ILI6126C - Orient Display

Transcription

ILI6126C
1200-Output Channel
TFT LCD Source Driver with TCON
Specification
Preliminary
Version: V0.01
Document No.: ILI6126C_SPEC_V001.pdf
ILI TECHNOLOGY CORP.
8F, No. 38, Taiyuan St., Jhubei City,
Hsinchu Country 302 Taiwan R.O.C.
Tel.886-3-5600099; Fax.886-3-5670585
http://www.ilitek.com
1200-Output Channels
TFT LCD SOURCE DRIVER WITH TCON
ILI6126C
Table of Contents
Section
Page
1. Introduction.................................................................................................................................................... 3
2. Features ........................................................................................................................................................ 4
3. Block Diagram ............................................................................................................................................... 5
4. Application Diagram ...................................................................................................................................... 6
5. Pad Sequence (Bump Side)........................................................................................................................ 15
6. Pin Descriptions .......................................................................................................................................... 16
7. Relationship between input data and output channels ............................................................................... 20
8. Display Data Input Timing ........................................................................................................................... 23
8.1.
Vertical Input Timing ...................................................................................................................... 23
8.2.
Horizontal Input Timing .................................................................................................................. 23
8.3.
Timing Characteristic ..................................................................................................................... 24
9. Relationship between gamma correction and output voltage ..................................................................... 27
9.1.
Gamma correction resistor ratio..................................................................................................... 29
9.2.
Output Voltage VS Input Data........................................................................................................ 31
10. Power ON/OFF Sequence .......................................................................................................................... 35
10.1. Normal mode power on/ off............................................................................................................ 35
10.2. Standby ON/OFF Control............................................................................................................... 36
11. The BIST Patterns for Aging Mode Test...................................................................................................... 37
12. The Command Format for 3-line Serial Interface........................................................................................ 38
12.1. BIST & Mute Function .................................................................................................................... 39
12.2. Absolute Maximum Rating ............................................................................................................. 40
12.3. DC Electrical Characteristics.......................................................................................................... 40
12.4. AC Electrical Characteristics.......................................................................................................... 41
13. Timing.......................................................................................................................................................... 42
13.1. Parallel 24-bit RGB Mode ............................................................................................................. 42
13.2. Input Clock and Data Timing Diagram ........................................................................................... 42
14. Pad Arrangement and Coordination............................................................................................................ 45
15. Revision History .......................................................................................................................................... 55
Page 2 of 55
Version: 0.01
ILI6126C
1. Introduction
ILI6126 is a 1200-channel output source driver with TTL interface timing controller (TCON). ILI6126
supports Dual-Gate mode to extend source channel to achieve more various resolution applications.
The interface follows digital 24-bit parallel RGB input format. The TCON generates the 800x480,
800x600, 640x480, 400x240 resolutions and provides horizontal and vertical control timing to source driver
and gate driver. It also supports dithering feature, apply source driver with 6-bit DAC to perform 8-bit
resolution 256 gray scales. Operating parameters can be set via pin control for all control features. Since the
output circuit of this source driver incorporates an operational amplifier with low power dissipation, and
performs wide voltage supply range and small output deviation.
ILI6126 can be configured as dual-gate operation mode for reducing FPC amount and saving the cost.
With wide range of supply voltages and many pin control features make this chip mode suitable for various
applications.
Page 3 of 55
Version: 0.01
ILI6126C
2. Features
TCON
Supports display resolution 800x480, 800x600, 640x480, 400x240
Supports digital 24-bit parallel RGB input mode
Supports to configure CABC block via 3-line SPI mode
Source output with 8-bit resolution for 256 gray scales (2-bit dithering)
Supports Dual-gate & Normal operation mode
Support Dual Gate
Z/ inverse Z/ 弓/ Z+弓 scan inversion
Maximum Operation frequency: 50 MHz
Support different color filter cell layout type at Dual-gat mode.
Built-in internal gamma and support external gamma buffer
Supports stand-by mode for saving power consumption
Logic operation Voltage Level 2.7V to 3.6V
Support LED Backlight Enable Control Signal With CABC Function( CABC_PWM )
Normally white/black selection ( Control By NBWB Pin )
Display Mode: Single Gate
Support BIST & Mute Function
1Dot/1+2Dot inversion; Dual gate 2Dot inversiion
Source Driver
1200/960 channels output source driver for TFT LCD panel
Output dynamic range : 0.1V ~ AVDD-0.1V
Voltage deviation of outputs: ±20mV
Power for source driver voltage (AVDD) : 6.5V ~ 13.5V
Others
COG package
Supports CABC (Content Adaptive Brightness Control) function
Page 4 of 55
Version: 0.01
ILI6126C
3. Block Diagram
GMA_EN VSET VDD
GND
AVDD
AGND
V1~V14
Gamma
Reference
Gamma
Table
CABC_PWM
S[1]
CABC_EN [1:0]
CLKIN
D0R[7:0]
D1G[7:0]
D2B[7:0]
HSD
VSD
DEN
Data
Decoder
CABC
Block
Source
Driver
1200CH
S[1200]
CSB
SCL
SDA
DBGATE
NBWB
CFSEL
STBYB
RSTB
RES[0]
RES[1]
SHLR
UPDN
MODE
DITHB
CLKPOL
BIST
SEL[0]
SEL[1]
REV
TCON
XON_R/XON_L
F_CTRL_R/F_CTRL_L
STBN_R/STBN_L
STV1_R/STV1_L
STV2_R/STV2_L
CKV_R/CKV_L
UD_R/UD_L
OEV_R/OEV_L
Page 5 of 55
Version: 0.01
ILI6126C
4. Application Diagram
Page 6 of 55
Version: 0.01
Page 7 of 55
ILI6126C
Version: 0.01
ILI6126C
(G1)->Gout 960
R
G
R
G
B
R
G
VSS
(G2)
VEE
(G1)
(G4)->Gout 957
(G5)->Gout 956
VDD
B
VGH
G
SEL
R
STVL
G
PASS
B
(G2)->Gout 959
(G3)->Gout 958
R
CPV
B
RL
G
OE
R
XON
B
Gout 960
Gout 959
Gout 958
MODE1
MODE0
B
(G6)->Gout 955
SHIELD1
SHILED2
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
(G959)->Gout 2
R
G
B
R
G
B
(G960)->Gout 1
S2
S3
Display area
Top view
960 (dot) X 960
(G479)
(G480)
ILI5960
S1
(G1)
(G2)
480CH
480CH
SHIELD185
SHIELD186
(G479)
VCOM
GND
VCOM
VEE
GND
.
:
VEE
.
V13
VCC
V14
V14
VCC
GND
GND
VGH
VDD
VDD
VCOM
RSTB
V1
STBYB
V2
UPDN
RSTB
VCOM
SHLR
STBYB
V1
VSET
UPDN
V2
DITHB
SHLR
CLKPOL
VSET
MODE
DITHB
D0R[7:0]
MODE
D0R[7:0]
CLKPOL
D1G[7:0]
CLKIN
D2B[7:0]
DEN
D1G[7:0]
HSD
CLKIN
D2B[7:0]
VSD
DEN
CFSEL
HSD
RES1
VSD
CABC_EN[1:0]
RES1
CFSEL
RES0
CBAC_EN[1:0]
SDA
SEL[1:0]
RES0
SCL
NBWB
CSX
DBGATE
VDD
GND
SDA
SEL[1:0]
SCL
NBWB
CSX
VDD
GND
DBGATE
CABC_PWM
AGND
CABC_PWM
AVDD
VGH
S1200
S1199
S1198
S721
S480
S3
S2
S1
BIST
AGND
REV
BIST
V1
V2
AVDD
REV
AGND
VCOM
.
V14
AGND
.
VGG
VGG
VEE
VCC
VCC
VCOM
VEE
GND
GND
VCOM
VCOM
VSS
VEE
VDD
VGH
Version: 0.01
SEL
(STVD)
STVR
(STVU)
PASS
(CKV)
CPV
(UD)
RL
(OEV)
OE
SHIELDING[73]
XON_R
COM1_T
XON_R
COM1_T
SHIELDING[72]
SHIELDING[59]
COM2_T
COM2_T
SHIELDING[58]
XON_L
XON_L
Page 8 of 55
S1200
S1199
S2
S1
ILI6126
(TCON+SOURCE)
F_CTRL_R
SHIELDING[74]
OEV_R
SHIELDING[75]
UD_R
SHIELDING[76]
CKV_R
SHIELDING[77]
STV1_R
SHIELDING[78]
STV2_R
SHIELDING[79]
STV1_R
SHIELDING[80]
TP[9]
SHIELDING[81]
STBN_R
SHIELDING[82]
TP[10]
TP[11]
XON
(G480)
F_CTRL_L
SHIELDING[57]
OEV_L
SHIELDING[56]
UD_L
SHIELDING[55]
CKV_L
SHIELDING[54]
STV1_L
SHIELDING[53]
STV2_L
SHIELDING[52]
STV1_L
SHIELDING[51]
TP[8]
SHIELDING[50]
STBN_L
SHIELDING[49]
TP[7]
TP[6]
MODE0
MODE1
Gout 3
Gout 2
Gout 1
ILI6126C
Gout m
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
Gout (m-1)
Gout (m-2)
Gout (m-3)
Gout (m-4)
Gate IC
Gout (m-5)
Gout 6
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
R
G
B
Gout 5
Gout 4
Gout 3
Gout 2
R
G
B
R
G
B
R
G
B
R
G
B
Gout 1
S1
S2
S3
S(n-2)
S(n-1)
Sn
Gate IC at Module Right Side
Source IC
Gout m
R
G
B
R
G
R
B
G
B
R
B
G
Gout (m-1)
Gout (m-2)
R
G
B
R
G
B
R
G
B
R
B
G
Gout (m-3)
Gout (m-4)
R
G
B
R
G
B
R
G
B
R
G
B
Gate IC
Gout (m-5)
Gout 6
R
G
B
R
G
B
R
G
B
R
G
B
Gout 5
Gout 4
R
G
B
R
G
R
B
G
B
R
G
B
Gout 3
Gout 2
R
G
B
R
G
B
R
G
B
R
G
B
Gout 1
S1
S2
S3
S(n-2)
S(n-1)
Sn
Gate IC at Module Right Side
Source IC
Note: Gout1~Gount m Gate IC out channel.
S1~Sn Source IC out channel.
Page 9 of 55
Version: 0.01
ILI6126C
Note: Gate driver scan and output sequence (ILI5602)
Page 10 of 55
Version: 0.01
Color Filter Mapping
G960R
G001G
(800,1)
G960
ILI5960
ILI5960
G960
S1
(800, 480)
S1200
ILI6126
S1
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN =L(G960 G1)
OEV
UD
CKV
STVL
STVR
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=L(G960 G1)
(800,1)
ILI5960
ILI5960
G960
S1
OEV
UD
OEV
800RGB*480
(1,480)
S1
(800, 480)
S1200
ILI6126
CKV
STVL
STVR
RES[1:0]=L(L800 X480)
SHLR=H(S1 S1200)
UPDN=H(G1 G960)
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN =H(G1 G960)
Page 11 of 55
Version: 0.01
OEV
UD
CKV
STVL
STVR
UD
CKV
PATH
STVR
OEV
(800, 480)
S1200
ILI6126
G1
UD
CKV
PATH
G1
800RGB*480
STVL
(1,1)
G960
PATH
STVL
(800,1)
PATH
(1,1)
(1,480)
STVR
(800, 480)
S1200
ILI6126
CKV
STVL
STVR
UD
CKV
PATH
800RGB*480
(1,480)
OEV
UD
OEV
STVR
800RGB*480
G1
UD
CKV
PATH
OEV
G1
(1,480)
STVL
(1,1)
PATH
STVL
(800,1)
PATH
(1,1)
STVR
800(RGB) x 480 (Gate driver on right side)
CFSEL
UPDN
Scan Direction
L
L
G960G001
L
H
G001G960
ILI6126C
CFSEL
L
L
UPDN
H
L
Scan Direction
G001G960
G960G001
ILI6126C
G001G
G960R
(800,1)
(1,1)
G1
(800,1)
PATH
STVR
PATH
STVR
(1,1)
G1
ILI5960
ILI5960
G480
G960
G 960
OE
UD
STVL
OE S1
UD
CKV
STVR
STVL
(800, 480)
CKV
PATH
OE
UD
CKV
PATH
STVL
800RGB*480
(1,480)
800RGB*480
(1,480)
S1200
OE
UD
CKV
STVR
STVL
ILI6126
S1
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN=H(G1 G960)
(800, 480)
S1200
ILI6126
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=H(G1 G960)
PATH
STVR
(1,1)
PATH
(800,1)
STVR
(1,1)
(800,1)
G1
ILI5960
ILI5960
G960
CKV
S1200
OEV
UD
S1
PATH
OEV
UD
CKV
STVR
STVL
(800, 480)
STVL
UD
CKV
OEV
PATH
STVL
800RGB*480
(1,480)
800RGB*480
(1,480)
OEV S1
UD
CKV
STVR
STVL
ILI6126
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN =L(G960 G1)
S1200
ILI6126
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=L(G480 G1)
Page 12 of 55
(800, 480)
Version: 0.01
Scan Direction
G960G001
G001G960
G960G
G001R
(800,1)
G960
ILI5960
ILI5960
G960
S1
(800, 480)
S1200
ILI6126
OEV
UD
CKV
STVL
STVR
OE
800RGB*480
(1,480)
S1
(800, 480)
S1200
ILI6126
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN =L(G960 G1)
UD
CKV
PATH
STVR
800RGB*480
G1
UD
CKV
PATH
OEV
G1
(1,480)
OEV
UD
CKV
STVL
STVR
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=L(G960 G1)
(800,1)
ILI5960
ILI5960
G960
S1
OEV
UD
OEV
800RGB*480
(1,480)
S1
(800, 480)
S1200
ILI6126
CKV
STVL
STVR
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN=H(G1 G960)
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN =H(G1 G960)
800(RGB) x 480 (Gate driver on left side)
Page 13 of 55
Version: 0.01
OEV
UD
CKV
STVL
STVR
UD
CKV
PATH
STVR
OEV
(800, 480)
S1200
ILI6126
G1
UD
CKV
PATH
G1
800RGB*480
STVL
(1,1)
G960
PATH
STVL
(800,1)
PATH
(1,1)
(1,480)
STVL
(1,1)
PATH
STVL
(800,1)
PATH
(1,1)
STVR
UPDN
L
H
STVR
CFSEL
H
H
ILI6126C
CFSEL
H
H
UPDN
H
L
Scan Direction
G001G960
G960G001
ILI6126C
G001R
G960G
(800,1)
(1,1)
G1
(800,1)
PATH
STVR
PATH
STVR
(1,1)
G1
ILI5960
ILI5960
G480
G960
G 960
(800, 480)
OEV
UD
OEV S1
UD
CKV
STVR
STVL
CKV
PATH
STVL
OEV
UD
CKV
PATH
STVL
800RGB*480
(1,480)
800RGB*480
(1,480)
S1200
OEV
UD
CKV
STV1
STV2
ILI6126
S1
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN=H(G1 G960)
(800, 480)
S1200
ILI6126
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=H(G1 G960)
(1,1)
PATH
(800,1)
STVR
PATH
STVR
(1,1)
(800,1)
G1
ILI5960
ILI5960
G960
CKV
S1200
OEV
UD
S1
PATH
OEV
UD
CKV
STVR
STVL
(800, 480)
STVL
UD
OEV
STVL
CKV
PATH
800RGB*480
(1,480)
800RGB*480
(1,480)
OEV S1
UD
CKV
STVR
STVL
ILI6126
RES[1:0]=LL(800 X480)
SHLR=H(S1 S1200)
UPDN =L(G960 G1)
ILI6126
RES[1:0]=LL(800 X480)
SHLR=L(S1200 S1)
UPDN=L(G480 G1)
Page 14 of 55
(800, 480)
S1200
Version: 0.01
ILI6126C
5. Pad Sequence (Bump Side)
Page 15 of 55
Version: 0.01
ILI6126C
6. Pin Descriptions
Pin Name
I/O
CLKIN
I
Clock for input data. Data latched at rising/falling edge of this signal. Default is falling edge.
