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首页Himax HX8369-A LCD驱动器芯片datasheet: 480x864分辨率、16.7M色TFT单芯片驱动
本文档是HiMax公司发布的HX8369-A LCD驱动器集成电路(TFT Mobile Single Chip Driver)的数据手册,版本为初步版v01,发布日期为2010年7月。该驱动器适用于480x864像素的RGB模式,支持16.7百万色显示,并配备内部存储器(GRAM)。此芯片专为移动设备设计,提供了丰富的接口选项以支持多种显示控制和数据传输。
**1. 产品概述**
HX8369-A是一款高度集成的LCD控制器,特别适合于紧凑型移动设备,如手机、平板电脑等。它采用TFT(薄膜晶体管)技术,提供高分辨率和色彩表现力。480x864像素的分辨率确保了清晰的图像质量,而16.7M色深则确保了丰富的色彩深度,使得显示效果细腻逼真。
**2. 系统接口**
- **Mipi DSI-A/DSI-B Interface**: 提供高速数字视频接口,用于控制和传输图像数据,支持双线(A/B)配置。
- **Serial Data Transfer Interface (Mipi DSI-C)**: 通过串行接口传输数据,包括控制信号和像素数据,提高了效率。
- **Mipi DPI Interface (Display Pixel Interface)**: 用于精确的像素级控制,确保图像的精准显示。
- **DSI System Interface**: 与DSI接口兼容,支持多种显示标准,便于与其他设备连接。
- **MDDI Interface (Mobile Display Digital Interface)**: 专为移动设备设计的高速数字接口,增强与外部显示模块的连接性能。
- **Terminology**: 数据手册中包含了术语定义,确保了接口操作的准确理解。
- **Data Transmission Order**: 规定了数据传输的顺序,保证了系统的同步工作。
**3. 内部功能及架构**
- **Block Diagram**: 文档提供了芯片的模块化结构图,展示了各个功能块的布局和相互关系。
- **Pin Description and Assignment**: 详细列出了所有引脚的功能和分配,对硬件工程师进行电路设计至关重要。
- **Pad Coordinates**: 提供了封装上各引脚的实际位置坐标,方便硬件布线和PCB设计。
- **Bump Arrangement**: 描述了芯片表面的倒装焊球排列,影响了引脚的电气特性。
**4. 功能描述**
- **Display DataGRAM**: 内部存储器用于临时存放显示数据,提高了图像处理速度和响应性。
- **Addressing**: 驱动器支持灵活的地址映射,适应不同的内存访问模式。
HiMax HX8369-A Datasheet提供了全面的技术细节,包括驱动器的工作原理、接口规范、内部结构和功能特性,对于开发基于该驱动器的移动设备至关重要。设计者可以根据这份文档了解如何有效地集成和利用该IC,以实现高质量的显示效果和系统性能。
-P.16-
HX8369-A
480RGBx864dots, TFT Mobile Single Chip Driver
DATA SHEET Preliminary V01
Himax Confidential
This 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.
July, 2010
VDD3 I 6
Power
supply
A power supply for the logic power, DC/DC converter VDD3=2.3 to 4.8V.
VSSA P 6
Power
supply
Analoge ground. VSSA=0V. When using the COG method, connect to
VSSD on the FPC to prevent noise.
VSSAC P 2
Power
supply
Analoge ground. Must connect to VSSA on the FPC.
VSSD P 16
Power
supply
Ground for the internal logic. VSSD=0V. When using the COG method,
connect to VSSA on the FPC to prevent noise.
VPP
I
2
Power
supply
External high voltage pin used in OTP mode and operates at 7.5V.
If not used, let it open.
Output Pins of Power and reference voltage
VSP I 7
Stabilizing
capacitor
Input voltage from the set-up circuit (4.7V to 5.5V). i
t is generated from
VDD3.
VSN I 6
Stabilizing
capacitor
Input voltage from the set-up circuit (-4.7V to -
5.5V). it is generated
from VDD3.
VSPC I 1 VSP
Positive boosting reference voltage input.
VSNC I 1 VSN
Negative boosting reference voltage input.
