66 16117.5 1212 28x72149 QB50 17489.5 1314 28x72 199 QA67 16089.5 1314 28x72150 QC50 17461.5 1212 28x72 200 QB67 16061.5 1212 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)201 QC67 16033.5 1314 28x72 251 QB84 14633.5 1314 28x72202 QA68 16005.5 1212 28x72 252 QC84 14605.5 1212 28x72203 QB68 15977.5 1314 28x72 253 QA85 14577.5 1314 28x72204 QC68 15949.5 1212 28x72 254 QB85 14549.5 1212 28x72205 QA69 15921.5 1314 28x72 255 QC85 14521.5 1314 28x72206 QB69 15893.5 1212 28x72 256 QA86 14493.5 1212 28x72207 QC69 15865.5 1314 28x72 257 QB86 14465.5 1314 28x72208 QA70 15837.5 1212 28x72 258 QC86 14437.5 1212 28x72209 QB70 15809.5 1314 28x72 259 QA87 14409.5 1314 28x72210 QC70 15781.5 1212 28x72 260 QB87 14381.5 1212 28x72211 QA71 15753.5 1314 28x72 261 QC87 14353.5 1314 28x72212 QB71 15725.5 1212 28x72 262 QA88 14325.5 1212 28x72213 QC71 15697.5 1314 28x72 263 QB88 14297.5 1314 28x72214 QA72 15669.5 1212 28x72 264 QC88 14269.5 1212 28x72215 QB72 15641.5 1314 28x72 265 QA89 14241.5 1314 28x72216 QC72 15613.5 1212 28x72 266 QB89 14213.5 1212 28x72217 QA73 15585.5 1314 28x72 267 QC89 14185.5 1314 28x72218 QB73 15557.5 1212 28x72 268 QA90 14157.5 1212 28x72219 QC73 15529.5 1314 28x72 269 QB90 14129.5 1314 28x72220 QA74 15501.5 1212 28x72 270 QC90 14101.5 1212 28x72221 QB74 15473.5 1314 28x72 271 QA91 14073.5 1314 28x72222 QC74 15445.5 1212 28x72 272 QB91 14045.5 1212 28x72223 QA75 15417.5 1314 28x72 273 QC91 14017.5 1314 28x72224 QB75 15389.5 1212 28x72 274 QA92 13989.5 1212 28x72225 QC75 15361.5 1314 28x72 275 QB92 13961.5 1314 28x72226 QA76 15333.5 1212 28x72 276 QC92 13933.5 1212 28x72227 QB76 15305.5 1314 28x72 277 QA93 13905.5 1314 28x72228 QC76 15277.5 1212 28x72 278 QB93 13877.5 1212 28x72229 QA77 15249.5 1314 28x72 279 QC93 13849.5 1314 28x72230 QB77 15221.5 1212 28x72 280 QA94 13821.5 1212 28x72231 QC77 15193.5 1314 28x72 281 QB94 13793.5 1314 28x72232 QA78 15165.5 1212 28x72 282 QC94 13765.5 1212 28x72233 QB78 15137.5 1314 28x72 283 QA95 13737.5 1314 28x72234 QC78 15109.5 1212 28x72 284 QB95 13709.5 1212 28x72235 QA79 15081.5 1314 28x72 285 QC95 13681.5 1314 28x72236 QB79 15053.5 1212 28x72 286 QA96 13653.5 1212 28x72237 QC79 15025.5 1314 28x72 287 QB96 13625.5 1314 28x72238 QA80 14997.5 1212 28x72 288 QC96 13597.5 1212 28x72239 QB80 14969.5 1314 28x72 289 QA97 13569.5 1314 28x72240 QC80 14941.5 1212 28x72 290 QB97 13541.5 1212 28x72241 QA81 14913.5 1314 28x72 291 QC97 13513.5 1314 28x72242 QB81 14885.5 1212 28x72 292 QA98 13485.5 1212 28x72243 QC81 14857.5 1314 28x72 293 QB98 13457.5 1314 28x72244 QA82 