D0R[7:0]
D1G[7:0]
D2B[7:0]
I
Digital data input. Dx0 is LSB and Dx7 is MSB.
D0[7:0] = R[7:0] data; D1[7:0] = G[7:0] data; D2[7:0]=B[7:0] data
When 18-bit RGB interface (disable dithering function), please use Dx[7:2] as 6-bit input and
connect Dx[1:0] to DGND.
HSD
I
Horizontal sync input in digital parallel RGB. Negative polarity.
VSD
I
Vertical sync input in digital parallel RGB. Negative polarity.
DEN
I
Input data enable control. When DE mode, active High to enable data input.
Note: Normal pull low
MODE
I
NBWB
I
Descriptions
DE / SYNC mode select.
MODE=“L”, for entering SYNC mode.
MODE=“H”, for entering DE mode.
Note: Normal pull high
Normally black / white panel selection
NBWB=”H “, normally white
NBWB=”L“ , normally black
Color Filter type selection. ( Only For Dual-Gate Type Control )
CFSEL
I
GMA_EN
I
VSET
I
CSB
I
SCL
I
SDA
I/O
RSTB
I
RES[1:0]
I
DITHB
I
CLKPOL
I
CFSEL=L: 1st Gate output start at ‘’R’’ pixel
CFSEL=H: 1st Gate output start at ‘’G’’ pixel
internal Gamma enable
GMA_EN=”H’’:disable
GMA_EN=’’L’’: enable
Gamma Voltage input selection
L: 10 gamma voltage input
H: 14 gamma voltage input
SPI chip select
SPI clock
SPI data
Hardware global reset. Low active.
Display resolution selection.
RES[1:0]=“00”, for 800(RGB)x480 display resolution.
Note: Normal pull “LL”
Dithering function enable control.
DITHB=“L”, to enable internal dithering function.
DITHB=“H”, to disable internal dithering function.
Input clock edge selection.
CLKPOL=“L”, latch data at CLKIN falling edge.
CLKPOL=“H”, latch data at CLKIN rising edge.
Page 16 of 55
Version: 0.01
Pin Name
I/O
VR[14:1]
VL[14:1]
P
DBGATE
I
SEL[1:0]
I
STBYB
I
SHLR
I
UPDN
I
BIST
I
ILI6126C
Descriptions
Gamma correction reference voltage. These input voltages must be offered by user. The
relationship between V1~V14 must be :
When VSET=H
AGND+0.1V<V14<V13<V12<V11<V10<V9<V8<V7<V6<V5<V4<V3<V2<V1<AVDD-0.1V
When VSET=L
AGND+0.1V<V14 <V12<V11<V10 <V8<V7<V5<V4<V3 <V1<AVDD-0.1V
Dual gate function enables control. Normally pull low.
DBGATE=”L”,.disable dual gate function. (Default)
DBGATE=”H”, enable dual gate function
DBGATE=’’H’’ Gate driver scan scheme selection Note: Normal pull low
SEL0
SEL1
Scan type
L
L
Z(default)
L
H
Inverse Z
H
L
弓
H
H
Z+弓
DBGATE=’’L’’
SEL0
Dot Polarity Inversion
1+2 dot
H
1 dot
L
Standby mode control.
STBYB=“L”, enter standby mode for power saving. Timing controller and source driver will turn
off, all outputs are Hi-Z.
STBYB=“H”, normal operation.
Source shift direction control.
SHLR=“L”, shift direction is “S[1200] S[1199] S[1198] • • • S[3] S[2] S[1]”
SHLR=“H”, shift direction is “S[1] S[2] S[3] • • • S[1198] S[1199] S[1200]”.
Gate scan direction control
UPDN=“L”, STV2 outputs the vertical start pulse and UD pin outputs “L” to Gate driver.
UPDN=“H”, STV1 outputs the vertical start pulse and UD pin outputs “H” to Gate driver.
Normal operation / BIST pattern select.
BIST=“L”, Normal operation
BIST=“H”, BIST (DCLK input is not needed)
CABC_EN[1:0]
I
CABC_PWM
O
REV
I
AVDD
AGND
VDD
GND
S[1] ~ S[1200]
COM1_B
COM2_B
COM1_T
COM2_T
P
P
P
P
O
CABC mode selection
CABC_EN_IN[1:0]=[00] , CABC OFF(default pull low) , CABC_PWM =High (default)
CABC_EN_IN[1:0]=[01] , UI
CABC_EN_IN[1:0]=[10] , Still picture
CABC_EN_IN[1:0]=[11] , moving image
Dimming brightness output for external controller
CABC_PWM=’’L’’ : turn off external backlight controller
CABC_PWM=’’H’’ : turn on external backlight controller
Data invert or not control
REV=’’L’’, keep data
REV=’’H’’ , invert data
Power supply for analog block.
Ground level for analog block.
Power supply for digital block.
Ground level for digital block.
Source driver output signals.
S
Internal link together between input side and out side
S
Internal link together between input side and out side
Page 17 of 55
Version: 0.01
Pin Name
CKV_L/
CKV_R
STV1_L/
STV1_R
STV2_L/
STv2_R
OEV_L/
OEV_R
UD_L/
UD_R
XON_L/
XON_R
F_CTRL_L/
F_CTRL_R
STBN_L/
STBN_R
TP[0] ~ TP[11]
SHIELDING[1]~[85]
DASHD
I/O
ILI6126C
Descriptions
O
Gate Driver output control
O
O
O
O
O
O
This pin decides to inverse output sequence or not in odd or even frame.
Frame
F_CTRL
Odd
L
Even
H
O
T
---
Test pin for ILITEK only Float those pins for normal operation.
IC shielding pads. Those pins are internally connected to AGND level.
Data bus shielding pad. Those pins are internally connected to DGND level.
Note:
I: Input, O: Output, P: Power, D: Dummy, S: Shorted line, M: Mark, PI: Power input, PO: Power output,
T: Testing, SH: Shielding, I / O: Input / Output, PS: Power Setting,
COM1 Pass line description:
Pass Line No:
Pad Name
1
COM1_B
COM1_T
2
COM2_B
COM2_T
T: Testing, SH: Shielding, I / O: Input / Output, PS: Power Setting, C: Capacitor pin.
Value of wiring resistance to each pin
The recommended wiring resistance values are shown below. The wiring resistance values affect the
Page 18 of 55
Version: 0.01
ILI6126C
current capacity of the power supply, so be sure to design using values that do not exceed those
recommended
Pin Name
Wiring resistance
value(Ω)
Pin Name
Wiring resistance
value(Ω)
VDD
<25
RSTB
<1K
AVDD
<5
BIST
<1K
GND
<25
REV
<1K
AGND
<5
CSB
<1K
VR[14:1]/VL[14:1]
<20
SCL
<1K
D0R[7:0]
<200
SDA
<1K
D1G[7:0]
<200
STBYB
<1K
D2B[7:0]
<200
CKV_L / CKV_R
< 200 & 20 pf
DEN
<200
STV1_L / STV1_R
< 200 & 20 pf
CLKIN
<50
STV2_L / STV2_R
< 200 & 20 pf
HSD
<200
OEV_L / OEV_R
< 200 & 20 pf
VSD
<200
UD_L / UD_R
< 200 & 20 pf
MODE
<1K
XON_L / XON_R
< 200 & 20 pf
RES[1:0]
<1K
DITHB
<1K
CLKPOL
<1K
CABC_EN[1:0]
<1K
CABC_PWM
<1K
SEL[1:0]
<1K
CFSEL
<1K
UPDN
<1K
VSET
<1K
DBGATE
<1K
SHLR
<1K
GMA_EN
<1K
F_CTRL_L/
F_CTRL_R
STBN_L/
STBN_R
< 200 & 20 pf
< 200 & 20 pf
Source Output Status With RES[1:0] Pin Selection:
RES[1:0]
LL
LH
HL
HH
Resolution
Enable Channel
Disable Channel
800X480
800X600
640X480
400X240
S[1]~S[1200]
S[1]~S[1200]
S[1]~S[480] ; S[721]~S[1200]
S[1]~S[1200]
--S[481]~S[720] ( Hi-Z )
--
Page 19 of 55
Version: 0.01
ILI6126C
7. Relationship between input data and output channels
1.
DBGATE=”0”: Dual Gate Disable and Color Filter with Stripe Type.
(1) SHLR=”1”, right shift ( Default ) Note: Gout1~Gount m Gate IC out channel. S[1]~S[n] Source IC
out channel
Output
S[1]
S[2]
D0R[7]~D0R[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D1G[7]~D1G[0]
Order
Odd Line
Even Line
S[3]
---
S[1198]
S[1199]
-----
D0R[7]~D0R[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D2B[7]~D2B[0]
---
S[1198]
S[1199]
S[1200]
First data
D2B[7]~D2B[0]
D2B[7]~D2B[0]
S[1200]
Last data
(2) SHLR=”0”, left shift
Output
S[1]
S[2]
Order
Odd Line
Even Line
2.
S[3]
Last data
D0R[7]~D0R[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D2B[7]~D2B[0]
-----
First data
D0R[7]~D0R[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D2B[7]~D2B[0]
DBGATE=”1”, CFSEL=”L”: Dual Gate Enable and Color Filter with Stripe Type.( Gate driver on right
side)
(1) SHLR=”1”, right shift
Output
S[1]
S[2]
S[3]
Order
Gout m
Gout(m-1)
Gout(m-2)
Gout(m-3)
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
First data
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
---
S[1198]
S[1199]
S[1200]
---------
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
Last data
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
---
S[1198]
S[1199]
S[1200]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
First data
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
(2) SHLR=”0”, Left shift
Output
S[1]
S[2]
S[3]
Order
Gout m
Gout(m-1)
G(m-2)
G(m-3)
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
Last data
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D2B[7]~D2B[0]
D0R[7]~D0R[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
D1G[7]~D1G[0]
D2B[7]~D2B[0]
---------
Dot Polarity Inversion
Page 20 of 55
Version: 0.01
ILI6126C
ILI6126 supplies both of 2-dot and 1+2-dot inversion, the pixel polarity inversion was illustrated as below:
Case1: DBGATE =L & SEL[0]=L With Normal mode at 1 Dot
Frame N
Frame N+1
Case2: DBGATE =L & SEL[0]=H With Normal Mode at 1+2 Dot
Frame N
Frame N+1
Case3: DBGATE =H at Gual-Gate Mode with 2-Dot Inversion
Page 21 of 55
Version: 0.01
S[1]
S[2]
S[3]
S[1]
Frame N
S[2]
ILI6126C
S[3]
Frame N+1
Page 22 of 55
Version: 0.01
ILI6126C
8. Display Data Input Timing
8.1. Vertical Input Timing
tvpw
VSD
HSD
DE
V. Back Porch (tvb)
Active Area (tvd)
V. Front Porch (tvfp)
Totale Area (tV)
8.2. Horizontal Input Timing
Page 23 of 55
Version: 0.01
ILI6126C
8.3. Timing Characteristic
A. Resolution 800*480
A.1: HV Mode
Horizontal input timing
Parameter
Horizontal display area
Symbol
thd
DCLK frequency
fclk
1 Horizontal Line
HSD pulse width
HSD Back Porch (Blanking)
HSD Front Porch
th
thpw
thb
thfp
Min.
908
4
20
20
Value
800
Typ.
33.3
928
48
40
40
Max.
50
1010
64
84
122
Unit
DCLK
-MHz
Note
DCLK
thb+thpw=88 DCLK is fixed.
Unit
Note
Vertical input timing
Parameter
Symbol
Vertical display area
VSD period time
VSD pulse width
VSD Back Porch (Blanking)
VSD Front Porch
tvd
tv
tvpw
tvb
tvfp
Min.
515
1
1
3
Value
Typ.
480
525
3
29
13
Max.
H
H
H
H
H
31
31
-
tvpw+tvb=32H Is fixed
A.2: DE Mode
Parameter
CLK frequency
DE H period
DE H-Display Area
DE H-Blanking
DE V period
DE V-Display Area
Symbol
fclk
thpw+thb+thd+thfp = th
thd
th-thd
tvpw+tvb+tvd+tvfp
tvd
DE V-Blanking
B. Resolution 800*600
B.1: HV Mode
Parameter
tv-tvd
fclk
1 Horizontal Line
HSD pulse width
HSD Front Porch
th
thpw
thb
thfp
Min.
920
120
500
20
Symbol
thd
DCLK frequency
Spec
Typ.
33.3
1000
800
200
512
480
Min.
908
4
20
20
Value
800
Typ.
40
1000
48
40
112
Max.
50
1010
210
-
32
Max.
50
1010
64
84
122
Unit
MHz
DCLK
DCLK
DCLK
DCLK
th
-
th
Unit
DCLK
-MHz
Note
DCLK
Unit
Note
Parameter
Symbol
VSD period time
VSD pulse width
VSD Front Porch
tvd
tv
tvpw
tvb
tvfp
Min.
642
1
1
3
Value
Typ.
600
660
3
36
21
Page 24 of 55
Max.