VSPR O 2
Stabilizing
capacitor
Positive regulated voltage output (3.5V to VSP - 0.5)
VSNR O 2
Stabilizing
capacitor
Positive regulated voltage output (-3.5V to VSN + 0.5)
VDDD O 19
Stabilizing
capacitor
Internal logic voltage output
VDDDN O 5
Stabilizing
capacitor
Internal logic voltage output (-2.5V fixed)
VREF O 2
Stabilizing
capacitor
Reference voltage from internal band gap circuit. The t
olerance of
VREF voltage is ± 3 ﹪.(1.8V fixed)
VGH O 10
Stabilizing
capacitor
Output voltage from the step-up circuit, it is generated from VSP and
VSN. Connect to a stabilizing capacitor between VSSA and VGH.
VGL O 10
Stabilizing
capacitor
Output voltage from the step-up circuit, it is generated from VSP and
VSN. Connect to a stabilizing capacitor between VSSA and VGL. Place
a schottkey barrier diode between VSSA and VGL.
LVGL O 15
Stabilizing
capacitor
Most negative voltage for some special GIP circuits. If not used,
connect to VGL.
VCOM O 14
Stabilizing
capacitor
The power supply of common voltage in DC com driving. The voltage
range is set between -2V to 0V. It must be connected a stabilizing
capacitor 2.2u to VSSD.
VCOMR I 1 Input
The input pad of external VCOM voltage.
DC/DC pumping
C21AP, C21AN
C22AP, C22AN
I/O 16
Step-up
Capacitor
Connect to the step-up capacitors according to the DC/DC pumping
factor by pumping the VGL voltage.
C23AP, C23AN
C24AP, C24AN
I/O 16
Step-up
Capacitor
Connect to the step-up capacitors according to the DC/DC pumping
factor by pumping the VGH voltage.
C41AP, C41AN I/O 6
Step-up
Capacitor
Connect to the step-up capacitors according to the DC/DC pumping
factor by pumping the LVGL voltage.
VCSW1 O 4 -
Boosting control output1, it needs to connect to the gate pin of NMOS
on external DC/DC converter circuit. (0 to VDD3)
VCSW2 O 4 -
Boosting control output2, it needs to connect to the gate pin of PMOS
on external DC/DC converter circuit. (0 to VDD3)
CABC & ABC & Ambient light sensor
CABC_PWM_OUT
O 1 -
Backlight on/fff control pin. If use CABC function, the pin can connect
to external LED driver IC. The output voltage range=0 to VDD1.
Test Pins
OSC I 1 Open
Oscillator input for test purpose.
If not used, please let it open or connected to VSSD.(weak pull low)
TEST1 I 1 Open
A test pin. This pin is by internal logic function test.This pin can output
on FPC. If not used, let it open or connected to VSSD.(weak pull low)
TEST2 I 1 Open
A test pin. This pin is by internal logic function test.This pin can output
on FPC. If not used, let it open or connected to VSSD.(weak pull low)
VTESTOUTP O 1 Open
A test pin. Disconnect it. This pin will output Gamma voltage. This pin
can output on FPC.
VTESTOUTN O 1 Open
A test pin. Disconnect it. This pin will output Gamma voltage. This pin
can output on FPC.
For 美迪 Only
-P.17-
HX8369-A
480RGBx864dots, TFT Mobile Single Chip Driver
DATA SHEET Preliminary V01
Himax Confidential
This 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.
July, 2010
DUMMYR1
DUMMYR2
- 2 Open
Dummy pads. Available for measuring the COG contact resistance.
They are short-circuited within the chip.
DUMMY17~1
- 17 Open
Not used. Let it open.
IOGNDDUM
- 3 Open
Dummy pad. Connect to grand internally.
MIPI-DSI interface parts
DSI_D0P,
DSI_D0N
I/O
6 DSI Host
MIPI-DSI Data differential signal input pins. (Data lane 0)
DSI_CP,
DSI_CN
I 6 DSI Host
MIPI-DSI CLOCK differential signal input pins.
DSI_D1P,
DSI_D1N
I 6 DSI Host
MIPI-DSI Data differential signal input pins. (Data lane 1)
DSI_VCC P 5 Power Supply
Power supply for the MIPI DSI analog power.DSI_VCC=1.65V to 3.3V
DSI_VSS P 9 Ground
MIPI DSI analogy ground. DSI_VSS=0V. When using the COG meth
od,
connect to VSSA on the FPC to prevent noise.