14829.5 1212 28x72 294 QC98 13429.5 1212 28x72245 QB82 14801.5 1314 28x72 295 QA99 13401.5 1314 28x72246 QC82 14773.5 1212 28x72 296 QB99 13373.5 1212 28x72247 QA83 14745.5 1314 28x72 297 QC99 13345.5 1314 28x72248 QB83 14717.5 1212 28x72 298 QA100 13317.5 1212 28x72249 QC83 14689.5 1314 28x72 299 QB100 13289.5 1314 28x72250 QA84 14661.5 1212 28x72 300 QC100 13261.5 1212 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)301 QA101 13233.5 1314 28x72 351 QC117 11833.5 1314 28x72302 QB101 13205.5 1212 28x72 352 QA118 11805.5 1212 28x72303 QC101 13177.5 1314 28x72 353 QB118 11777.5 1314 28x72304 QA102 13149.5 1212 28x72 354 QC118 11749.5 1212 28x72305 QB102 13121.5 1314 28x72 355 QA119 11721.5 1314 28x72306 QC102 13093.5 1212 28x72 356 QB119 11693.5 1212 28x72307 QA103 13065.5 1314 28x72 357 QC119 11665.5 1314 28x72308 QB103 13037.5 1212 28x72 358 QA120 11637.5 1212 28x72309 QC103 13009.5 1314 28x72 359 QB120 11609.5 1314 28x72310 QA104 12981.5 1212 28x72 360 QC120 11581.5 1212 28x72311 QB104 12953.5 1314 28x72 361 DUMMY 11553.5 1314 28x72312 QC104 12925.5 1212 28x72 362 DUMMY 11497.5 1314 28x72313 QA105 12897.5 1314 28x72 363 DUMMY 11441.5 1314 28x72314 QB105 12869.5 1212 28x72 364 DUMMY 11246.5 1314 28x72315 QC105 12841.5 1314 28x72 365 DUMMY 11190.5 1314 28x72316 QA106 12813.5 1212 28x72 366 DUMMY 11134.5 1314 28x72317 QB106 12785.5 1314 28x72 367 TPR 11068.5 1314 28x72318 QC106 12757.5 1212 28x72 368 DUMMY 11002.5 1314 28x72319 QA107 12729.5 1314 28x72 369 TPG 10936.5 1314 28x72320 QB107 12701.5 1212 28x72 370 DUMMY 10870.5 1314 28x72321 QC107 12673.5 1314 28x72 371 TPB 10804.5 1314 28x72322 QA108 12645.5 1212 28x72 372 DUMMY 10738.5 1314 28x72323 QB108 12617.5 1314 28x72 373 DUMMY 10682.5 1314 28x72324 QC108 12589.5 1212 28x72 374 DUMMY 10626.5 1314 28x72325 QA109 12561.5 1314 28x72 375 DUMMY 10431.5 1314 28x72326 QB109 12533.5 1212 28x72 376 DUMMY 10375.5 1314 28x72327 QC109 12505.5 1314 28x72 377 DUMMY 10319.5 1314 28x72328 QA110 12477.5 1212 28x72 378 QA121 10263.5 1314 28x72329 QB110 12449.5 1314 28x72 379 QB121 10235.5 1212 28x72330 QC110 12421.5 1212 28x72 380 QC121 10207.5 1314 28x72331 QA111 12393.5 1314 28x72 381 QA122 10179.5 1212 28x72332 QB111 12365.5 1212 28x72 382 QB122 10151.5 1314 28x72333 QC111 12337.5 1314 28x72 383 QC122 10123.5 1212 28x72334 QA112 12309.5 1212 28x72 384 QA123 10095.5 1314 28x72335 QB112 12281.5 1314 28x72 385 QB123 10067.5 1212 28x72336 QC112 12253.5 1212 28x72 386 QC123 10039.5 1314 28x72337 QA113 12225.5 1314 28x72 387 QA124 10011.5 1212 28x72338 QB113 12197.5 1212 