38
38
-
H
H
H
H
H
Version: 0.01
ILI6126C
B.2: DE Mode
Parameter
CLK frequency
DE H period
DE H-Display Area
DE H-Blanking
DE V period
DE V-Display Area
Symbol
fclk
thd
th-thd
tvpw+tvb+tvd+tvfp
tvd
DE V-Blanking
C. Resolution 640*480
C.1: HV Mode
Parameter
tv-tvd
fclk
1 Horizontal Line
HSD pulse width
HSD Front Porch
th
thpw
thb
thfp
120
620
20
Symbol
thd
DCLK frequency
Spec
Typ.
40
1000
800
200
632
600
Min.
920
Min.
748
4
20
20
Value
640
Typ.
24
760
48
40
32
Max.
50
1010
210
-
39
Max.
50
1010
64
84
282
Unit
MHz
DCLK
DCLK
DCLK
DCLK
th
-
th
Unit
DCLK
-MHz
Note
DCLK
Unit
Note
Parameter
Symbol
VSD period time
VSD pulse width
VSD Front Porch
tvd
tv
tvpw
tvb
tvfp
Min.
515
1
1
3
Value
Typ.
480
525
3
29
13
Max.
H
H
H
H
H
-31
31
--
C.2: DE Mode
Parameter
CLK frequency
DE H period
DE H-Display Area
DE H-Blanking
DE V period
DE V-Display Area
DE V-Blanking
Symbol
fclk
thd
th-thd
tvpw+tvb+tvd+tvfp
tvd
tv-tvd
Min.
960
120
500
20
Page 25 of 55
Spec
Typ.
24
840
640
200
512
480
32
Max.
50
1010
370
-
Unit
MHz
DCLK
DCLK
DCLK
DCLK
th
th
Version: 0.01
ILI6126C
D. Resolution 400*240
D.1: HV Mode
Parameter
Symbol
thd
DCLK frequency
fclk
1 Horizontal Line
HSD pulse width
HSD Front Porch
th
thpw
thb
thfp
Min.
-508
4
20
20
Value
400
Typ.
7.1
520
40
48
32
Max.
50
1010
64
84
570
Unit
DCLK
-MHz
Note
DCLK
Unit
Note
Parameter
Symbol
VSD period time
VSD pulse width
VSD Front Porch
tvd
tv
tvpw
tvb
tvfp
Min.
260
1
1
3
Value
Typ.
240
270
3
14
13
Max.
H
H
H
H
H
-16
16
--
D.2: DE Mode
Parameter
CLK frequency
DE H period
DE H-Display Area
DE H-Blanking
DE V period
DE V-Display Area
DE V-Blanking
Symbol
fclk
thd
th-thd
tvpw+tvb+tvd+tvfp
tvd
tv-tvd
Min.
-520
120
260
20
Page 26 of 55
Spec
Typ.
7.1
600
400
200
272
240
32
Max.
50
1010
490
---
Unit
MHz
DCLK
DCLK
DCLK
DCLK
th
th
Version: 0.01
ILI6126C
9. Relationship between gamma correction and output voltage
The output voltage is determined by the 6-bit digital input data, and the V1 ~ V14 gamma correction
reference voltage inputs. The figure in the following shows the relationship between the input data and the
output voltage. Refer the next page for the relative values and voltage calculation method.
Gamma correction characteristic curve:
REV=L & NBWB = H ( Default ) ; VSET=L
REV=L & NBWB = L ; VSET=L
Note: AVDD-0.1V > V1 > V3 > V4 > V5 > V7; V8 >V10 > V11 > V12 > V14 > AGND+0.1V
Page 27 of 55
Version: 0.01
ILI6126C
REV=L & NBWB = H ( Default ) ; VSET=H
REV=L & NBWB = L ; VSET=H
Note: AVDD-0.1V > V1 >V2> V3 > V4 > V5>V6 > V7; V8 >V9>V10 > V11 > V12>V13 > V14 > AGND+0.1V
Input Data and Output Voltage Reference Table
AVDD= 8.8V VSET=H
GAMMA
AVDD Ratio
Voltage(V)
V1
V2
V3
V4
V5
V6
V7
V8
V9
V10
V11
V12
V13
V14
0.8085
0.7905
0.6896
0.6445
0.6096
0.5867
0.5496
0.38126
0.29906
0.24794
0.21378
0.16875
0.06778
0.0495
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
*AVDD
7.1148
6.9564
6.06848
5.6716
5.36448 5.16296
1.485
0.596464
0.4356
4.83648 3.355088 2.631728 2.181872 1.881264
Page 28 of 55
Version: 0.01
ILI6126C
9.1. Gamma correction resistor ratio
NBWB=H REV=L( default ) VSET=L (V2,V6,V9,V13 disable)
Name
Ratio
Name
Ratio
V1/V14
V3/V12
V4/V11
V4/V11
R0
R1
12.9
R32
1
11.5
R33
1
R2
10
R34
1
R3
8.6
R35
1
R4
7.2
R36
1
R5
5.7
R37
1
R6
4.8
R38
1
R7
4
R39
1
R8
3.5
R40
1
R9
3
R41
1
R10
2.7
R42
1
R11
2.5
R43
1
R12
2.2
R44
1
R13
2.1
R45
1
R14
2
R46
1.1
R15
1.8
R47
1.1
R16
1.7
R48
1.1
R17
1.6
R49
1.1
R18
1.5
R50
1.1
R19
1.5
R51
1.2
R20
1.4
R52
1.3
R21
1.4
R53
1.3
R22
1.3
R54
1.4
R23
1.3
R55
1.6
R24
1.2
R56
1.7
R25
1.2
R57
1.9
R26
1.2
R58
2.2
R27
1.1
R59
2.6
R28
1.1
R60
3.2
R29
1.1
R61
5.6
R30
1.1
R62
44
R31
1
R63
Ratio 1: 125ohm
Page 29 of 55
Total
Ratio=
V5/V10
V7/V8
192.7
Version: 0.01
ILI6126C
NBWB=H REV=L( default ) VSET=H
Name
V1/V14
V2/V13
V3/V12
V4/V11
Ratio
Name
Ratio
V4/V11
R0
12.9
R32
1
R1
11.5
R33
1
R2
10
R34
1
R3
8.6
R35
1
R4
7.2
R36
1
R5
5.7
R37
1
R6
4.8
R38
1
R7
4
R39
1
R8
3.5
R40
1
R9
3
R41
1
R10
2.7
R42
1
R11
2.5
R43
1
R12
2.2
R44
1
R13
2.1
R45
1
R14
2
R46
1.1
R15
1.8
R47
1.1
R16
1.7
R48
1.1
R17
1.6
R49
1.1
R18
1.5
R50
1.1
R19
1.5
R51
1.2
R20
1.4
R52
1.3
R21
1.4
R53
1.3
R22
1.3
R54
1.4
R23
1.3
R55
1.6
R24
1.2
R56
1.7
R25
1.2
R57
1.9
R26
1.2
R58
2.2
R27
1.1
R59
2.6
R28
1.1
R60
3.2
R29
1.1
R61
5.6
V6/V9
R30
1.1
R62
44
V7/V8
R31
1
R63
Ratio 1: 125ohm
Page 30 of 55
Total
Ratio=
V5/V10
192.7
Version: 0.01
ILI6126C
9.2. Output Voltage VS Input Data
REV = L & NBWB=H ; VSET=L
Data
00H
Positive polarity
Output Voltage
Negative polarity
Output Voltage
Data
Positive polarity
Output Voltage
Negative polarity
Output Voltage
V1
V14
20H
V4
V11
V14+ ( V12 – V14)X 12.9/84.5
21H
V5 + (V4 – V5) X
15.2/16.2
V11 + ( V10 – V11) X
01H V3 + ( V1 – V3 )X
02H V3 + ( V1 – V3 )X
71.6/84.5
60.1/84.5
1/16.2
V14+ ( V12 – V14)X
24.4/84.5
22H
V5 + (V4 – V5) X
14.2/16.2
V11 + ( V10 – V11) X
2/16.2
03H V3 + ( V1 – V3 )X
50.1/84.5
V14+ ( V12 – V14)X
34.4/84.5
23H
V5 + (V4 – V5) X
13.2/16.2
V11 + ( V10 – V11) X
3/16.2
04H V3 + ( V1 – V3 )X
41.5/84.5
V14+ ( V12 – V14)X
43/84.5
24H
V5 + (V4 – V5) X
12.2/16.2
V11 + ( V10 – V11) X
4/16.2
05H V3 + ( V1 – V3 )X
34.3/84.5
V14+ ( V12 – V14)X
50.2/84.5
25H
V5 + (V4 – V5) X
11.2/16.2
V11 + ( V10 – V11) X
5/16.2
06H V3 + ( V1 – V3 )X
28.6/84.5
V14+ ( V12 – V14)X
55.9/84.5
26H
V5 + (V4 – V5) X
10.2/16.2
V11 + ( V10 – V11) X
6/16.2
07H V3 + ( V1 – V3 )X
23.8/84.5
V14+ ( V12 – V14)X
60.7/84.5
27H
V5 + (V4 – V5) X
9.2/16.2
V11 + ( V10 – V11) X
7/16.2
08H V3 + ( V1 – V3 )X
19.8/84.5
V14+ ( V12 – V14)X
64.7/84.5
28H
V5 + (V4 – V5) X
8.2/16.2
V11 + ( V10 – V11) X
8/16.2
09H V3 + ( V1 – V3 )X
16.3/84.5
V14+ ( V12 – V14)X
68.2/84.5
29H
V5 + (V4 – V5) X
7.2/16.2
V11 + ( V10 – V11) X
9/16.2
2AH
V5 + (V4 – V5) X
6.2/16.2
V11 + ( V10 – V11) X
10/16.2
0AH V3 + ( V1 – V3 )X
13.3/84.5
V14+ ( V12 – V14)X
71.2/84.5
0BH V3 + ( V1 – V3 )X
10.6/84.5
V14+ ( V12 – V14)X
73.9/84.5
2BH
V5 + (V4 – V5) X
5.2/16.2
V11 + ( V10 – V11) X
11/16.2
0CH V3 + ( V1 – V3 )X
8.1/84.5
V14+ ( V12 – V14)X
76.4/84.5
2CH
V5 + (V4 – V5) X
4.2/16.2
V11 + ( V10 – V11) X
12/16.2
0DH V3 + ( V1 – V3 )X
5.9/84.5
V14+ ( V12 – V14)X
78.6/84.5
2DH
V5 + (V4 – V5) X
3.2/16.2
V11 + ( V10 – V11) X
13/16.2
0EH V3 + ( V1 – V3 )X
3.8/84.5
V14+ ( V12 – V14)X
80.7/84.5
2EH
V5 + (V4 – V5) X
2.2/16.2
V11 + ( V10 – V11) X
14/16.2
0FH V3 + ( V1 – V3 )X
1.8/84.5
V14+ ( V12 – V14)X
82.7/84.5
2FH
V5 + (V4 – V5) X
1.1/16.2
V11 + ( V10 – V11) X
15.1/16.2
30H
V5
10H
V3
V12
V10
11H V4 + (V3 – V4) X
19 / 20.7
V12 + ( V11 – V12)X
1.7/20.7
31H
V7 + (V5 – V7) X
70.2/71.3
V10 + ( V8 – V10) X
1.1/71.3
12H V4 + (V3 – V4) X
17.4/20.7
V12 + ( V11 – V12)X
3.3/20.7
32H
V7 + (V5 – V7) X
69.1/71.3
V10 + ( V8 – V10) X
2.2/71.3
13H V4 + (V3 – V4) X
15.9/20.7
V12 + ( V11 – V12)X
4.8/20.7
33H
V7 + (V5 – V7) X
68/71.3
V10 + ( V8 – V10) X
3.3/71.3
14H V4 + (V3 – V4) X
14.4/20.7
V12 + ( V11 – V12)X
6.3/20.7
34H
V7 + (V5 – V7) X
66.8/71.3
V10 + ( V8 – V10) X
4.5/71.3
15H V4 + (V3 – V4) X
13/20.7
V12 + ( V11 – V12)X
7.7/20.7
35H
V7 + (V5 – V7) X
65.5/71.3
V10 + ( V8 – V10) X
5.8/71.3
16H V4 + (V3 – V4) X
11.6/20.7
V12 + ( V11 – V12)X
9.1/20.7
36H
V7 + (V5 – V7) X
64.2/71.3
V10 + ( V8 – V10) X
7.1/71.3
17H V4 + (V3 – V4) X
10.3/20.7
V12 + ( V11 – V12)X
10.4/20.7
37H
V7 + (V5 – V7) X
62.8/71.3
V10 + ( V8 – V10) X
8.5/71.3
18H V4 + (V3 – V4) X
9/20.7
V12 + ( V11 – V12)X
11.7/20.7
38H
V7 + (V5 – V7) X
61.2/71.3
V10 + ( V8 – V10) X
10.1/71.3
19H V4 + (V3 – V4) X
7.8/20.7
V12 + ( V11 – V12)X
12.9/20.7
39H
V7 + (V5 – V7) X
59.5/71.3
V10 + ( V8 – V10) X
11.8/71.3
1AH V4 + (V3 – V4) X
6.6/20.7
V12 + ( V11 – V12)X
14.1/20.7
3AH
V7 + (V5 – V7) X
57.6/71.3
V10 + ( V8 – V10) X
13.7/71.3
1BH V4 + (V3 – V4) X
5.4/20.7
V12 + ( V11 – V12)X
15.3/20.7
3BH
V7 + (V5 – V7) X
55.4/71.3
V10 + ( V8 – V10) X
15.9/71.3
1CH V4 + (V3 – V4) X
4.3/20.7
V12 + ( V11 – V12)X
16.4/20.7
3CH
V7 + (V5 – V7) X
52.8/71.3
V10 + ( V8 – V10) X
18.5/71.3
1DH V4 + (V3 – V4) X
3.2/20.7
V12 + ( V11 – V12)X
17.5/20.7
3DH
V7 + (V5 – V7) X
49.6/71.3
V10 + ( V8 – V10) X
21.7/71.3
1EH V4 + (V3 – V4) X
2.1/20.7
V12 + ( V11 – V12)X
18.6/20.7
3EH
44/71.3
V10 + ( V8 – V10) X
27.3/71.3
1FH V4 + (V3 – V4) X
1/20.7
V12 + ( V11 – V12)X
19.7/20.7
3FH
Page 31 of 55
V7 + (V5 – V7) X
V7
V8
Version: 0.01
ILI6126C
REV = L & NBWB=L ; VSET=L
Data
3FH
Positive polarity
Output Voltage
Negative polarity
Output Voltage
Data
Positive polarity
Output Voltage
Negative polarity
Output Voltage
V1
V14
1FH
V4
V11
V14+ ( V12 – V14)X 12.9/84.5
1EH
V5 + (V4 – V5) X
15.2/16.2
V11 + ( V10 – V11) X
3EH V3 + ( V1 – V3 )X
3DH V3 + ( V1 – V3 )X
71.6/84.5
60.1/84.5
1/16.2
V14+ ( V12 – V14)X
24.4/84.5
1DH
V5 + (V4 – V5) X
14.2/16.2
V11 + ( V10 – V11) X