DSI_LDO O 2 Capacitor
DSI:
DSI regulator output pin. (1.2V to 1.3V)
Connect to a stabilizing capacitor between DSI_VSS and DSI_LDO
If not used, please open these pins.
DSI_LDO_ENB I 1 Input
DSI I/F:
Control signal of DSI_LDO. The default setting of DSI_LDO_ENB is
Low.
High: Disable the DSI_LDO.
Low: Enable the DSI_LDO.
It must be connected to VDD1 or VSSD. (latch type)
MDDI interface parts
MDDI_STBP,
MDDI _STBN
- 6
High Speed
Interface
Host
High Speed Interface clock differential signal input pins.
Connect to a terminal resistance (100Ω) between MDDI_STBP and
MDDI_STBN.
If not used, please let it connected to VSSD.
MDDI _D0P,
MDDI _D0N
- 6
High Speed
Interface
Host
High Speed Interface Data differential signal input pins (Data lane 0).
Connect to a terminal resistance (100Ω) between MDDI_D0P and
MDDI_D0N.
If not used, please let it connected to VSSD.
MDDI _D1P,
MDDI _D1N
- 6
High Speed
Interface
Host
High Speed Interface Data differential signal input pins. (Data lane 1)
Connect to a terminal resistance (100Ω) between MDDI_D1P and
MDDI_D1N.
If not used, please let it connected to VSSD.
MDDI _VCC P 5
Power Supply
or Capacitor
High Speed Interface I/O power supply pin, 2.3V to 3.3V.
MDDI _VSS P 9 Ground
High Speed Interface I/O ground pin.
MDDI _LDO O 2 Capacitor
High Speed Interface regulator output pin.
Connect to a stabilizing capacitor between MDDI_VSS and
MDDI_LDO.
If not used, please open these pins.
MDDI_LDO_ENB
I 1 Input
MDDI I/F:
Control signal of MDDI_LDO. The default setting of MDDI_LDO_ENB
is Low.
High: Disable the MDDI _LDO.
Low: Enable the MDDI _LDO.
It must be connected to VDD1 or VSSD. (latch type)
For 美迪 Only
-P.18-
HX8369-A
480RGBx864dots, TFT Mobile Single Chip Driver
DATA SHEET Preliminary V01
Himax Confidential
This 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.
July, 2010
3.3 Pin assignment
Y
X
HX8369-A Pin
Assignment
(Bump View)
Face Up
DUMMY1
CGOUT1_L
NO.1
NO.313
(A2)
Chip Size : 22430 x 1701 um
Chip thickness: 250 um ± 25 um
Pad Location: PAD Center
Coordinate Origin: Chip Center
Au Bump Size:
1. 50 um x 80 um
Input:
No.1 ~ No.312
Au bump pitch: Refer to Pad Coordinate.
Au bump height : 15 um ± 3 um
Numbers in the figure corresponds to
pad coordinate numbers.