28x72 388 QB124 9983.5 1314 28x72339 QC113 12169.5 1314 28x72 389 QC124 9955.5 1212 28x72340 QA114 12141.5 1212 28x72 390 QA125 9927.5 1314 28x72341 QB114 12113.5 1314 28x72 391 QB125 9899.5 1212 28x72342 QC114 12085.5 1212 28x72 392 QC125 9871.5 1314 28x72343 QA115 12057.5 1314 28x72 393 QA126 9843.5 1212 28x72344 QB115 12029.5 1212 28x72 394 QB126 9815.5 1314 28x72345 QC115 12001.5 1314 28x72 395 QC126 9787.5 1212 28x72346 QA116 11973.5 1212 28x72 396 QA127 9759.5 1314 28x72347 QB116 11945.5 1314 28x72 397 QB127 9731.5 1212 28x72348 QC116 11917.5 1212 28x72 398 QC127 9703.5 1314 28x72349 QA117 11889.5 1314 28x72 399 QA128 9675.5 1212 28x72350 QB117 11861.5 1212 28x72 400 QB128 9647.5 1314 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)401 QC128 9619.5 1212 28x72 451 QB145 8219.5 1212 28x72402 QA129 9591.5 1314 28x72 452 QC145 8191.5 1314 28x72403 QB129 9563.5 1212 28x72 453 QA146 8163.5 1212 28x72404 QC129 9535.5 1314 28x72 454 QB146 8135.5 1314 28x72405 QA130 9507.5 1212 28x72 455 QC146 8107.5 1212 28x72406 QB130 9479.5 1314 28x72 456 QA147 8079.5 1314 28x72407 QC130 9451.5 1212 28x72 457 QB147 8051.5 1212 28x72408 QA131 9423.5 1314 28x72 458 QC147 8023.5 1314 28x72409 QB131 9395.5 1212 28x72 459 QA148 7995.5 1212 28x72410 QC131 9367.5 1314 28x72 460 QB148 7967.5 1314 28x72411 QA132 9339.5 1212 28x72 461 QC148 7939.5 1212 28x72412 QB132 9311.5 1314 28x72 462 QA149 7911.5 1314 28x72413 QC132 9283.5 1212 28x72 463 QB149 7883.5 1212 28x72414 QA133 9255.5 1314 28x72 464 QC149 7855.5 1314 28x72415 QB133 9227.5 1212 28x72 465 QA150 7827.5 1212 28x72416 QC133 9199.5 1314 28x72 466 QB150 7799.5 1314 28x72417 QA134 9171.5 1212 28x72 467 QC150 7771.5 1212 28x72418 QB134 9143.5 1314 28x72 468 QA151 7743.5 1314 28x72419 QC134 9115.5 1212 28x72 469 QB151 7715.5 1212 28x72420 QA135 9087.5 1314 28x72 470 QC151 7687.5 1314 28x72421 QB135 9059.5 1212 28x72 471 QA152 7659.5 1212 28x72422 QC135 9031.5 1314 28x72 472 QB152 7631.5 1314 28x72423 QA136 9003.5 1212 28x72 473 QC152 7603.5 1212 28x72424 QB136 8975.5 1314 28x72 474 QA153 7575.5 1314 28x72425 QC136 8947.5 1212 28x72 475 QB153 7547.5 1212 28x72426 QA137 8919.5 1314 28x72 476 QC153 7519.5 1314 28x72427 QB137 8891.5 1212 28x72 477 QA154 7491.5 1212 28x72428 QC137 8863.5 1314 28x72 478 QB154 7463.5 1314 28x72429 QA138 8835.5 1212 28x72 479 QC154 7435.5 1212 28x72430 QB138 8807.5 1314 28x72 480 QA155 7407.5 1314 28x72431 QC138 8779.5 1212 28x72 481 QB155 7379.5 1212 28x72432 QA139 8751.5 1314 28x72 482 QC155 7351.5 1314 28x72433 QB139 8723.5 1212 28x72 483 QA156 7323.5 