2/16.2
3CH V3 + ( V1 – V3 )X
50.1/84.5
V14+ ( V12 – V14)X
34.4/84.5
1CH
V5 + (V4 – V5) X
13.2/16.2
V11 + ( V10 – V11) X
3/16.2
3BH V3 + ( V1 – V3 )X
41.5/84.5
V14+ ( V12 – V14)X
43/84.5
1BH
V5 + (V4 – V5) X
12.2/16.2
V11 + ( V10 – V11) X
4/16.2
3AH V3 + ( V1 – V3 )X
34.3/84.5
V14+ ( V12 – V14)X
50.2/84.5
1AH
V5 + (V4 – V5) X
11.2/16.2
V11 + ( V10 – V11) X
5/16.2
39H V3 + ( V1 – V3 )X
28.6/84.5
V14+ ( V12 – V14)X
55.9/84.5
19H
V5 + (V4 – V5) X
10.2/16.2
V11 + ( V10 – V11) X
6/16.2
38H V3 + ( V1 – V3 )X
23.8/84.5
V14+ ( V12 – V14)X
60.7/84.5
18H
V5 + (V4 – V5) X
9.2/16.2
V11 + ( V10 – V11) X
7/16.2
37H V3 + ( V1 – V3 )X
19.8/84.5
V14+ ( V12 – V14)X
64.7/84.5
17H
V5 + (V4 – V5) X
8.2/16.2
V11 + ( V10 – V11) X
8/16.2
36H V3 + ( V1 – V3 )X
16.3/84.5
V14+ ( V12 – V14)X
68.2/84.5
16H
V5 + (V4 – V5) X
7.2/16.2
V11 + ( V10 – V11) X
9/16.2
15H
V5 + (V4 – V5) X
6.2/16.2
V11 + ( V10 – V11) X
10/16.2
35H V3 + ( V1 – V3 )X
13.3/84.5
V14+ ( V12 – V14)X
71.2/84.5
34H V3 + ( V1 – V3 )X
10.6/84.5
V14+ ( V12 – V14)X
73.9/84.5
14H
V5 + (V4 – V5) X
5.2/16.2
V11 + ( V10 – V11) X
11/16.2
33H V3 + ( V1 – V3 )X
8.1/84.5
V14+ ( V12 – V14)X
76.4/84.5
13H
V5 + (V4 – V5) X
4.2/16.2
V11 + ( V10 – V11) X
12/16.2
32H V3 + ( V1 – V3 )X
5.9/84.5
V14+ ( V12 – V14)X
78.6/84.5
12H
V5 + (V4 – V5) X
3.2/16.2
V11 + ( V10 – V11) X
13/16.2
31H V3 + ( V1 – V3 )X
3.8/84.5
V14+ ( V12 – V14)X
80.7/84.5
11H
V5 + (V4 – V5) X
2.2/16.2
V11 + ( V10 – V11) X
14/16.2
30H V3 + ( V1 – V3 )X
1.8/84.5
V14+ ( V12 – V14)X
82.7/84.5
10H
V5 + (V4 – V5) X
1.1/16.2
V11 + ( V10 – V11) X
15.1/16.2
0FH
V5
2FH
V3
V12
V10
2EH V4 + (V3 – V4) X
19 / 20.7
V12 + ( V11 – V12)X
1.7/20.7
0EH
V7 + (V5 – V7) X
70.2/71.3
V10 + ( V8 – V10) X
1.1/71.3
2DH V4 + (V3 – V4) X
17.4/20.7
V12 + ( V11 – V12)X
3.3/20.7
0DH
V7 + (V5 – V7) X
69.1/71.3
V10 + ( V8 – V10) X
2.2/71.3
2CH V4 + (V3 – V4) X
15.9/20.7
V12 + ( V11 – V12)X
4.8/20.7
0CH
V7 + (V5 – V7) X
68/71.3
V10 + ( V8 – V10) X
3.3/71.3
2BH V4 + (V3 – V4) X
14.4/20.7
V12 + ( V11 – V12)X
6.3/20.7
0BH
V7 + (V5 – V7) X
66.8/71.3
V10 + ( V8 – V10) X
4.5/71.3
2AH V4 + (V3 – V4) X
13/20.7
V12 + ( V11 – V12)X
7.7/20.7
0AH
V7 + (V5 – V7) X
65.5/71.3
V10 + ( V8 – V10) X
5.8/71.3
29H V4 + (V3 – V4) X
11.6/20.7
V12 + ( V11 – V12)X
9.1/20.7
09H
V7 + (V5 – V7) X
64.2/71.3
V10 + ( V8 – V10) X
7.1/71.3
28H V4 + (V3 – V4) X
10.3/20.7
V12 + ( V11 – V12)X
10.4/20.7
08H
V7 + (V5 – V7) X
62.8/71.3
V10 + ( V8 – V10) X
8.5/71.3
27H V4 + (V3 – V4) X
9/20.7
V12 + ( V11 – V12)X
11.7/20.7
07H
V7 + (V5 – V7) X
61.2/71.3
V10 + ( V8 – V10) X
10.1/71.3
26H V4 + (V3 – V4) X
7.8/20.7
V12 + ( V11 – V12)X
12.9/20.7
06H
V7 + (V5 – V7) X
59.5/71.3
V10 + ( V8 – V10) X
11.8/71.3
25H V4 + (V3 – V4) X
6.6/20.7
V12 + ( V11 – V12)X
14.1/20.7
05H
V7 + (V5 – V7) X
57.6/71.3
V10 + ( V8 – V10) X
13.7/71.3
24H V4 + (V3 – V4) X
5.4/20.7
V12 + ( V11 – V12)X
15.3/20.7
04H
V7 + (V5 – V7) X
55.4/71.3
V10 + ( V8 – V10) X
15.9/71.3
23H V4 + (V3 – V4) X
4.3/20.7
V12 + ( V11 – V12)X
16.4/20.7
03H
V7 + (V5 – V7) X
52.8/71.3
V10 + ( V8 – V10) X
18.5/71.3
22H V4 + (V3 – V4) X
3.2/20.7
V12 + ( V11 – V12)X
17.5/20.7
02H
V7 + (V5 – V7) X
49.6/71.3
V10 + ( V8 – V10) X
21.7/71.3
21H V4 + (V3 – V4) X
2.1/20.7
V12 + ( V11 – V12)X
18.6/20.7
01H
44/71.3
V10 + ( V8 – V10) X
27.3/71.3
20H V4 + (V3 – V4) X
1/20.7
V12 + ( V11 – V12)X
19.7/20.7
00H
Page 32 of 55
V7 + (V5 – V7) X
V7
V8
Version: 0.01
ILI6126C
REV = L& NBWB=H ; VSET=H
Positive polarity
Output Voltage
Negative polarity
Output Voltage
Data
Positive polarity
Output Voltage
Negative polarity
Output Voltage
00H
V1
V14
20H
V4
V11
01H
V2
V13
21H
V5 + (V4 – V5) X 15.2/16.2
V11 + ( V10 – V11) X
1/16.2
02H
V3 + ( V2 – V3 )X
60.1/71.6
V13+ ( V12 – V13)X
11.5/71.6
22H
V5 + (V4 – V5) X
14.2/16.2
V11 + ( V10 – V11) X
2/16.2
03H
V3 + ( V2 – V3 )X
50.1/71.6
V13+ ( V12 – V13)X
21.5/71.6
23H
V5 + (V4 – V5) X
13.2/16.2
V11 + ( V10 – V11) X
3/16.2
04H
V3 + ( V2 – V3 )X
41.5/71.6
V13+ ( V12 – V13)X
30.1/71.6
24H
V5 + (V4 – V5) X
12.2/16.2
V11 + ( V10 – V11) X
4/16.2
05H
V3 + ( V2 – V3 )X
34.3/71.6
V13+ ( V12 – V13)X
37.3/71.6
25H
V5 + (V4 – V5) X 11.2/16.2
V11 + ( V10 – V11) X
5/16.2
06H
V3 + ( V2 – V3 )X
28.6/71.6
V13+ ( V12 – V13)X
43/71.6
26H
V5 + (V4 – V5) X 10.2/16.2
V11 + ( V10 – V11) X
6/16.2
07H
V3 + ( V2 – V3 )X
23.8/71.6
V13+ ( V12 – V13)X
47.8/71.6
27H
V5 + (V4 – V5) X
V11 + ( V10 – V11) X
7/16.2
08H
V3 + ( V2 – V3 )X
19.8/71.6
V13+ ( V12 – V13)X
51.8/71.6
28H
V5 + (V4 – V5) X 8.2/16.2
V11 + ( V10 – V11) X
8/16.2
09H
V3 + ( V2 – V3 )X
16.3/71.6
V13+ ( V12 – V13)X
55.3/71.6
29H
V5 + (V4 – V5) X
7.2/16.2
V11 + ( V10 – V11) X
9/16.2
0AH
V3 + ( V2 – V3 )X
13.3/71.6
V13+ ( V12 – V13)X
58.3/71.6
2AH V5 + (V4 – V5) X
6.2/16.2
V11 + ( V10 – V11) X
10/16.2
0BH
V3 + ( V2 – V3 )X
10.6/71.6
V13+ ( V12 – V13)X
61/71.6
2BH V5 + (V4 – V5) X
5.2/16.2
V11 + ( V10 – V11) X
11/16.2
0CH
V3 + ( V2 – V3 )X
8.1/71.6
V13+ ( V12 – V13)X
63.5/71.6
2CH V5 + (V4 – V5) X
4.2/16.2
V11 + ( V10 – V11) X
12./16.2
0DH
V3 + ( V2 – V3 )X
5.9/71.6
V13+ ( V12 – V13)X
65.7/71.6
2DH V5 + (V4 – V5) X
3.2/16.2
V11 + ( V10 – V11) X
13/16.2
0EH
V3 + ( V2 – V3 )X
3.8/71.6
V13+ ( V12 – V13)X
67.8/71.6
2EH V5 + (V4 – V5) X
2.2/16.2
V11 + ( V10 – V11) X
14/16.2
0FH
V3 + ( V2 – V3 )X
1.8/71.6
V13+ ( V12 – V13)X
2FH
1.1/16.2
V11 + ( V10 – V11) X
15.1/16.2
Data
10H
V3
11H
V4 + (V3 – V4) X
19 / 20.7
V12 + ( V11 – V12)X
12H
V4 + (V3 – V4) X
17.4/20.7
13H
V4 + (V3 – V4) X
14H
69.8/71.6
V5 + (V4 – V5) X
9.2/16.2
30H
V5
1.7/20.7
31H
V6 + (V5 – V6) X 26.2/27.3
V10 + ( V8 – V10) X
1.1/27.3
V12 + ( V11 – V12)X
3.3/20.7
32H
V6 + (V5 – V6) X 25.1/27.3
V10 + ( V8 – V10) X
2.2/27.3
15.9/20.7
V12 + ( V11 – V12)X
4.8/20.7
33H
V6 + (V5 – V6) X 24/27.3
V10 + ( V8 – V10) X
3.3/27.3
V4 + (V3 – V4) X
14.4/20.7
V12 + ( V11 – V12)X
6.3/20.7
34H
V6 + (V5 – V6) X 22.8/27.3
V10 + ( V8 – V10) X
4.5/27.3
15H
V4 + (V3 – V4) X
13/20.7
V12 + ( V11 – V12)X
7.7/20.7
35H
V6 + (V5 – V6) X 21.5/27.3
V10 + ( V8 – V10) X
5.8/27.3
16H
V4 + (V3 – V4) X
11.6/20.7
V12 + ( V11 – V12)X
9.1/20.7
36H
V6 + (V5 – V6) X 20.2/27.3
V10 + ( V8 – V10) X
7.1/27.3
17H
V4 + (V3 – V4) X
10.3/20.7
V12 + ( V11 – V12)X
10.4/20.7
37H
V6 + (V5 – V6) X 18.8/27.3
V10 + ( V8 – V10) X
8.5/27.3
18H
V4 + (V3 – V4) X
9/20.7
V12 + ( V11 – V12)X
11.7/20.7
38H
V6 + (V5 – V6) X 17.2/27.3
V10 + ( V8 – V10) X
10.1/27.3
19H
V4 + (V3 – V4) X
7.8/20.7
V12 + ( V11 – V12)X
12.9/20.7
39H
V6 + (V5 – V6) X 15.5/27.3
V10 + ( V8 – V10) X
11.8/27.3
1AH
V4 + (V3 – V4) X
6.6/20.7
V12 + ( V11 – V12)X
14.1/20.7
3AH V6 + (V5 – V6) X 13.6/27.3
V10 + ( V8 – V10) X
13.7/27.3
+ 1BH V4 + (V3 – V4) X
5.4/20.7
V12 + ( V11 – V12)X
15.3/20.7
3BH V6 + (V5 – V6) X 11.4/27.3
V10 + ( V8 – V10) X
15.9/27.3
V12
V10
1CH
V4 + (V3 – V4) X
4.3/20.7
V12 + ( V11 – V12)X
16.4/20.7
3CH V6 + (V5 – V6) X 8.8/27.3
V10 + ( V8 – V10) X
18.5/27.3
1DH
V4 + (V3 – V4) X
3.2/20.7
V12 + ( V11 – V12)X
17.5/20.7
3DH V6 + (V5 – V6) X 5.6/27.3
V10 + ( V8 – V10) X
21.7/27.3
1EH
V4 + (V3 – V4) X
2.1/20.7
V12 + ( V11 – V12)X
18.6/20.7
3EH
V6
V7
1FH
V4 + (V3 – V4) X
1/20.7
V12 + ( V11 – V12)X
19.7/20.7
3FH
V7
V8
REV = L& NBWB=L
VSET=H
Page 33 of 55
Version: 0.01
ILI6126C
Positive polarity
Output Voltage
Negative polarity
Output Voltage
Data
Positive polarity
Output Voltage
Negative polarity
Output Voltage
3FH
V1
V14
1FH
V4
V11
3EH
V2
V13
1EH V5 + (V4 – V5) X 15.2/16.2
V11 + ( V10 – V11) X
1/16.2
Data
3DH V3 + ( V2 – V3 )X
60.1/71.6
V13+ ( V12 – V13)X
11.5/71.6
1DH V5 + (V4 – V5) X
14.2/16.2
V11 + ( V10 – V11) X
2/16.2
3CH V3 + ( V2 – V3 )X
50.1/71.6
V13+ ( V12 – V13)X
21.5/71.6
1CH V5 + (V4 – V5) X
13.2/16.2
V11 + ( V10 – V11) X
3/16.2
3BH V3 + ( V2 – V3 )X
41.5/71.6
V13+ ( V12 – V13)X
30.1/71.6
1BH V5 + (V4 – V5) X
12.2/16.2
V11 + ( V10 – V11) X
4/16.2
3AH V3 + ( V2 – V3 )X
34.3/71.6
V13+ ( V12 – V13)X
37.3/71.6
1AH V5 + (V4 – V5) X 11.2/16.2
V11 + ( V10 – V11) X
5/16.2
39H V3 + ( V2 – V3 )X
28.6/71.6
V13+ ( V12 – V13)X
43/71.6
19H
V5 + (V4 – V5) X 10.2/16.2
V11 + ( V10 – V11) X
6/16.2
38H V3 + ( V2 – V3 )X
23.8/71.6
V13+ ( V12 – V13)X
47.8/71.6
18H
V5 + (V4 – V5) X
V11 + ( V10 – V11) X
7/16.2
37H V3 + ( V2 – V3 )X
19.8/71.6
V13+ ( V12 – V13)X
51.8/71.6
17H
V5 + (V4 – V5) X 8.2/16.2
V11 + ( V10 – V11) X
8/16.2
36H V3 + ( V2 – V3 )X
16.3/71.6
V13+ ( V12 – V13)X
55.3/71.6
16H
V5 + (V4 – V5) X
7.2/16.2
V11 + ( V10 – V11) X
9/16.2
35H V3 + ( V2 – V3 )X
13.3/71.6
V13+ ( V12 – V13)X
58.3/71.6
15H
V5 + (V4 – V5) X
6.2/16.2
V11 + ( V10 – V11) X
10/16.2
34H V3 + ( V2 – V3 )X
10.6/71.6
V13+ ( V12 – V13)X
61/71.6
14H
V5 + (V4 – V5) X
5.2/16.2
V11 + ( V10 – V11) X
11/16.2
33H V3 + ( V2 – V3 )X
8.1/71.6
V13+ ( V12 – V13)X