The chip size includes the core size
seal ring size,
and scribe line size
C21AP
VPP
VREF
DB23/TS7
RESX
DB14
(A1)
VDDDN
VSSA
TE
VSNR
VGL
VBIAS
DUMMY2
BS0
DB9
DUMMY 7
VTESTOUT P
VBIAS
VGL
CGOUT10_ R
LVGL
LVGL
LVGL
VCOM
VCOM
DUMMYR1
DUMMY3
VCOM
DUMMY4
LVGL
VGL
LVGL
LVGL
VCOM
LVGL
LVGL
C41AN
VGH
C41AP
S1
S2
S1438
S1439
S1440
NO.1760
2. 15 um x 95 um
Staggered LCD output side
No.313 ~ No.1760
CGOUT2_L
CGOUT3_L
CGOUT4_L
CGOUT5_L
CGOUT6_L
CGOUT7_L
CGOUT8_L
CGOUT9_L
CGOUT10_ L
VGL
VGL
DUMMYR2
VGL
VGL
VCOM
VCOM
VCOM
C41AP
C41AP
C41AN
C41AN
VGH
VGH
VGH
VGH
VGH
C21AP
C21AP
C21AP
C21AN
C21AN
C21AN
C21AN
C23AP
C23AP
C23AP
C23AP
C23AN
C23AN
C23AN
C23AN
C22AP
C22AP
C22AP
C22AP
C22AN
C22AN
C22AN
C22AN
C24AP
C24AP
C24AP
C24AP
C24AN
C24AN
C24AN
C24AN
VPP
VDDDN
VDDDN
VDDDN
VDDDN
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VREF
VSSA
VSSA
VSSA
VSSA
VSSA
VSSD
VSSD
VSSD
VSSD
VSSD
VSSD
VSSD
VSSD
VDDD
VDDD
VDDD
VDDD
VDDD
VDDD
VDD1
VDD1
VDD1
VDD1
VDD1
CABC_PWM _OUT
TEST1
TEST2
BS1
BS2
BS3
IOGNDDUM
DB22/TS6
DB21/TS5
DB20/TS4
DB19/TS3
DB18/TS2
DB17/TS1
DB16/TS0
DB15
DB13
DB12
DB11
DB10
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
IOGNDDUM
RDX_E
WRX_DCX
DCX_SCL
CSX
IOGNDDUM
SDI
SDO
VSYNC
HSYNC
DE
PCLK
DSI_LDO _ENB/MDDI_LDO_ENB
DUMMY5
OSC
PCCS0
PCCS1
DSI_VSS/MDD I_VSS
DSI_D0N/MDD I_D1N
DSI_D0N/MDD I_D1N
DSI_D0N/MDD I_D1N
DSI_D0P/M DDI_D1P
DSI_D0P/M DDI_D1P
DSI_D0P/M DDI_D1P
DSI_VSS/MDD I_VSS
DSI_CLKN/MDDI_ STBN
DSI_CLKN/MDDI_ STBN
DSI_CLKN/MDDI_ STBN
DSI_CLKP/MD DI_STBP
DSI_CLKP/MD DI_STBP
DSI_CLKP/MDD I_STBP
DSI_VSS/MDD I_VSS
DSI_D1N/MDD I_D0N
DSI_D1N/MDD I_D0N
DSI_D1N/MDD I_D0N
DSI_D1P/M DDI_D0P
DSI_D1P/M DDI_D0P
DSI_D1P/M DDI_D0P
DSI_VSS/MDD I_VSS
DSI_LDO/MD DI_LDO
DSI_LDO/MD DI_LDO
DSI_VCC/MDDI_V CC
DSI_VCC/MDDI_V CC
DSI_VCC /M DDI_VCC
DSI_VCC /M DDI_VCC
DSI_VCC/MDDI_V CC
DSI_VSS/MDD I_VSS
DSI_VSS/MDD I_VSS
DSI_VSS/MDD I_VSS
DSI_VSS/MDD I_VSS
DSI_VSS/MDD I_VSS
VSSAC
VSSAC
VSSD
VSSD
VSSD
VSSD
VSSD
VSSD
VDDD
VDDD
VDDD
VDDD
VDDD
VDDD
VDDDC
VDDDC
VDDDC
VDDDC
VDDDC
VSPR
VSPR
VSPC
VSP
VSP
VSP
VSP
VSP
VSP
VSP
VCSW1
VCSW1
VCSW1
VCSW1
VCSW2
VCSW2
VCSW2
VCSW2
VSNR
VSNC
VSN
VSN
VSN
VSN
VSN
VSN
VDD3
VDD3
VDD3
VDD3
VDD3
VDD3
VGH
VGH
VGH
VGH
VCOM
VCOM
VCOM
VCOM
LVGL
LVGL
LVGL
LVGL
DUMMY6
VCOMR
VTESTOUTN
VCOM
VCOM
VCOM
DUMMY 8
LVGL
LVGL
LVGL
VGL
VGL
VGL
CGOUT9_R
CGOUT8_R
CGOUT8_R
CGOUT7_R
CGOUT7_R
CGOUT6_R
CGOUT6_R
CGOUT5_R
CGOUT5_R
CGOUT4_R
CGOUT3_R
CGOUT2_R
CGOUT1_R
DUMMY9
DUMMY10
CGOUT8_L
CGOUT7_L
CGOUT6_L
CGOUT5_L
VSSD
VSSD
VDDD
VDDD
S2
S719
S720
DUMMY11
DUMMY12
DUMMY13
DUMMY14
S721
S722
NO.1033
NO.312
DUMMY15
DUMMY16
S1441
DUMMY17
Chip
BUMP
Top View
For 美迪 Only
-P.19-
HX8369-A
480RGBx864dots, TFT Mobile Single Chip Driver
DATA SHEET Preliminary V01
Himax Confidential
This 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.