1212 28x72434 QC139 8695.5 1314 28x72 484 QB156 7295.5 1314 28x72435 QA140 8667.5 1212 28x72 485 QC156 7267.5 1212 28x72436 QB140 8639.5 1314 28x72 486 QA157 7239.5 1314 28x72437 QC140 8611.5 1212 28x72 487 QB157 7211.5 1212 28x72438 QA141 8583.5 1314 28x72 488 QC157 7183.5 1314 28x72439 QB141 8555.5 1212 28x72 489 QA158 7155.5 1212 28x72440 QC141 8527.5 1314 28x72 490 QB158 7127.5 1314 28x72441 QA142 8499.5 1212 28x72 491 QC158 7099.5 1212 28x72442 QB142 8471.5 1314 28x72 492 QA159 7071.5 1314 28x72443 QC142 8443.5 1212 28x72 493 QB159 7043.5 1212 28x72444 QA143 8415.5 1314 28x72 494 QC159 7015.5 1314 28x72445 QB143 8387.5 1212 28x72 495 QA160 6987.5 1212 28x72446 QC143 8359.5 1314 28x72 496 QB160 6959.5 1314 28x72447 QA144 8331.5 1212 28x72 497 QC160 6931.5 1212 28x72448 QB144 8303.5 1314 28x72 498 QA161 6903.5 1314 28x72449 QC144 8275.5 1212 28x72 499 QB161 6875.5 1212 28x72450 QA145 8247.5 1314 28x72 500 QC161 6847.5 1314 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)501 QA162 6819.5 1212 28x72 551 QC178 5419.5 1212 28x72502 QB162 6791.5 1314 28x72 552 QA179 5391.5 1314 28x72503 QC162 6763.5 1212 28x72 553 QB179 5363.5 1212 28x72504 QA163 6735.5 1314 28x72 554 QC179 5335.5 1314 28x72505 QB163 6707.5 1212 28x72 555 QA180 5307.5 1212 28x72506 QC163 6679.5 1314 28x72 556 QB180 5279.5 1314 28x72507 QA164 6651.5 1212 28x72 557 QC180 5251.5 1212 28x72508 QB164 6623.5 1314 28x72 558 QA181 5223.5 1314 28x72509 QC164 6595.5 1212 28x72 559 QB181 5195.5 1212 28x72510 QA165 6567.5 1314 28x72 560 QC181 5167.5 1314 28x72511 QB165 6539.5 1212 28x72 561 QA182 5139.5 1212 28x72512 QC165 6511.5 1314 28x72 562 QB182 5111.5 1314 28x72513 QA166 6483.5 1212 28x72 563 QC182 5083.5 1212 28x72514 QB166 6455.5 1314 28x72 564 QA183 5055.5 1314 28x72515 QC166 6427.5 1212 28x72 565 QB183 5027.5 1212 28x72516 QA167 6399.5 1314 28x72 566 QC183 4999.5 1314 28x72517 QB167 6371.5 1212 28x72 567 QA184 4971.5 1212 28x72518 QC167 6343.5 1314 28x72 568 QB184 4943.5 1314 28x72519 QA168 6315.5 1212 28x72 569 QC184 4915.5 1212 28x72520 QB168 6287.5 1314 28x72 570 QA185 4887.5 1314 28x72521 QC168 6259.5 1212 28x72 571 QB185 4859.5 1212 28x72522 QA169 6231.5 1314 28x72 572 QC185 4831.5 1314 28x72523 QB169 6203.5 1212 28x72 573 QA186 4803.5 1212 28x72524 QC169 6175.5 1314 28x72 574 QB186 4775.5 1314 28x72525 QA170 6147.5 1212 28x72 575 QC186 4747.5 1212 28x72526 QB170 6119.5 1314 28x72 576 QA187 4719.5 1314 28x72527 QC170 6091.5 1212 28x72 577 QB187 4691.5 1212 28x72528 QA171 6063.5 1314 28x72 578 QC187 4663.5 1314 28x72529 QB171 6035.5 