63.5/71.6
13H
V5 + (V4 – V5) X
4.2/16.2
V11 + ( V10 – V11) X
12./16.2
32H V3 + ( V2 – V3 )X
5.9/71.6
V13+ ( V12 – V13)X
65.7/71.6
12H
V5 + (V4 – V5) X
3.2/16.2
V11 + ( V10 – V11) X
13/16.2
31H V3 + ( V2 – V3 )X
3.8/71.6
V13+ ( V12 – V13)X
67.8/71.6
11H
V5 + (V4 – V5) X
2.2/16.2
V11 + ( V10 – V11) X
14/16.2
30H V3 + ( V2 – V3 )X
1.8/71.6
V13+ ( V12 – V13)X
10H
V5 + (V4 – V5) X
1.1/16.2
V11 + ( V10 – V11) X
15.1/16.2
2FH
V3
69.8/71.6
0FH
V12
9.2/16.2
V5
V10
2EH V4 + (V3 – V4) X
19 / 20.7
V12 + ( V11 – V12)X
1.7/20.7
0EH V6 + (V5 – V6) X 26.2/27.3
V10 + ( V8 – V10) X
1.1/27.3
2DH V4 + (V3 – V4) X
17.4/20.7
V12 + ( V11 – V12)X
3.3/20.7
0DH V6 + (V5 – V6) X 25.1/27.3
V10 + ( V8 – V10) X
2.2/27.3
2CH V4 + (V3 – V4) X
15.9/20.7
V12 + ( V11 – V12)X
4.8/20.7
0CH V6 + (V5 – V6) X 24/27.3
V10 + ( V8 – V10) X
3.3/27.3
2BH V4 + (V3 – V4) X
14.4/20.7
V12 + ( V11 – V12)X
6.3/20.7
0BH V6 + (V5 – V6) X 22.8/27.3
V10 + ( V8 – V10) X
4.5/27.3
2AH V4 + (V3 – V4) X
13/20.7
V12 + ( V11 – V12)X
7.7/20.7
0AH V6 + (V5 – V6) X 21.5/27.3
V10 + ( V8 – V10) X
5.8/27.3
29H V4 + (V3 – V4) X
11.6/20.7
V12 + ( V11 – V12)X
9.1/20.7
09H
V6 + (V5 – V6) X 20.2/27.3
V10 + ( V8 – V10) X
7.1/27.3
28H V4 + (V3 – V4) X
10.3/20.7
V12 + ( V11 – V12)X
10.4/20.7
08H
V6 + (V5 – V6) X 18.8/27.3
V10 + ( V8 – V10) X
8.5/27.3
27H V4 + (V3 – V4) X
9/20.7
V12 + ( V11 – V12)X
11.7/20.7
07H
V6 + (V5 – V6) X 17.2/27.3
V10 + ( V8 – V10) X
10.1/27.3
26H V4 + (V3 – V4) X
7.8/20.7
V12 + ( V11 – V12)X
12.9/20.7
06H
V6 + (V5 – V6) X 15.5/27.3
V10 + ( V8 – V10) X
11.8/27.3
25H V4 + (V3 – V4) X
6.6/20.7
V12 + ( V11 – V12)X
14.1/20.7
05H
V6 + (V5 – V6) X 13.6/27.3
V10 + ( V8 – V10) X
13.7/27.3
24H V4 + (V3 – V4) X
5.4/20.7
V12 + ( V11 – V12)X
15.3/20.7
04H
V6 + (V5 – V6) X 11.4/27.3
V10 + ( V8 – V10) X
15.9/27.3
23H V4 + (V3 – V4) X
4.3/20.7
V12 + ( V11 – V12)X
16.4/20.7
03H
V6 + (V5 – V6) X 8.8/27.3
V10 + ( V8 – V10) X
18.5/27.3
22H V4 + (V3 – V4) X
3.2/20.7
V12 + ( V11 – V12)X
17.5/20.7
02H
V6 + (V5 – V6) X 5.6/27.3
V10 + ( V8 – V10) X
21.7/27.3
21H V4 + (V3 – V4) X
2.1/20.7
V12 + ( V11 – V12)X
18.6/20.7
01H
V6
V7
20H V4 + (V3 – V4) X
1/20.7
V12 + ( V11 – V12)X
19.7/20.7
00H
V7
V8
Page 34 of 55
Version: 0.01
ILI6126C
10. Power ON/OFF Sequence
10.1. Normal mode power on/ off
To prevent the device damage from latch up, the power ON/OFF sequence shown below must be followed.
Power ON: VDD, DGND AVDD, AGND V1 to V14
Power OFF: V1 to V14 AVDD, AGND VDD, DGND
In order to prevent ILI6126 from power ON reset fail, the rising time (tPOR) of the digital power supply VDD
should be maintained within given specifications. The power ON/OFF timing sequence is illustrated as below:
REV=L & NBWB=H
REV=L & NBWB=L
Page 35 of 55
Version: 0.01
ILI6126C
10.2. Standby ON/OFF Control
ILI6126 supports Standby mode for saving power consumption, the source driver will turn off and all
source output channel will be Hi-Z state when chip in Standby mode. The Standby mode can be controlled via
STBYB pin and the Standby ON/FF timing sequence is illustrated as below:
REV=L & NBWB=H
REV=L & NBWB=L
Page 36 of 55
Version: 0.01
ILI6126C
11. The BIST Patterns for Aging Mode Test
ILI6126supports the function to generate BIST patterns for Aging mode test automatically. When external
BIST pin goes “H” level, then ILI6126 will leave Normal operation mode and starts to generate the BIST
patterns to LCD panel without external clock signal, The BIST patterns is illustrated as below:
1
2
3
4
Red
Green
Blue
Black
5
White
6
Vertical 8-color stripe
7
Horizontal 64-gray scale
8
Vertical 64-gray scale
9
Gray with black block
10
Gray with black dot
11
Gray with black line
12
Black with white frame
Page 37 of 55
Version: 0.01
ILI6126C
12. The Command Format for 3-line Serial Interface
ILI6126 using the 3-line serial port as communication interface for all the commands and parameters of
CABC function. This 3-line serial communication can be bi-directional controlled by the “R/W” bit in address
field. Under read mode, the 3-line engine in ILI6126 will return the data during “Data phase”. The returned
data should be latched at the rising edge of SCL by external controller. Data in the “Hi-Z phase” will be
ignored by 3-line engine during write operation, and should be ignored during read operation also. During
read operation, external controller should float SDA pin under “Hi-Z phase” and “Data phase”.
Each Read/Write operation should be exactly 17 bit. To prevent from incorrect setting of the internal register,
any write operation with more or less than 17 bit data during a CSB Low period will be ignored by 3-line
engine.
The timing diagram of read/write operation is illustrated as below:
Read Operation
R /W
SDA
The Return Data from ILI6126
Command
Next Command
Hi- Z
1
A7
A6
A5
A4
A3
A2
A1
A0
SCL
CSX
Page 38 of 55
Version: 0.01
ILI6126C
12.1. BIST & Mute Function
DE Mode:
Mode
H
( DE )
BIST
H
H
H
L
L
L
Clock
Enable
OFF
XXX
Enable
OFF
XXX
DE
Enable
XXX
OFF
Enable
XXX
OFF
Function
BIST Function
BIST Function
BIST Function
Normal Operation
Mute Function
N.A
SYNC Mode:
Mode
L
( SYNC )
BIST
H
H
H
H
L
L
L
L
Clock
Enable
OFF
XXX
XXX
Enable
OFF
XXX
XXX
VS
Enable
XXX
OFF
XXX
Enable
XXX
OFF
XXX
HS
Enable
XXX
XXX
OFF
Enable
XXX
XXX
OFF
Function
BIST Function
BIST Function
BIST Function
BIST Function
Normal Operation
Mute Function
N.A
N.A
Note:
A. XXX: Don’t Care Input Signal Setting of Enable or Disable status
B. OFF: Signal Open
Page 39 of 55
Version: 0.01
ILI6126C
12.2. Absolute Maximum Rating
Parameter
Symbol
Min.
Spec
Typ.
Max.
Unit
Power supply voltage 1
VDD
-0.5
--
+5.0
V
Power supply voltage 2
AVDD
-0.5
--
+15
V
Operation temperature
TOPR
-20
--
+85
°C
Storage temperature
TSTG
-55
--
+125
°C
*Comments
Stresses above those listed under “Absolute Maximum Ratings” may cause permanent damage to the device.
These are stress ratings only. Functional operation of this device at these or any other conditions above those
indicated in the operational sections of this specification is not implied and exposed to absolute maximum rating
conditions for extended periods may affect device reliability.
12.3. DC Electrical Characteristics
Note: VDD=2.7 ~ 3.6V, AVDD=6.5~13.5V, GND=AGND=0V, Ta=-20~+85℃
Parameter
Symbol
Min.
Typ.
Max.
Unit
Conditions
Low level input voltage
Vil
0
-
0.3XVDD
V
For the digital circuit
High level input voltage
Vih
0.7xVDD
-
Ii
-
-
VDD
±1
V
Input leakage current
uA
High level output voltage
Voh
VDD-0.4
-
-
V
Ioh= -400mA
Low level output voltage
Vol
-
-
GND+0.4
V
Iol= +400mA
Pull low/high resistor
Ri
50K
100K
200K
ohm
For the digital input pin @ VDD=3.3V
Digital Operation current
Idd
-
4
-
mA
Fclk=30 MHz, , FLD=32.65KHz , VDD=2.7V
Digital Stand-by current
Ist1
-
70
-
ua
Analog Operating Current
Idda
-
6
-
mA
Analog Stand-by current
Ist2
-
150
-
ua
Clock & all functions are stopped
No load, Fclk=30MHz, FLD=32.65KHz
@ AVDD=13.5V,V1=12.5V, V14=0.1V
No load, clock and all functions are stopped
Input level of V1 ~ V7
Vref1
0.4* AVDD
-
AVDD-1
V
Gamma correction voltage input
Input level of V8 ~ V14
Vref2
0.1
-
0.6* AVDD
V
± 35
mV
Output Voltage deviation
Vod1
-
± 20
Output Voltage deviation
Output Voltage offset
between Chips
Dynamic Range of Output
Vod2
-
± 15
± 20
mV
Gamma correction voltage input
Vo = AGND+0.1V ~ AGND+0.5V &
Vo = AVDD-0.5V ~ AVDD-0.1V
Vo = AGND+0.5V ~ AVDD-0.5V
Voc
-
-
± 20
mV
Vo = AGND+0.5V ~ AVDD-0.5V
Vdr
0.1
-
AVDD-0.1
V
Sinking Current of Outputs
IOLy
80
-
-
uA
Driving Current of Outputs
IOHy
80
-
-
uA
Resistance of Gamma Table
Rg
0.7*Rn
1.0*Rn
1.3*Rn
ohm
S1 ~ S1200
S1 ~ S1200; Vo=0.1V v.s 1.0V
, AVDD=13.5V
S1 ~ S1200; Vo=13.4V v.s 12.5V
, AVDD=13.5V
Rn: Internal gamma resistor
Page 40 of 55
Version: 0.01
ILI6126C
12.4. AC Electrical Characteristics
Note: VDD=2.7V ~ 3.6V, AVDD=6.5V~13.5V, GND=AGND=0V, Ta=-20~+85℃
Parameter
Min.
Typ.
Max.
TPOR
-
-
20
ms
From 0V to 90% VDD
RSTB pulse width
Trst
10
-
-
us
CLKIN = 45MHz
CLKIN cycle time
Tcph
20
CLKIN pulse duty
Tcwh
40
50
60
%
VSD setup time
Tvst
8
-
-
ns
VSD hold time
Tvhd
8
-
-
ns
HSD setup time
Thst
8
-
-
ns
HSD hold time
Thhd
8
-
-
ns
Data set-up time
Tdsu
8
-
-
ns
D0R[7:0], D1G[7:0], D2B[7:0] to CLKIN
Data hold time
Tdhd
8
-
-
ns
D0R[7:0], D1G[7:0], D2B[7:0] to CLKIN
DE setup time
Tesu
8
-
-
ns
DE hold time
Tehd
8
-
-
ns
Output stable time
Tsst
-
-
6
us
VDD Power On Slew rate
Symbol
Unit
Conditions
ns
Page 41 of 55
10% to 90% target voltage. CL=120pF, R=10K ohm
Version: 0.01
ILI6126C
13. Timing
13.1. Parallel 24-bit RGB Mode
( Note: VDD=2.7V ~ 3.6V, AVDD=6.5V~13.5V, GND=AGND=0V, Ta=-20~+85℃
℃ )
Parameter
Symbol
Min.
Typ.
Max.