July, 2010
3.4 PAD coordinates
No.
Name X Y
No.
Name X Y
No.
Name X Y
No.
Name X Y
1
DUMMY1 -10885
-672
61
C21AN
-6685 -672
121
VDDD -2485
-672
181
DSI_D0N /
MDDI_D1N
1715
-672
2
CGOUT1_L -10815
-672
62
C21AN
-6615 -672
122
VDD1 -2415
-672
182
DSI_D0P /
MDDI_D1P
1785
-672
3
CGOUT2_L -10745
-672
63
C23AP
-6545 -672
123
VDD1 -2345
-672
183
DSI_D0P /
MDDI_D1P
1855
-672
4
CGOUT3_L -10675
-672
64
C23AP
-6475 -672
124
VDD1 -2275
-672
184
DSI_D0P /
MDDI_D1P
1925
-672
5
CGOUT4_L -10605
-672
65
C23AP
-6405 -672
125
VDD1 -2205
-672
185
DSI_VSS /
MDDI_VSS
1995
-672
6
CGOUT5_L -10535
-672
66
C23AP
-6335 -672
126
VDD1 -2135
-672
186
DSI_CN /
MDDI_STBN
2065
-672
7
CGOUT5_L -10465
-672
67
C23AN
-6265 -672
127
CABC_PWM_OUT
-2065
-672
187
DSI_CN /
MDDI_STBN
2135
-672
8
CGOUT6_L -10395
-672
68
C23AN
-6195 -672
128
TE
-1995
-672
188
DSI_CN /
MDDI_STBN
2205
-672
9
CGOUT6_L -10325
-672
69
C23AN
-6125 -672
129
TEST1
-1925
-672
189
DSI_CP /
MDDI_STBP
2275
-672
10
CGOUT7_L -10255
-672
70
C23AN
-6055 -672
130
TEST2
-1855
-672
190
DSI_CP /
MDDI_STBP
2345
-672
11
CGOUT7_L -10185
-672
71
C22AP
-5985 -672
131
BS0 -1785
-672
191
DSI_CP /
MDDI_STBP
2415
-672
12
CGOUT8_L -10115
-672
72
C22AP
-5915 -672
132
BS1 -1715
-672
192
DSI_VSS /
MDDI_VSS
2485
-672
13
CGOUT8_L -10045
-672
73
C22AP
-5845 -672
133
BS2 -1645
-672
193
DSI_D1N /
MDDI_D0N
2555
-672
14
CGOUT9_L -9975
-672
74
C22AP
-5775 -672
134
BS3 -1575
-672
194
DSI_D1N /
MDDI_D0N
2625
-672
15
CGOUT10_L -9905
-672
75
C22AN
-5705 -672
135
RESX -1505
-672
195
DSI_D1N /
MDDI_D0N
2695
-672
16
VGL -9835
-672
76
C22AN
-5635 -672
136
IOGNDDUM -1435
-672
196
DSI_D1P /
MDDI_D0P
2765
-672
17
VGL -9765
-672
77
C22AN
-5565 -672
137
DB23 -1365
-672
197
DSI_D1P /
MDDI_D0P
2835
-672
18
VGL -9695
-672
78
C22AN
-5495 -672
138
DB22 -1295
-672
198
DSI_D1P /
MDDI_D0P
2905
-672
19
VBIAS -9625
-672
79
C24AP
-5425 -672
139
DB21 -1225
-672
199
DSI_VSS /
MDDI_VSS
2975
-672
20
LVGL -9555
-672
80
C24AP
-5355 -672
140
DB20 -1155
-672
200
DSI_LDO /
MDDI_LDO
3045
-672
21
LVGL -9485
-672
81
C24AP
-5285 -672
141
DB19 -1085
-672
201
DSI_LDO /
MDDI_LDO
3115
-672
22
LVGL -9415
-672
82
C24AP
-5215 -672
142
DB18 -1015
-672
202
DSI_VCC /
MDDI_VCC
3185
-672
23
DUMMY2 -9345
-672
83
C24AN
-5145 -672
143
DB17 -945
-672
203
DSI_VCC /
MDDI_VCC
3255
-672
24
VCOM -9275
-672
84
C24AN
-5075 -672
144
DB16 -875
-672
204
DSI_VCC /
MDDI_VCC
3325
-672
25
VCOM -9205
-672
85
C24AN
-5005 -672
145
DB15 -805
-672
205
DSI_VCC /
MDDI_VCC
3395
-672
26
VCOM -9135
-672
86
C24AN
-4935 -672
146
DB14 -735