1212 28x72 579 QA188 4635.5 1212 28x72530 QC171 6007.5 1314 28x72 580 QB188 4607.5 1314 28x72531 QA172 5979.5 1212 28x72 581 QC188 4579.5 1212 28x72532 QB172 5951.5 1314 28x72 582 QA189 4551.5 1314 28x72533 QC172 5923.5 1212 28x72 583 QB189 4523.5 1212 28x72534 QA173 5895.5 1314 28x72 584 QC189 4495.5 1314 28x72535 QB173 5867.5 1212 28x72 585 QA190 4467.5 1212 28x72536 QC173 5839.5 1314 28x72 586 QB190 4439.5 1314 28x72537 QA174 5811.5 1212 28x72 587 QC190 4411.5 1212 28x72538 QB174 5783.5 1314 28x72 588 QA191 4383.5 1314 28x72539 QC174 5755.5 1212 28x72 589 QB191 4355.5 1212 28x72540 QA175 5727.5 1314 28x72 590 QC191 4327.5 1314 28x72541 QB175 5699.5 1212 28x72 591 QA192 4299.5 1212 28x72542 QC175 5671.5 1314 28x72 592 QB192 4271.5 1314 28x72543 QA176 5643.5 1212 28x72 593 QC192 4243.5 1212 28x72544 QB176 5615.5 1314 28x72 594 QA193 4215.5 1314 28x72545 QC176 5587.5 1212 28x72 595 QB193 4187.5 1212 28x72546 QA177 5559.5 1314 28x72 596 QC193 4159.5 1314 28x72547 QB177 5531.5 1212 28x72 597 QA194 4131.5 1212 28x72548 QC177 5503.5 1314 28x72 598 QB194 4103.5 1314 28x72549 QA178 5475.5 1212 28x72 599 QC194 4075.5 1212 28x72550 QB178 5447.5 1314 28x72 600 QA195 4047.5 1314 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)601 QB195 4019.5 1212 28x72 651 QA212 2619.5 1212 28x72602 QC195 3991.5 1314 28x72 652 QB212 2591.5 1314 28x72603 QA196 3963.5 1212 28x72 653 QC212 2563.5 1212 28x72604 QB196 3935.5 1314 28x72 654 QA213 2535.5 1314 28x72605 QC196 3907.5 1212 28x72 655 QB213 2507.5 1212 28x72606 QA197 3879.5 1314 28x72 656 QC213 2479.5 1314 28x72607 QB197 3851.5 1212 28x72 657 QA214 2451.5 1212 28x72608 QC197 3823.5 1314 28x72 658 QB214 2423.5 1314 28x72609 QA198 3795.5 1212 28x72 659 QC214 2395.5 1212 28x72610 QB198 3767.5 1314 28x72 660 QA215 2367.5 1314 28x72611 QC198 3739.5 1212 28x72 661 QB215 2339.5 1212 28x72612 QA199 3711.5 1314 28x72 662 QC215 2311.5 1314 28x72613 QB199 3683.5 1212 28x72 663 QA216 2283.5 1212 28x72614 QC199 3655.5 1314 28x72 664 QB216 2255.5 1314 28x72615 QA200 3627.5 1212 28x72 665 QC216 2227.5 1212 28x72616 QB200 3599.5 1314 28x72 666 QA217 2199.5 1314 28x72617 QC200 3571.5 1212 28x72 667 QB217 2171.5 1212 28x72618 QA201 3543.5 1314 28x72 668 QC217 2143.5 1314 28x72619 QB201 3515.5 1212 28x72 669 QA218 2115.5 1212 28x72620 QC201 3487.5 1314 28x72 670 QB218 2087.5 1314 28x72621 QA202 3459.5 1212 28x72 671 QC218 2059.5 1212 28x72622 QB202 3431.5 1314 28x72 672 QA219 2031.5 1314 28x72623 QC202 3403.5 1212 28x72 673 QB219 2003.5 1212 28x72624 QA203 3375.5 1314 28x72 674 QC219 1975.5 1314 