Unit
Conditions
Fclk
-
33
50
MHz
VDD = 2.7V ~3.6V
ns
CLKIN Frequency
CLKIN Cycle Time
Tclk
20
30
-
CLKIN Pulse Duty
Tcwh
40
50
60
%
Time from HSD to Source Output
Thso
-
64
-
CLKIN
Tclk
Time from HSD to LD
Thld
-
64
-
CLKIN
Time from HSD to STV
Thstv
-
2
-
CLKIN
Time from HSD to CKV
Thckv
-
20
-
CLKIN
Time from HSD to OEV
Thoev
-
4
-
CLKIN
LD Pulse Width
Twld
-
10
-
CLKIN
CKV Pulse Width
Twckv
-
66
-
CLKIN
OEV Pulse Width
Twoev
-
92
-
CLKIN
13.2. Input Clock and Data Timing Diagram
Tcph
Tcwl
Tcwh
1
70%
30%
CLKIN
30%
Tdsu
70%
30%
DATA
70%
2
Last
30%
30%
Tdhd
70%
First data
Second data
Last data
30%
Tesu
DEN
CLKIN
30%
Tvst
Tvhd
VSD
30%
Thhd
HSD
30%
30%
Thst
30%
Th
Source output timing diagram
Page 42 of 55
Version: 0.01
Page 43 of 55
ILI6126C
Version: 0.01
Parameter
Symbol
Spec
Min.
Typ.
Max.
Unit
SCL period
TCK
60
--
--
SCL high width
TCKH
30
--
--
ns
SCL low width
TCKL
30
--
--
ns
Data setup time
TSU1
12
--
--
ns
Data hold time
THD1
12
--
--
ns
CSB to SCL setup time
TCS
20
--
--
ns
CSB to SDA hold time
TCE
20
--
--
ns
CSB high pulse width
TCD
50
--
--
ns
Page 44 of 55
ILI6126C
Conditions
ns
Version: 0.01
ILI6126C
14. Pad Arrangement and Coordination
Symbol
Size
Symbol
Size
Symbol
Size
Symbol
Size
Symbol
Size
A1
110
B1
100
C1
70
D1
110
D6
450
A2
65
B2
30
C2
30
D2
17
D7
17
A3
20
B3
50
C3
20
D3
34
D8
47
A4
44
B4
30
C4
70
D4
30
Unit:um
A5
324
B5
168.5
C5
191.5
D5
Page 45 of 55
50
Version: 0.01
number
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
pad name
SHIELDING[84]
SHIELDING[85]
SHIELDING[1]
COM1_B
COM1_B
AGND
AGND
AGND
AGND
TP[0]
SHIELDING[2]
V1R
V1R
SHIELDING[3]
V2R
V2R
SHIELDING[4]
V3R
V3R
SHIELDING[5]
V4R
V4R
SHIELDING[6]
V5R
V5R
SHIELDING[7]
V6R
V6R
SHIELDING[8]
V7R
V7R
SHIELDING[9]
V8R
V8R
SHIELDING[10]
V9R
V9R
SHIELDING[11]
V10R
V10R
SHIELDING[12]
V11R
V11R
SHIELDING13]
V12R
V12R
SHIELDING[14]
V13R
V13R
SHIELDING[15]
V14R
V14R
SHIELDING[16]
TP[1]
TP[2]
TP[3]
SHIELDING[17]
SHIELDING[18]
REV
BIST
x
-10922.5
-10837.5
-10752.5
-10667.5
-10582.5
-10497.5
-10412.5
-10327.5
-10242.5
-10157.5
-10072.5
-9987.5
-9902.5
-9817.5
-9732.5
-9647.5
-9562.5
-9477.5
-9392.5
-9307.5
-9222.5
-9137.5
-9052.5
-8967.5
-8882.5
-8797.5
-8712.5
-8627.5
-8542.5
-8457.5
-8372.5
-8287.5
-8202.5
-8117.5
-8032.5
-7947.5
-7862.5
-7777.5
-7692.5
-7607.5
-7522.5
-7437.5
-7352.5
-7267.5
-7182.5
-7097.5
-7012.5
-6927.5
-6842.5
-6757.5
-6672.5
-6587.5
-6502.5
-6417.5
-6332.5
-6247.5
-6162.5
-6077.5
-5992.5
-5907.5
y
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
number
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
pad name
BIST
SHIELDING[19]
AVDD
AVDD
AVDD
AVDD
SHIELDING[20]
AGND
AGND
AGND
AGND
SHIELDING[21]
GND
GND
GND
GND
SHIELDING[22]
CABC_PWM
CABC_PWM
SHIELDING[23]
VDD
VDD
VDD
VDD
SHIELDING[28]
DBGATE
DBGATE
CSX
NBWB
NBWB
SCL
SEL[0]
SEL[1]
SDA
RES[0]
RES[0]
CABC_EN[0]
CABC_EN[1]
RES[1]
RES[1]
CFSEL
CFSEL
DASHD[1]
VSD
VSD
DASHD[2]
HSD
HSD
DASHD[3]
DEN
DEN
DASHD[4]
CLKIN
CLKIN
DASHD[5]
D2B[7]
D2B[7]
D2B[6]
D2B[6]
DASHD[6]
Page 46 of 55
x
-5822.5
-5737.5
-5652.5
-5567.5
-5482.5
-5397.5
-5312.5
-5227.5
-5142.5
-5057.5
-4972.5
-4887.5
-4802.5
-4717.5
-4632.5
-4547.5
-4462.5
-4377.5
-4292.5
-4207.5
-4122.5
-4037.5
-3952.5
-3867.5
-3782.5
-3697.5
-3612.5
-3527.5
-3442.5
-3357.5
-3272.5
-3187.5
-3102.5
-3017.5
-2932.5
-2847.5
-2762.5
-2677.5
-2592.5
-2507.5
-2422.5
-2337.5
-2252.5
-2167.5
-2082.5
-1997.5
-1912.5
-1827.5
-1742.5
-1657.5
-1572.5
-1487.5
-1402.5
-1317.5
-1232.5
-1147.5
-1062.5
-977.5
-892.5
-807.5
y
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
number
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
ILI6126C
pad name
D2B[5]
D2B[5]
D2B[4]
D2B[4]
DASHD[7]
D2B[3]
D2B[3]
D2B[2]
D2B[2]
DASHD[8]
D2B[1]
D2B[1]
D2B[0]
D2B[0]
DASHD[9]
D1G[7]
D1G[7]
D1G[6]
D1G[6]
DASHD[10]
D1G[5]
D1G[5]
D1G[4]
D1G[4]
DASHD[11]
D1G[3]
D1G[3]
D1G[2]
D1G[2]
DASHD[12]
D1G[1]
D1G[1]
D1G[0]
D1G[0]
DASHD[13]
D0R[7]
D0R[7]
D0R[6]
D0R[6]
DASHD[14]
D0R[5]
D0R[5]
D0R[4]
D0R[4]
DASHD[15]
D0R[3]
D0R[3]
D0R[2]
D0R[2]
DASHD[16]
D0R[1]
D0R[1]
D0R[0]
D0R[0]
DASHD[17]
SHIELDING[25]
MODE
MODE
CLKPOL
CLKPOL
x
-722.5
-637.5
-552.5
-467.5
-382.5
-297.5
-212.5
-127.5
-42.5
42.5
127.5
212.5
297.5
382.5
467.5
552.5
637.5
722.5
807.5
892.5
977.5
1062.5
1147.5
1232.5
1317.5
1402.5
1487.5
1572.5
1657.5
1742.5
1827.5
1912.5
1997.5
2082.5
2167.5
2252.5
2337.5
2422.5
2507.5
2592.5
2677.5
2762.5
2847.5
2932.5
3017.5
3102.5
3187.5
3272.5
3357.5
3442.5
3527.5
3612.5
3697.5
3782.5
3867.5
3952.5
4037.5
4122.5
4207.5
4292.5
y
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
Version: 0.01
number
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
pad name
SHIELDING[26]
DITHB
DITHB
VSET
SHLR
SHLR
SHIELDING[27]
UPDN
UPDN
TP[4]
STBYB
STBYB
TP[5]
RSTB
RSTB
SHIELDING[29]
VDD
VDD
VDD
VDD
GMA_EN
GND
GND
GND
GND
SHIELDING[30]
V14L
V14L
SHIELDING[31]
V13L
V13L
SHIELDING[32]
V12L
V12L
SHIELDING[33]
V11L
V11L
SHIELDING[34]
V10L
V10L
SHIELDING[35]
V9L
V9L
SHIELDING[36]
V8L
V8L
SHIELDING[37]
V7L
V7L
SHIELDING[38]
V6L
V6L
SHIELDING[39]
V5L
V5L
SHIELDING[40]
V4L
V4L
SHIELDING[41]
V3L
x
4377.5
4462.5
4547.5
4632.5
4717.5
4802.5
4887.5
4972.5
5057.5
5142.5
5227.5
5312.5
5397.5
5482.5
5567.5
5652.5
5737.5
5822.5
5907.5
5992.5
6077.5
6162.5
6247.5
6332.5
6417.5
6502.5
6587.5
6672.5
6757.5
6842.5
6927.5
7012.5
7097.5
7182.5
7267.5
7352.5
7437.5
7522.5
7607.5
7692.5
7777.5
7862.5
7947.5
8032.5
8117.5
8202.5
8287.5
8372.5
8457.5
8542.5
8627.5
8712.5
8797.5
8882.5
8967.5
9052.5
9137.5
9222.5
9307.5
9392.5
y
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
number
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
Pad name
V3L
SHIELDING[42]
V2L
V2L
SHIELDING[43]
V1L
V1L
SHIELDING[44]
AVDD
AVDD
AVDD
AVDD
SHIELDING[45]
COM2_B
COM2_B
SHIELDING[46]
SHIELDING[47]
SHIELDING[48]
TP[6]
TP[7]
SHIELDING[49]
STBN_L
SHIELDING[50]
TP[8]
SHIELDING[51]
STV1_L
SHIELDING[52]
STV2_L
SHIELDING[53]
STV1_L
SHIELDING[54]
CKV_L
SHIELDING[55]
UD_L
SHIELDING[56]
OEV_L
SHIELDING[57]
F_CTRL_L
XON_L
XON_L
SHIELDING[58]
COM2_T
COM2_T
SHIELDING[59]
S[1]
S[2]
S[3]
S[4]
S[5]
S[6]
S[7]
S[8]
S[9]
S[10]
S[11]
S[12]
S[13]
S[14]
S[15]
S[16]
Page 47 of 55
X
9477.5
9562.5
9647.5
9732.5
9817.5
9902.5
9987.5
10072.5
10157.5
10242.5
10327.5
10412.5
10497.5
10582.5
10667.5
10752.5
10837.5
10922.5
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
11049
11179
10914
10864
10814
10764
10714
10664
10620.5
10603.5
10586.5
10569.5
10552.5
10535.5
10518.5
10501.5
10484.5
10467.5
10450.5
10433.5
10416.5
10399.5
10382.5
10365.5
y
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-357
-363
-323
-283
-243
-203
-163
-123
-83
-43
-3
37
77
117
157
197
237
277
317
357
397
377
377
377
377
377
377
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
ILI6126C
number Pad name
301
S[17]
302
S[18]
303
S[19]
304
S[20]
305
S[21]
306
S[22]
307
S[23]
308
S[24]
309
S[25]
310
S[26]
311
S[27]
312
S[28]
313
S[29]
314
S[30]
315
S[31]
316
S[32]
317
S[33]
318
S[34]
319
S[35]
320
S[36]
321
S[37]
322
S[38]
323
S[39]
324
S[40]
325
S[41]
326
S[42]
327
S[43]
328
S[44]
329
S[45]
330
S[46]
331
S[47]
332
S[48]
333
S[49]
334
S[50]
335
S[51]
336
S[52]
337
S[53]
338
S[54]
339
S[55]
340
S[56]
341
S[57]
342
S[58]
343
S[59]
344
S[60]
345
S[61]
346
S[62]
347
S[63]
348
S[64]
349
S[65]
350
S[66]
351
S[67]
352
S[68]
353
S[69]
354
S[70]
355
S[71]
356
S[72]
357
S[73]
358
S[74]
359
S[75]
360
S[76]
x
10348.5
10331.5
10314.5
10297.5
10280.5
10263.5
10246.5
10229.5
10212.5
10195.5
10178.5
10161.5
10144.5
10127.5
10110.5
10093.5
10076.5
10059.5
10042.5
10025.5
10008.5
9991.5
9974.5
9957.5
9940.5
9923.5
9906.5
9889.5
9872.5
9855.5
9838.5
9821.5
9804.5
9787.5
9770.5
9753.5
9736.5
9719.5
9702.5
9685.5
9668.5
9651.5
9634.5
9617.5
9600.5
9583.5
9566.5
9549.5
9532.5
9515.5
9498.5
9481.5
9464.5
9447.5
9430.5
9413.5
9396.5
9379.5
9362.5
9345.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
Version: 0.01
number
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
pad name
S[77]
S[78]
S[79]
S[80]
S[81]
S[82]
S[83]
S[84]
S[85]
S[86]
S[87]
S[88]
S[89]
S[90]
S[91]
S[92]
S[93]
S[94]
S[95]
S[96]
S[97]
S[98]
S[99]
S[100]
S[101]
S[102]
S[103]
S[104]
S[105]
S[106]
S[107]
S[108]
S[109]
S[110]
S[111]
S[112]
S[113]
S[114]
S[115]
S[116]
S[117]
S[118]
S[119]
S[120]
S[121]
S[122]
S[123]
S[124]
S[125]
S[126]
S[127]
S[128]
S[129]
S[130]
S[131]
S[132]
S[133]
S[134]
S[135]
S[136]
x
9328.5
9311.5
9294.5
9277.5
9260.5
9243.5
9226.5
9209.5
9192.5
9175.5
9158.5
9141.5
9124.5
9107.5
9090.5
9073.5
9056.5
9039.5
9022.5
9005.5
8988.5
8971.5
8954.5
8937.5
8920.5
8903.5
8886.5
8869.5
8852.5
8835.5
8818.5
8801.5
8784.5
8767.5
8750.5
8733.5
8716.5
8699.5
8682.5
8665.5
8648.5
8631.5
8614.5
8597.5
8580.5
8563.5
8546.5
8529.5
8512.5
8495.5
8478.5
8461.5
8444.5
8427.5
8410.5
8393.5
8376.5
8359.5
8342.5
8325.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
number
421
422
423
424
425
426
427
428
429
430
431
432
433
434
435
436
437
438
439
440
441
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
475
476
477
478
479
480
pad name
S[137]
S[138]
S[139]
S[140]
S[141]
S[142]
S[143]
S[144]
S[145]
S[146]
S[147]
S[148]
S[149]
S[150]
S[151]
S[152]
S[153]
S[154]
S[155]
S[156]
S[157]
S[158]
S[159]
S[160]
S[161]
S[162]
S[163]
S[164]
S[165]
S[166]
S[167]
S[168]
S[169]
S[170]
S[171]
S[172]
S[173]
S[174]
S[175]
S[176]
S[177]
S[178]
S[179]
S[180]
S[181]
S[182]
S[183]
S[184]
S[185]
S[186]
S[187]
S[188]
S[189]
S[190]