-672
206
DSI_VCC /
MDDI_VCC
3465
-672
27
DUMMY3 -9065
-672
87
VPP -4865 -672
147
DB13 -665
-672
207
DSI_VSS /
MDDI_VSS
3535
-672
28
DUMMYR1 -8995
-672
88
VPP -4795 -672
148
DB12 -595
-672
208
DSI_VSS /
MDDI_VSS
3605
-672
29
DUMMYR2 -8925
-672
89
VDDDN -4725 -672
149
DB11 -525
-672
209
DSI_VSS /
MDDI_VSS
3675
-672
30
DUMMY4 -8855
-672
90
VDDDN -4655 -672
150
DB10 -455
-672
210
DSI_VSS /
MDDI_VSS
3745
-672
31
VGL -8785
-672
91
VDDDN -4585 -672
151
DB9 -385
-672
211
DSI_VSS /
MDDI_VSS
3815
-672
32
VGL -8715
-672
92
VDDDN -4515 -672
152
DB8 -315
-672
212
VSSAC 3885
-672
33
VGL -8645
-672
93
VDDDN -4445 -672
153
DB7 -245
-672
213
VSSAC 3955
-672
34
LVGL -8575
-672
94
VDD2 -4375 -672
154
DB6 -175
-672
214
VSSD 4025
-672
35
LVGL -8505
-672
95
VDD2 -4305 -672
155
DB5 -105
-672
215
VSSD 4095
-672
36
LVGL -8435
-672
96
VDD2 -4235 -672
156
DB4 -35 -672
216
VSSD 4165
-672
37
LVGL -8365
-672
97
VDD2 -4165 -672
157
DB3 35 -672
217
VSSD 4235
-672
38
LVGL -8295
-672
98
VDD2 -4095 -672
158
DB2 105
-672
218
VSSD 4305
-672
39
VCOM -8225
-672
99
VDD2 -4025 -672
159
DB1 175
-672
219
VSSD 4375
-672
40
VCOM -8155
-672
100
VREF
-3955 -672
160
DB0 245
-672
220
VSSD 4445
-672
41
VCOM -8085
-672
101
VREF
-3885 -672
161
IOGNDDUM 315
-672
221
VSSD 4515
-672
42
VCOM -8015
-672
102
VSSA
-3815 -672
162
RDX_E 385
-672
222
VDDD 4585
-672
43
C41AP -7945
-672
103
VSSA
-3745 -672
163
WRX_DCX 455
-672
223
VDDD 4655
-672
44
C41AP -7875
-672
104
VSSA
-3675 -672
164
DCX_SCL 525
-672
224
VDDD 4725
-672
45
C41AP -7805
-672
105
VSSA
-3605 -672
165
CSX 595
-672
225
VDDD 4795
-672
46
C41AN -7735
-672
106
VSSA
-3535 -672
166
IOGNDDUM 665
-672
226
VDDD 4865
-672
47
C41AN -7665
-672
107
VSSA
-3465 -672
167
SDI 735
-672
227
VDDD 4935
-672
48
C41AN -7595
-672
108
VSSD -3395 -672
168
SDO 805
-672
228
VDDD 5005
-672
49
VGH -7525
-672
109
VSSD -3325 -672
169
VSYNC 875
-672
229
VDDD 5075
-672
50
VGH -7455
-672
110
VSSD -3255 -672
170
HSYNC 945
-672
230
VDDD 5145
-672
51
VGH -7385
-672
111
VSSD -3185 -672
171
DE 1015
-672
231
VDDD 5215
-672
52
VGH -7315
-672
112
VSSD -3115 -672
172
PCLK 1085
-672
232
VDDD 5285
-672
53
VGH -7245
-672
113
VSSD -3045 -672
173
DSI_LDO_ENB 1155
-672
233
VDDD 5355
-672
54
VGH -7175
-672
114
VSSD -2975 -672
174
DUMMY5 1225
-672
234
VDDD 5425
-672
55
C21AP
-7105
-672
115
VSSD -2905 -672
175
OSC 1295
-672
235
VSPR
5495
-672
56
C21AP
-7035
-672
116
VDDD -2835 -672
176
PCCS0 1365
-672
236
VSPR
5565
-672
57
C21AP
-6965
-672
117
VDDD -2765 -672
177
PCCS1 1435
-672
237
VSPC
5635
-672
58
C21AP