28x72625 QB203 3347.5 1212 28x72 675 QA220 1947.5 1212 28x72626 QC203 3319.5 1314 28x72 676 QB220 1919.5 1314 28x72627 QA204 3291.5 1212 28x72 677 QC220 1891.5 1212 28x72628 QB204 3263.5 1314 28x72 678 QA221 1863.5 1314 28x72629 QC204 3235.5 1212 28x72 679 QB221 1835.5 1212 28x72630 QA205 3207.5 1314 28x72 680 QC221 1807.5 1314 28x72631 QB205 3179.5 1212 28x72 681 QA222 1779.5 1212 28x72632 QC205 3151.5 1314 28x72 682 QB222 1751.5 1314 28x72633 QA206 3123.5 1212 28x72 683 QC222 1723.5 1212 28x72634 QB206 3095.5 1314 28x72 684 QA223 1695.5 1314 28x72635 QC206 3067.5 1212 28x72 685 QB223 1667.5 1212 28x72636 QA207 3039.5 1314 28x72 686 QC223 1639.5 1314 28x72637 QB207 3011.5 1212 28x72 687 QA224 1611.5 1212 28x72638 QC207 2983.5 1314 28x72 688 QB224 1583.5 1314 28x72639 QA208 2955.5 1212 28x72 689 QC224 1555.5 1212 28x72640 QB208 2927.5 1314 28x72 690 QA225 1527.5 1314 28x72641 QC208 2899.5 1212 28x72 691 QB225 1499.5 1212 28x72642 QA209 2871.5 1314 28x72 692 QC225 1471.5 1314 28x72643 QB209 2843.5 1212 28x72 693 QA226 1443.5 1212 28x72644 QC209 2815.5 1314 28x72 694 QB226 1415.5 1314 28x72645 QA210 2787.5 1212 28x72 695 QC226 1387.5 1212 28x72646 QB210 2759.5 1314 28x72 696 QA227 1359.5 1314 28x72647 QC210 2731.5 1212 28x72 697 QB227 1331.5 1212 28x72648 QA211 2703.5 1314 28x72 698 QC227 1303.5 1314 28x72649 QB211 2675.5 1212 28x72 699 QA228 1275.5 1212 28x72650 QC211 2647.5 1314 28x72 700 QB228 1247.5 1314 28x72





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)701 QC228 1219.5 1212 28x72 751 STVC1 100 701 50x50702 QA229 1191.5 1314 28x72 752 PASSL2 30 611 50x50703 QB229 1163.5 1212 28x72 753 PASSL2 100 611 50x50704 QC229 1135.5 1314 28x72 754 PASSL2 30 521 50x50705 QA230 1107.5 1212 28x72 755 PASSL2 100 521 50x50706 QB230 1079.5 1314 28x72 756 PASSL3 30 431 50x50707 QC230 1051.5 1212 28x72 757 PASSL3 100 431 50x50708 QA231 1023.5 1314 28x72 758 PASSL3 30 341 50x50709 QB231 995.5 1212 28x72 759 PASSL3 100 341 50x50710 QC231 967.5 1314 28x72 760 DUMMY 30 65 50x120711 QA232 939.5 1212 28x72 761 DUMMY 120 65 50x120712 QB232 911.5 1314 28x72 762 TPSTH 419.5 65 50x120713 QC232 883.5 1212 28x72 763 DUMMY 509.5 65 50x120714 QA233 855.5 1314 28x72 764 DUMMY 716 65 50x120715 QB233 827.5 1212 28x72 765 VCC 802 65 50x120716 QC233 799.5 1314 28x72 766 VCC 872 65 50x120717 QA234 771.5 1212 28x72 767 VCC 942 65 50x120718 QB234 743.5 1314 28x72 768 VCC 1012 65 50x120719 QC234 715.5 1212 28x72 769 DUMMY 1098 65 50x120720 QA235 687.5 1314 28x72 770 VEE 1184 65 50x120721 QB235 659.5 1212 28x72 771 VEE 1254 65 50x120722 