S[191]
S[192]
S[193]
S[194]
S[195]
S[196]
Page 48 of 55
x
8308.5
8291.5
8274.5
8257.5
8240.5
8223.5
8206.5
8189.5
8172.5
8155.5
8138.5
8121.5
8104.5
8087.5
8070.5
8053.5
8036.5
8019.5
8002.5
7985.5
7968.5
7951.5
7934.5
7917.5
7900.5
7883.5
7866.5
7849.5
7832.5
7815.5
7798.5
7781.5
7764.5
7747.5
7730.5
7713.5
7696.5
7679.5
7662.5
7645.5
7628.5
7611.5
7594.5
7577.5
7560.5
7543.5
7526.5
7509.5
7492.5
7475.5
7458.5
7441.5
7424.5
7407.5
7390.5
7373.5
7356.5
7339.5
7322.5
7305.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
ILI6126C
number pad name
481
S[197]
482
S[198]
483
S[199]
484
S[200]
485
S[201]
486
S[202]
487
S[203]
488
S[204]
489
S[205]
490
S[206]
491
S[207]
492
S[208]
493
S[209]
494
S[210]
495
S[211]
496
S[212]
497
S[213]
498
S[214]
499
S[215]
500
S[216]
501
S[217]
502
S[218]
503
S[219]
504
S[220]
505
S[221]
506
S[222]
507
S[223]
508
S[224]
509
S[225]
510
S[226]
511
S[227]
512
S[228]
513
S[229]
514
S[230]
515
S[231]
516
S[232]
517
S[233]
518
S[234]
519
S[235]
520
S[236]
521
S[237]
522
S[238]
523
S[239]
524
S[240]
525
S[241]
526
S[242]
527
S[243]
528
S[244]
529
S[245]
530
S[246]
531
S[247]
532
S[248]
533
S[249]
534
S[250]
535
S[251]
536
S[252]
537
S[253]
538
S[254]
539
S[255]
540
S[256]
x
7288.5
7271.5
7254.5
7237.5
7220.5
7203.5
7186.5
7169.5
7152.5
7135.5
7118.5
7101.5
7084.5
7067.5
7050.5
7033.5
7016.5
6999.5
6982.5
6965.5
6948.5
6931.5
6914.5
6897.5
6880.5
6863.5
6846.5
6829.5
6812.5
6795.5
6778.5
6761.5
6744.5
6727.5
6710.5
6693.5
6676.5
6659.5
6642.5
6625.5
6608.5
6591.5
6574.5
6557.5
6540.5
6523.5
6506.5
6489.5
6472.5
6455.5
6438.5
6421.5
6404.5
6387.5
6370.5
6353.5
6336.5
6319.5
6302.5
6285.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
Version: 0.01
number
541
542
543
544
545
546
547
548
549
550
551
552
553
554
555
556
557
558
559
560
561
562
563
564
565
566
567
568
569
570
571
572
573
574
575
576
577
578
579
580
581
582
583
584
585
586
587
588
589
590
591
592
593
594
595
596
597
598
599
600
pad name
S[257]
S[258]
S[259]
S[260]
S[261]
S[262]
S[263]
S[264]
S[265]
S[266]
S[267]
S[268]
S[269]
S[270]
S[271]
S[272]
S[273]
S[274]
S[275]
S[276]
S[277]
S[278]
S[279]
S[280]
S[281]
S[282]
S[283]
S[284]
S[285]
S[286]
S[287]
S[288]
S[289]
S[290]
S[291]
S[292]
S[293]
S[294]
S[295]
S[296]
S[297]
S[298]
S[299]
S[300]
S[301]
S[302]
S[303]
S[304]
S[305]
S[306]
S[307]
S[308]
S[309]
S[310]
S[311]
S[312]
S[313]
S[314]
S[315]
S[316]
x
6268.5
6251.5
6234.5
6217.5
6200.5
6183.5
6166.5
6149.5
6132.5
6115.5
6098.5
6081.5
6064.5
6047.5
6030.5
6013.5
5996.5
5979.5
5962.5
5945.5
5928.5
5911.5
5894.5
5877.5
5860.5
5843.5
5826.5
5809.5
5792.5
5775.5
5758.5
5741.5
5724.5
5707.5
5690.5
5673.5
5656.5
5639.5
5622.5
5605.5
5588.5
5571.5
5554.5
5537.5
5520.5
5503.5
5486.5
5469.5
5452.5
5435.5
5418.5
5401.5
5384.5
5367.5
5350.5
5333.5
5316.5
5299.5
5282.5
5265.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
number
601
602
603
604
605
606
607
608
609
610
611
612
613
614
615
616
617
618
619
620
621
622
623
624
625
626
627
628
629
630
631
632
633
634
635
636
637
638
639
640
641
642
643
644
645
646
647
648
649
650
651
652
653
654
655
656
657
658
659
660
pad name
S[317]
S[318]
S[319]
S[320]
S[321]
S[322]
S[323]
S[324]
S[325]
S[326]
S[327]
S[328]
S[329]
S[330]
S[331]
S[332]
S[333]
S[334]
S[335]
S[336]
S[337]
S[338]
S[339]
S[340]
S[341]
S[342]
S[343]
S[344]
S[345]
S[346]
S[347]
S[348]
S[349]
S[350]
S[351]
S[352]
S[353]
S[354]
S[355]
S[356]
S[357]
S[358]
S[359]
S[360]
S[361]
S[362]
S[363]
S[364]
S[365]
S[366]
S[367]
S[368]
S[369]
S[370]
S[371]
S[372]
S[373]
S[374]
S[375]
S[376]
Page 49 of 55
x
5248.5
5231.5
5214.5
5197.5
5180.5
5163.5
5146.5
5129.5
5112.5
5095.5
5078.5
5061.5
5044.5
5027.5
5010.5
4993.5
4976.5
4959.5
4942.5
4925.5
4908.5
4891.5
4874.5
4857.5
4840.5
4823.5
4806.5
4789.5
4772.5
4755.5
4738.5
4721.5
4704.5
4687.5
4670.5
4653.5
4636.5
4619.5
4602.5
4585.5
4568.5
4551.5
4534.5
4517.5
4500.5
4483.5
4466.5
4449.5
4432.5
4415.5
4398.5
4381.5
4364.5
4347.5
4330.5
4313.5
4296.5
4279.5
4262.5
4245.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
ILI6126C
number pad name
661
S[377]
662
S[378]
663
S[379]
664
S[380]
665
S[381]
666
S[382]
667
S[383]
668
S[384]
669
S[385]
670
S[386]
671
S[387]
672
S[388]
673
S[389]
674
S[390]
675
S[391]
676
S[392]
677
S[393]
678
S[394]
679
S[395]
680
S[396]
681
S[397]
682
S[398]
683
S[399]
684
S[400]
685
S[401]
686
S[402]
687
S[403]
688
S[404]
689
S[405]
690
S[406]
691
S[407]
692
S[408]
693
S[409]
694
S[410]
695
S[411]
696
S[412]
697
S[413]
698
S[414]
699
S[415]
700
S[416]
701
S[417]
702
S[418]
703
S[419]
704
S[420]
705
S[421]
706
S[422]
707
S[423]
708
S[424]
709
S[425]
710
S[426]
711
S[427]
712
S[428]
713
S[429]
714
S[430]
715
S[431]
716
S[432]
717
S[433]
718
S[434]
719
S[435]
720
S[436]
x
4228.5
4211.5
4194.5
4177.5
4160.5
4143.5
4126.5
4109.5
4092.5
4075.5
4058.5
4041.5
4024.5
4007.5
3990.5
3973.5
3956.5
3939.5
3922.5
3905.5
3888.5
3871.5
3854.5
3837.5
3820.5
3803.5
3786.5
3769.5
3752.5
3735.5
3718.5
3701.5
3684.5
3667.5
3650.5
3633.5
3616.5
3599.5
3582.5
3565.5
3548.5
3531.5
3514.5
3497.5
3480.5
3463.5
3446.5
3429.5
3412.5
3395.5
3378.5
3361.5
3344.5
3327.5
3310.5
3293.5
3276.5
3259.5
3242.5
3225.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
Version: 0.01
number
721
722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
738
739
740
741
742
743
744
745
746
747
748
749
750
751
752
753
754
755
756
757
758
759
760
761
762
763
764
765
766
767
768
769
770
771
772
773
774
775
776
777
778
779
780
pad name
S[437]
S[438]
S[439]
S[440]
S[441]
S[442]
S[443]
S[444]
S[445]
S[446]
S[447]
S[448]
S[449]
S[450]
S[451]
S[452]
S[453]
S[454]
S[455]
S[456]
S[457]
S[458]
S[459]
S[460]
S[461]
S[462]
S[463]
S[464]
S[465]
S[466]
S[467]
S[468]
S[469]
S[470]
S[471]
S[472]
S[473]
S[474]
S[475]
S[476]
S[477]
S[478]
S[479]
S[480]
S[481]
S[482]
S[483]
S[484]
S[485]
S[486]
S[487]
S[488]
S[489]
S[490]
S[491]
S[492]
S[493]
S[494]
S[495]
S[496]
x
3208.5
3191.5
3174.5
3157.5
3140.5
3123.5
3106.5
3089.5
3072.5
3055.5
3038.5
3021.5
3004.5
2987.5
2970.5
2953.5
2936.5
2919.5
2902.5
2885.5
2868.5
2851.5
2834.5
2817.5
2800.5
2783.5
2766.5
2749.5
2732.5
2715.5
2698.5
2681.5
2664.5
2647.5
2630.5
2613.5
2596.5
2579.5
2562.5
2545.5
2528.5
2511.5
2494.5
2477.5
2460.5
2443.5
2426.5
2409.5
2392.5
2375.5
2358.5
2341.5
2324.5
2307.5
2290.5
2273.5
2256.5
2239.5
2222.5
2205.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
number
781
782
783
784
785
786
787
788
789
790
791
792
793
794
795
796
797
798
799
800
801
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830
831
832
833
834
835
836
837
838
839
840
pad name
S[497]
S[498]
S[499]
S[500]
S[501]
S[502]
S[503]
S[504]
S[505]
S[506]
S[507]
S[508]
S[509]
S[510]
S[511]
S[512]
S[513]
S[514]
S[515]
S[516]
S[517]
S[518]
S[519]
S[520]
S[521]
S[522]
S[523]
S[524]
S[525]
S[526]
S[527]
S[528]
S[529]
S[530]
S[531]
S[532]
S[533]
S[534]
S[535]
S[536]
S[537]
S[538]
S[539]
S[540]
S[541]
S[542]
S[543]
S[544]
S[545]
S[546]
S[547]
S[548]
S[549]
S[550]
S[551]
S[552]
S[553]
S[554]
S[555]
S[556]
Page 50 of 55
x
2188.5
2171.5
2154.5
2137.5
2120.5
2103.5
2086.5
2069.5
2052.5
2035.5
2018.5
2001.5
1984.5
1967.5
1950.5
1933.5
1916.5
1899.5
1882.5
1865.5
1848.5
1831.5
1814.5
1797.5
1780.5
1763.5
1746.5
1729.5
1712.5
1695.5
1678.5
1661.5
1644.5
1627.5
1610.5
1593.5
1576.5
1559.5
1542.5
1525.5
1508.5
1491.5
1474.5
1457.5
1440.5
1423.5
1406.5
1389.5
1372.5
1355.5
1338.5
1321.5
1304.5
1287.5
1270.5
1253.5
1236.5
1219.5
1202.5
1185.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
number
841
842
843
844
845
846
847
848
849
850
851
852
853
854
855
856
857
858
859
860
861
862
863
864
865
866
867
868
869
870
871
872
873
874
875
876
877
878
879
880
881
882
883
884
885
886
887
888
889
890
891
892
893
894
895
896
897
898
899
900
ILI6126C
pad name
S[557]
S[558]
S[559]
S[560]
S[561]
S[562]
S[563]
S[564]
S[565]
S[566]
S[567]
S[568]
S[569]
S[570]
S[571]
S[572]
S[573]
S[574]
S[575]
S[576]
S[577]
S[578]
S[579]
S[580]
S[581]
S[582]
S[583]
S[584]
S[585]
S[586]
S[587]
S[588]
S[589]
S[590]
S[591]
S[592]
S[593]
S[594]
S[595]
S[596]
S[597]
S[598]
S[599]
S[600]
SHIELDING[60]
SHIELDING[61]
SHIELDING[62]
SHIELDING[63]
SHIELDING[64]
SHIELDING[65]
SHIELDING[66]
SHIELDING[67]
SHIELDING[68]
SHIELDING[69]
SHIELDING[70]
SHIELDING[71]
S[601]
S[602]
S[603]
S[604]
x
1168.5
1151.5
1134.5
1117.5
1100.5
1083.5
1066.5
1049.5
1032.5
1015.5
998.5
981.5
964.5
947.5
930.5
913.5
896.5
879.5
862.5
845.5
828.5
811.5
794.5
777.5
760.5
743.5
726.5
709.5
692.5
675.5
658.5
641.5
624.5
607.5
590.5
573.5
556.5
539.5
522.5
505.5
488.5
471.5
454.5
437.5
403.5
369.5
335.5
301.5
267.5
233.5
-233.5
-267.5
-301.5
-335.5
-369.5
-403.5
-437.5
-454.5
-471.5
-488.5
y
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
77
217
357
357
357
357
357
357
357
357
357
357
357
357
357
357
217
77
357
Version: 0.01
number
901
902
903
904
905
906
907
908
909
910
911
912
913
914
915
916
917
918
919
920
921
922
923
924
925
926
927
928
929
930
931
932
933
934
935
936
937
938
939
940
941
942
943
944
945
946
947
948
949
950
951
952
953
954
955
956
957
958
959
960
pad name
S[605]
S[606]
S[607]
S[608]
S[609]
S[610]
S[611]
S[612]
S[613]
S[614]
S[615]
S[616]
S[617]
S[618]
S[619]
S[620]
S[621]
S[622]
S[623]
S[624]
S[625]
S[626]
S[627]
S[628]
S[629]
S[630]
S[631]
S[632]
S[633]
S[634]
S[635]
S[636]
S[637]
S[638]
S[639]
S[640]
S[641]
S[642]
S[643]
S[644]
S[645]
S[646]
S[647]
S[648]
S[649]