-6895
-672
118
VDDD -2695 -672
178
DSI_VSS /
MDDI_VSS
1505
-672
238
VSP
5705
-672
59
C21AN
-6825
-672
119
VDDD -2625 -672
179
DSI_D0N /
MDDI_D1N
1575
-672
239
VSP
5775
-672
60
C21AN
-6755
-672
120
VDDD -2555 -672
180
DSI_D0N /
MDDI_D1N
1645
-672
240
VSP
5845
-672
For 美迪 Only
-P.20-
HX8369-A
480RGBx864dots, TFT Mobile Single Chip Driver
DATA SHEET Preliminary V01
Himax Confidential
This 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.
July, 2010
No.
Name X Y
No.
Name X Y
No.
Name X Y
No.
Name X Y
241
VSP
5915 -672
301
CGOUT7_R 10115
-672
361
S47 10230
500
421
S107 9330 500
242
VSP
5985 -672
302
CGOUT7_R 10185
-672
362
S48 10215
613
422
S108 9315 613
243
VSP
6055 -672
303
CGOUT6_R 10255
-672
363
S49 10200
500
423
S109 9300 500
244
VSP
6125 -672
304
CGOUT6_R 10325
-672
364
S50 10185
613
424
S110 9285 613
245
VCSW1 6195 -672
305
CGOUT5_R 10395
-672
365
S51 10170
500
425
S111 9270 500
246
VCSW1 6265 -672
306
CGOUT5_R 10465
-672
366
S52 10155
613
426
S112 9255 613
247
VCSW1 6335 -672
307
CGOUT4_R 10535
-672
367
S53 10140
500
427
S113 9240 500
248
VCSW1 6405 -672
308
CGOUT3_R 10605
-672
368
S54 10125
613
428
S114 9225 613
249
VCSW2 6475 -672
309
CGOUT2_R 10675
-672
369
S55 10110 500
429
S115 9210 500
250
VCSW2 6545 -672
310
CGOUT1_R 10745
-672
370
S56 10095
613
430
S116 9195 613
251
VCSW2 6615 -672
311
DUMMY9 10815
-672
371
S57 10080
500
431
S117 9180 500
252
VCSW2 6685 -672
312
DUMMY10 10885
-672
372
S58 10065
613
432
S118 9165 613
253
VSNR
6755 -672
313
DUMMY15 10950
500
373
S59 10050
500
433
S119 9150 500
254
VSNR
6825 -672
314
DUMMY16 10935
613
374
S60 10035
613
434
S120 9135 613
255
VSNC
6895 -672
315
S1 10920
500
375
S61 10020
500
435
S121 9120 500
256
VSN
6965 -672
316
S2 10905
613
376
S62 10005
613
436
S122 9105 613
257
VSN
7035 -672
317
S3 10890
500
377
S63 9990 500
437
S123 9090 500
258
VSN
7105 -672
318
S4 10875
613
378
S64 9975 613
438
S124 9075 613
259
VSN
7175 -672
319
S5 10860
500
379
S65 9960 500
439
S125 9060 500
260
VSN
7245 -672
320
S6 10845
613
380
S66 9945 613
440
S126 9045 613
261
VSN
7315 -672
321
S7 10830
500
381
S67 9930 500
441
S127 9030 500
262
VDD3 7385 -672
322
S8 10815
613
382
S68 9915 613
442
S128 9015 613
263
VDD3 7455 -672
323
S9 10800
500
383
S69 9900 500
443
S129 9000 500
264
VDD3 7525 -672
324
S10 10785
613
384
S70 9885 613
444
S130 8985 613
265
VDD3 7595 -672
325
S11 10770
500
385
S71 9870 500
445
S131 8970 500
266
VDD3 7665 -672
326
S12 10755
613
386
S72 9855 613
446
S132 8955 613
267
VDD3 7735 -672
327
S13 10740
500
387