QC235 631.5 1314 28x72 772 VEE 1324 65 50x120723 QA236 603.5 1212 28x72 773 VEE 1394 65 50x120724 QB236 575.5 1314 28x72 774 DUMMY 1480 65 50x120725 QC236 547.5 1212 28x72 775 VCC 1566 65 50x120726 QA237 519.5 1314 28x72 776 VCC 1636 65 50x120727 QB237 491.5 1212 28x72 777 VCC 1706 65 50x120728 QC237 463.5 1314 28x72 778 VCC 1776 65 50x120729 QA238 435.5 1212 28x72 779 DUMMY 1862 65 50x120730 QB238 407.5 1314 28x72 780 DUMMY 2068.5 65 50x120731 QC238 379.5 1212 28x72 781 TP0 2154.5 65 50x120732 QA239 351.5 1314 28x72 782 TP1 2439.5 65 50x120733 QB239 323.5 1212 28x72 783 TP2 2724.5 65 50x120734 QC239 295.5 1314 28x72 784 TP3 3009.5 65 50x120735 QA240 267.5 1212 28x72 785 TP4 3294.5 65 50x120736 QB240 239.5 1314 28x72 786 TP5 3579.5 65 50x120737 QC240 211.5 1212 28x72 787 TP6 3864.5 65 50x120738 L_MARK 120 1312.5 - 788 TP7 4149.5 65 50x120739 DUMMY 30 1325 50x50 789 TP8 4434.5 65 50x120740 PASSL1 30 1151 50x50 790 TP9 4719.5 65 50x120741 PASSL1 100 1151 50x50 791 PASSL1 4998 65 50x120742 OEV1 30 1061 50x50 792 PASSL1 5068 65 50x120743 OEV1 100 1061 50x50 793 RESETB 5242 65 50x120744 UDP 30 971 50x50 794 VSET 5344 65 50x120745 UDP 100 971 50x50 795 RES 5446 65 50x120746 CKV1 30 881 50x50 796 UD 5548 65 50x120747 CKV1 100 881 50x50 797 LRC 5650 65 50x120748 STV1 30 791 50x50 798 IF2 5856 65 50x120749 STV1 100 791 50x50 799 IF1 5958 65 50x120750 STVC1 30 701 50x50 800 SPENA 6060 65 50x120





No. Name X Y Bump size(µm) No. Name X Y Bump size(µm)801 SPCK 6162 65 50x120 851 VSS 12180 65 50x120802 SPDA 6270 65 50x120 852 VSS 12250 65 50x120803 POL 6590 65 50x120 853 DUMMY 12390 65 50x120804 NPC 6880 65 50x120 854 POL2 12600 65 50x120805 EXTNP 7196 65 50x120 855 POL2 12690 65 50x120806 QXH 7300 65 50x120 856 D2 12835 65 50x120807 DUMMY 7587 65 50x120 857 D1 12937 65 50x120808 D17 7690 65 50x120 858 D0 13039 65 50x120809 D16 7792 65 50x120 859 CLK 13245 65 50x120810 D15 7894 65 50x120 860 IHS 13347 65 50x120811 D14 7996 65 50x120 861 IVS 13449 65 50x120812 D13 8098 65 50x120 862 DEN 13551 65 50x120813 D12 8325 65 50x120 863 STB 13653 65 50x120814 D11 8427 65 50x120 864 CF2 13859.5 65 50x120815 D10 8529 65 50x120 865 CF1 13961.5 65 50x120816 D9 8631 65 50x120 866 MOD 14063.5 65 50x120817 D8 8733 65 50x120 867 DUMMY 14166 65 50x120818 D7 8944 65 50x120 868 DAC_BSEL 14460 65 50x120819 D6 9046 65 50x120 869 DUMMY 14641 65 50x120820 D5 9148 65 50x120 870 DUMMY 14743 65 50x120821 D4 9300 65 50x120 871 ZX 14845 65 50x120822 D3 9402 65 50x120 872 OSD_EN 15059 65 50x120823 DUMMY 9509 65 50x120 873 OSD_B 15161 65 50x120824 DUMMY 9599 65 50x120 874 OSD_G 15263 65 50x120825 DUMMY 9810 65 50x120 875 OSD_R 15365 65 50x120826 VDD 9950 65 50x120 876 OSD_CLK 15575 65 50x120827 VDD 10020 65 50x120 877 OSD_VS 15860 65 50x120828 VDD 10090 65 50x120 878 OSD_HS 16145 65 50x120829 VDD 10160 65 50x120 879 PASSR1 16426 65 50x120830 DUMMY 10380 65 50x120 880 PASSR1 16496 65 50x120831 DUMMY 10470 65 50x120 881 TP10 16775.5 65 50x120832 V8 10561 65 50x120 882 TP11 17060.5 65 50x120833 V8 10631 65 50x120 883 TP12 17345.5 65 50x120834 V7 10717 65 50x120 884 TP13 17630.5 65 50x120835 V7 10787 65 50x120 885 TP14 17915.5 65 50x120836 V6 10873 65 50x120 886 TP15 18200.5 65 50x120837 V6 10943 65 50x120 887 TP16 18485.5 65 50x120838 V5 11029 65 50x120 888 TP17 18770.5 65 50x120839 V5 11099 65 50x120 889 TP18 19055.5 65 50x120840 V4 11185 65 50x120 890 TP19 19340.5 65 50x120841 V4 11255 65 50x120 891 TP20 19625.5 65 50x120842 V3 11341 65 50x120 892 DUMMY 19711.5 65 50x120843 V3 11411 65 50x120 893 DUMMY 19918 65 50x120844 V2 11497 65 50x120 894 VCC 20004 65 50x120845 V2 11567 65 50x120 895 VCC 20074 65 50x120846 V1 11653 65 50x120 896 VCC 20144 65 50x120847 V1 11723 65 50x120 897 VCC 20214 65 50x120848 DUMMY 11814 65 50x120 898 DUMMY 20300 65 50x120849 VSS 12040 65 50x120 899 VEE 20386 65 50x120850 VSS 12110 65 50x120 900 VEE 20456 65 50x120





No. Name X Y Bump size(µm)901 VEE 20526 65 50x120902 VEE 20596 65 50x120903 DUMMY 20682 65 50x120904 VCC 20768 65 50x120905 VCC 20838 65 50x120906 VCC 20908 65 50x120907 VCC 20978 65 50x120908 DUMMY 21064 65 50x120909 DUMMY 21270.5 65 50x120910 DUMMY 21360.5 65 50x120911 DUMMY 21725 65 50x120912 DUMMY 21815 65 50x120913 PASSR3 21745 341 50x50914 PASSR3 21815 341 50x50915 PASSR3 21745 431 50x50916 PASSR3 21815 431 50x50917 PASSR2 21745 521 50x50918 PASSR2 21815 521 50x50919 PASSR2 21745 611 50x50920 PASSR2 21815 611 50x50921 STVC2 21745 701 50x50922 STVC2 21815 701 50x50923 STV2 21745 791 50x50924 STV2 21815 791 50x50925 CKV2 21745 881 50x50926 CKV2 21815 881 50x50927 UDC 21745 971 50x50928 UDC 21815 971 50x50929 OEV2 21745 1061 50x50930 OEV2 21815 1061 50x50931 PASSR1 21745 1151 50x50932 PASSR1 21815 1151 50x50933 DUMMY 21815 1325 50x50934 R_MARK 21725 1312.5 -

10.2 Alignment Mark Center Coordinate

Name X YL_AMK 120 1312.5R_AMK 21725 1312.5





11. Revision History

Version EFF.DATE DESCRIPTION OF CHANGES0102

2005/02/182005/07/29

New setup1. Update : Block Diagram(P.3, P.4)2. Update : SPI register (P.16)

hx8223-a datasheet preliminary v02 - kyocera display

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