S73 9840 500
447
S133 8940 500
268
VGH 7805 -672
328
S14 10725
613
388
S74 9825 613
448
S134 8925 613
269
VGH 7875 -672
329
S15 10710
500
389
S75 9810 500
449
S135 8910 500
270
VGH 7945 -672
330
S16 10695
613
390
S76 9795 613
450
S136 8895 613
271
VGH 8015 -672
331
S17 10680
500
391
S77 9780 500
451
S137 8880 500
272
VCOM 8085 -672
332
S18 10665
613
392
S78 9765 613
452
S138 8865 613
273
VCOM 8155 -672
333
S19 10650
500
393
S79 9750 500
453
S139 8850 500
274
VCOM 8225 -672
334
S20 10635
613
394
S80 9735 613
454
S140 8835 613
275
VCOM 8295 -672
335
S21 10620
500
395
S81 9720 500
455
S141 8820 500
276
LVGL 8365 -672
336
S22 10605
613
396
S82 9705 613
456
S142 8805 613
277
LVGL 8435 -672
337
S23 10590
500
397
S83 9690 500
457
S143 8790 500
278
LVGL 8505 -672
338
S24 10575
613
398
S84 9675 613
458
S144 8775 613
279
LVGL 8575 -672
339
S25 10560
500
399
S85 9660 500
459
S145 8760 500
280
VTESTOUTP
8645 -672
340
S26 10545
613
400
S86 9645 613
460
S146 8745 613
281
DUMMY6 8715 -672
341
S27 10530
500
401
S87 9630 500
461
S147 8730 500
282
VCOMR 8785 -672
342
S28 10515
613
402
S88 9615 613
462
S148 8715 613
283
VTESTOUTN
8855 -672
343
S29 10500
500
403
S89 9600 500
463
S149 8700 500
284
VCOM 8925 -672
344
S30 10485
613
404
S90 9585 613
464
S150 8685 613
285
VCOM 8995 -672
345
S31 10470
500
405
S91 9570 500
465
S151 8670 500
286
VCOM 9065 -672
346
S32 10455
613
406
S92 9555 613
466
S152 8655 613
287
DUMMY7 9135 -672
347
S33 10440
500
407
S93 9540 500
467
S153 8640 500
288
DUMMY8 9205 -672
348
S34 10425
613
408
S94 9525 613
468
S154 8625 613
289
LVGL 9275 -672
349
S35 10410
500
409
S95 9510 500
469
S155 8610 500
290
LVGL 9345 -672
350
S36 10395
613
410
S96 9495 613
470
S156 8595 613
291
LVGL 9415 -672
351
S37 10380
500
411
S97 9480 500
471
S157 8580 500
292
VBIAS 9485 -672
352
S38 10365
613
412
S98 9465 613
472
S158 8565 613
293
VGL 9555 -672
353
S39 10350
500
413
S99 9450 500
473
S159 8550 500
294
VGL 9625 -672
354
S40 10335
613
414
S100 9435 613
474
S160 8535 613
295
VGL 9695 -672
355
S41 10320
500
415
S101 9420 500
475
S161 8520 500
296
VGL 9765 -672
356
S42 10305
613
416
S102 9405 613
476
S162 8505 613
297
CGOUT10_R
9835 -672
357
S43 10290
500
417
S103 9390 500
477
S163 8490 500
298
CGOUT9_R 9905 -672
358
S44 10275
613
418
S104 9375 613
478
S164 8475 613
299
CGOUT8_R 9975 -672
359
S45 10260
500
419
S105 9360 500
479
S165 8460 500
300
CGOUT8_R 10045
-672
360
S46 10245
613
420
S106 9345 613
480
S166 8445 613
For 美迪 Only
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