S[650]
S[651]
S[652]
S[653]
S[654]
S[655]
S[656]
S[657]
S[658]
S[659]
S[660]
S[661]
S[662]
S[663]
S[664]
x
-505.5
-522.5
-539.5
-556.5
-573.5
-590.5
-607.5
-624.5
-641.5
-658.5
-675.5
-692.5
-709.5
-726.5
-743.5
-760.5
-777.5
-794.5
-811.5
-828.5
-845.5
-862.5
-879.5
-896.5
-913.5
-930.5
-947.5
-964.5
-981.5
-998.5
-1015.5
-1032.5
-1049.5
-1066.5
-1083.5
-1100.5
-1117.5
-1134.5
-1151.5
-1168.5
-1185.5
-1202.5
-1219.5
-1236.5
-1253.5
-1270.5
-1287.5
-1304.5
-1321.5
-1338.5
-1355.5
-1372.5
-1389.5
-1406.5
-1423.5
-1440.5
-1457.5
-1474.5
-1491.5
-1508.5
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
number
961
962
963
964
965
966
967
968
969
970
971
972
973
974
975
976
977
978
979
980
981
982
983
984
985
986
987
988
989
990
991
992
993
994
995
996
997
998
999
1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010
1011
1012
1013
1014
1015
1016
1017
1018
1019
1020
pad name
S[665]
S[666]
S[667]
S[668]
S[669]
S[670]
S[671]
S[672]
S[673]
S[674]
S[675]
S[676]
S[677]
S[678]
S[679]
S[680]
S[681]
S[682]
S[683]
S[684]
S[685]
S[686]
S[687]
S[688]
S[689]
S[690]
S[691]
S[692]
S[693]
S[694]
S[695]
S[696]
S[697]
S[698]
S[699]
S[700]
S[701]
S[702]
S[703]
S[704]
S[705]
S[706]
S[707]
S[708]
S[709]
S[710]
S[711]
S[712]
S[713]
S[714]
S[715]
S[716]
S[717]
S[718]
S[719]
S[720]
S[721]
S[722]
S[723]
S[724]
Page 51 of 55
x
-1525.5
-1542.5
-1559.5
-1576.5
-1593.5
-1610.5
-1627.5
-1644.5
-1661.5
-1678.5
-1695.5
-1712.5
-1729.5
-1746.5
-1763.5
-1780.5
-1797.5
-1814.5
-1831.5
-1848.5
-1865.5
-1882.5
-1899.5
-1916.5
-1933.5
-1950.5
-1967.5
-1984.5
-2001.5
-2018.5
-2035.5
-2052.5
-2069.5
-2086.5
-2103.5
-2120.5
-2137.5
-2154.5
-2171.5
-2188.5
-2205.5
-2222.5
-2239.5
-2256.5
-2273.5
-2290.5
-2307.5
-2324.5
-2341.5
-2358.5
-2375.5
-2392.5
-2409.5
-2426.5
-2443.5
-2460.5
-2477.5
-2494.5
-2511.5
-2528.5
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
ILI6126C
number pad name
1021
S[725]
1022
S[726]
1023
S[727]
1024
S[728]
1025
S[729]
1026
S[730]
1027
S[731]
1028
S[732]
1029
S[733]
1030
S[734]
1031
S[735]
1032
S[736]
1033
S[737]
1034
S[738]
1035
S[739]
1036
S[740]
1037
S[741]
1038
S[742]
1039
S[743]
1040
S[744]
1041
S[745]
1042
S[746]
1043
S[747]
1044
S[748]
1045
S[749]
1046
S[750]
1047
S[751]
1048
S[752]
1049
S[753]
1050
S[754]
1051
S[755]
1052
S[756]
1053
S[757]
1054
S[758]
1055
S[759]
1056
S[760]
1057
S[761]
1058
S[762]
1059
S[763]
1060
S[764]
1061
S[765]
1062
S[766]
1063
S[767]
1064
S[768]
1065
S[769]
1066
S[770]
1067
S[771]
1068
S[772]
1069
S[773]
1070
S[774]
1071
S[775]
1072
S[776]
1073
S[777]
1074
S[778]
1075
S[779]
1076
S[780]
1077
S[781]
1078
S[782]
1079
S[783]
1080
S[784]
x
-2545.5
-2562.5
-2579.5
-2596.5
-2613.5
-2630.5
-2647.5
-2664.5
-2681.5
-2698.5
-2715.5
-2732.5
-2749.5
-2766.5
-2783.5
-2800.5
-2817.5
-2834.5
-2851.5
-2868.5
-2885.5
-2902.5
-2919.5
-2936.5
-2953.5
-2970.5
-2987.5
-3004.5
-3021.5
-3038.5
-3055.5
-3072.5
-3089.5
-3106.5
-3123.5
-3140.5
-3157.5
-3174.5
-3191.5
-3208.5
-3225.5
-3242.5
-3259.5
-3276.5
-3293.5
-3310.5
-3327.5
-3344.5
-3361.5
-3378.5
-3395.5
-3412.5
-3429.5
-3446.5
-3463.5
-3480.5
-3497.5
-3514.5
-3531.5
-3548.5
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
Version: 0.01
number
1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
1111
1112
1113
1114
1115
1116
1117
1118
1119
1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138
1139
1140
pad name
S[785]
S[786]
S[787]
S[788]
S[789]
S[790]
S[791]
S[792]
S[793]
S[794]
S[795]
S[796]
S[797]
S[798]
S[799]
S[800]
S[801]
S[802]
S[803]
S[804]
S[805]
S[806]
S[807]
S[808]
S[809]
S[810]
S[811]
S[812]
S[813]
S[814]
S[815]
S[816]
S[817]
S[818]
S[819]
S[820]
S[821]
S[822]
S[823]
S[824]
S[825]
S[826]
S[827]
S[828]
S[829]
S[830]
S[831]
S[832]
S[833]
S[834]
S[835]
S[836]
S[837]
S[838]
S[839]
S[840]
S[841]
S[842]
S[843]
S[844]
x
-3565.5
-3582.5
-3599.5
-3616.5
-3633.5
-3650.5
-3667.5
-3684.5
-3701.5
-3718.5
-3735.5
-3752.5
-3769.5
-3786.5
-3803.5
-3820.5
-3837.5
-3854.5
-3871.5
-3888.5
-3905.5
-3922.5
-3939.5
-3956.5
-3973.5
-3990.5
-4007.5
-4024.5
-4041.5
-4058.5
-4075.5
-4092.5
-4109.5
-4126.5
-4143.5
-4160.5
-4177.5
-4194.5
-4211.5
-4228.5
-4245.5
-4262.5
-4279.5
-4296.5
-4313.5
-4330.5
-4347.5
-4364.5
-4381.5
-4398.5
-4415.5
-4432.5
-4449.5
-4466.5
-4483.5
-4500.5
-4517.5
-4534.5
-4551.5
-4568.5
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
number
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
1159
1160
1161
1162
1163
1164
1165
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
1184
1185
1186
1187
1188
1189
1190
1191
1192
1193
1194
1195
1196
1197
1198
1199
1200
pad name
S[845]
S[846]
S[847]
S[848]
S[849]
S[850]
S[851]
S[852]
S[853]
S[854]
S[855]
S[856]
S[857]
S[858]
S[859]
S[860]
S[861]
S[862]
S[863]
S[864]
S[865]
S[866]
S[867]
S[868]
S[869]
S[870]
S[871]
S[872]
S[873]
S[874]
S[875]
S[876]
S[877]
S[878]
S[879]
S[880]
S[881]
S[882]
S[883]
S[884]
S[885]
S[886]
S[887]
S[888]
S[889]
S[890]
S[891]
S[892]
S[893]
S[894]
S[895]
S[896]
S[897]
S[898]
S[899]
S[900]
S[901]
S[902]
S[903]
S[904]
x
-4585.5
-4602.5
-4619.5
-4636.5
-4653.5
-4670.5
-4687.5
-4704.5
-4721.5
-4738.5
-4755.5
-4772.5
-4789.5
-4806.5
-4823.5
-4840.5
-4857.5
-4874.5
-4891.5
-4908.5
-4925.5
-4942.5
-4959.5
-4976.5
-4993.5
-5010.5
-5027.5
-5044.5
-5061.5
-5078.5
-5095.5
-5112.5
-5129.5
-5146.5
-5163.5
-5180.5
-5197.5
-5214.5
-5231.5
-5248.5
-5265.5
-5282.5
-5299.5
-5316.5
-5333.5
-5350.5
-5367.5
-5384.5
-5401.5
-5418.5
-5435.5
-5452.5
-5469.5
-5486.5
-5503.5
-5520.5
-5537.5
-5554.5
-5571.5
-5588.5
number
1261
pad name
S[965]
x
y
-6625.5 217
number
1321
pad name
S[1025]
x
y
-7645.5 217
Page 52 of 55
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
ILI6126C
number pad name
1201
S[905]
1202
S[906]
1203
S[907]
1204
S[908]
1205
S[909]
1206
S[910]
1207
S[911]
1208
S[912]
1209
S[913]
1210
S[914]
1211
S[915]
1212
S[916]
1213
S[917]
1214
S[918]
1215
S[919]
1216
S[920]
1217
S[921]
1218
S[922]
1219
S[923]
1220
S[924]
1221
S[925]
1222
S[926]
1223
S[927]
1224
S[928]
1225
S[929]
1226
S[930]
1227
S[931]
1228
S[932]
1229
S[933]
1230
S[934]
1231
S[935]
1232
S[936]
1233
S[937]
1234
S[938]
1235
S[939]
1236
S[940]
1237
S[941]
1238
S[942]
1239
S[943]
1240
S[944]
1241
S[945]
1242
S[946]
1243
S[947]
1244
S[948]
1245
S[949]
1246
S[950]
1247
S[951]
1248
S[952]
1249
S[953]
1250
S[954]
1251
S[955]
1252
S[956]
1253
S[957]
1254
S[958]
1255
S[959]
1256
S[960]
1257
S[961]
1258
S[962]
1259
S[963]
1260
S[964]
x
-5605.5
-5622.5
-5639.5
-5656.5
-5673.5
-5690.5
-5707.5
-5724.5
-5741.5
-5758.5
-5775.5
-5792.5
-5809.5
-5826.5
-5843.5
-5860.5
-5877.5
-5894.5
-5911.5
-5928.5
-5945.5
-5962.5
-5979.5
-5996.5
-6013.5
-6030.5
-6047.5
-6064.5
-6081.5
-6098.5
-6115.5
-6132.5
-6149.5
-6166.5
-6183.5
-6200.5
-6217.5
-6234.5
-6251.5
-6268.5
-6285.5
-6302.5
-6319.5
-6336.5
-6353.5
-6370.5
-6387.5
-6404.5
-6421.5
-6438.5
-6455.5
-6472.5
-6489.5
-6506.5
-6523.5
-6540.5
-6557.5
-6574.5
-6591.5
-6608.5
y
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
number pad name
x
y
1381
S[1085] -8665.5 217
Version: 0.01
1262
1263
1264
1265
1266
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286
1287
1288
1289
1290
1291
1292
1293
1294
1295
1296
1297
1298
1299
1300
1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317
1318
1319
1320
S[966]
S[967]
S[968]
S[969]
S[970]
S[971]
S[972]
S[973]
S[974]
S[975]
S[976]
S[977]
S[978]
S[979]
S[980]
S[981]
S[982]
S[983]
S[984]
S[985]
S[986]
S[987]
S[988]
S[989]
S[990]
S[991]
S[992]
S[993]
S[994]
S[995]
S[996]
S[997]
S[998]
S[999]
S[1000]
S[1001]
S[1002]
S[1003]
S[1004]
S[1005]
S[1006]
S[1007]
S[1008]
S[1009]
S[1010]
S[1011]
S[1012]
S[1013]
S[1014]
S[1015]
S[1016]
S[1017]
S[1018]
S[1019]
S[1020]
S[1021]
S[1022]
S[1023]
S[1024]
number
1441
1442
pad name
S[1145]
S[1146]
-6642.5
-6659.5
-6676.5
-6693.5
-6710.5
-6727.5
-6744.5
-6761.5
-6778.5
-6795.5
-6812.5
-6829.5
-6846.5
-6863.5
-6880.5
-6897.5
-6914.5
-6931.5
-6948.5
-6965.5
-6982.5
-6999.5
-7016.5
-7033.5
-7050.5
-7067.5
-7084.5
-7101.5
-7118.5
-7135.5
-7152.5
-7169.5
-7186.5
-7203.5
-7220.5
-7237.5
-7254.5
-7271.5
-7288.5
-7305.5
-7322.5
-7339.5
-7356.5
-7373.5
-7390.5
-7407.5
-7424.5
-7441.5
-7458.5
-7475.5
-7492.5
-7509.5
-7526.5
-7543.5
-7560.5
-7577.5
-7594.5
-7611.5
-7628.5
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
1322
1323
1324
1325
1326
1327
1328
1329
1330
1331
1332
1333
1334
1335
1336
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346
1347
1348
1349
1350
1351
1352
1353
1354
1355
1356
1357
1358
1359
1360
1361
1362
1363
1364
1365
1366
1367
1368
1369
1370
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
S[1026]
S[1027]
S[1028]
S[1029]
S[1030]
S[1031]
S[1032]
S[1033]
S[1034]
S[1035]
S[1036]
S[1037]
S[1038]
S[1039]
S[1040]
S[1041]
S[1042]
S[1043]
S[1044]
S[1045]
S[1046]
S[1047]
S[1048]
S[1049]
S[1050]
S[1051]
S[1052]
S[1053]
S[1054]
S[1055]
S[1056]
S[1057]
S[1058]
S[1059]
S[1060]
S[1061]
S[1062]
S[1063]
S[1064]
S[1065]
S[1066]
S[1067]
S[1068]
S[1069]
S[1070]
S[1071]
S[1072]
S[1073]
S[1074]
S[1075]
S[1076]
S[1077]
S[1078]
S[1079]
S[1080]
S[1081]
S[1082]
S[1083]
S[1084]
x
y
-9685.5 217
-9702.5 77
number
1471
1472
pad name
S[1175]
S[1176]
Page 53 of 55
-7662.5
-7679.5
-7696.5
-7713.5
-7730.5
-7747.5
-7764.5
-7781.5
-7798.5
-7815.5
-7832.5
-7849.5
-7866.5
-7883.5
-7900.5
-7917.5
-7934.5
-7951.5
-7968.5
-7985.5
-8002.5
-8019.5
-8036.5
-8053.5
-8070.5
-8087.5
-8104.5
-8121.5
-8138.5
-8155.5
-8172.5
-8189.5
-8206.5
-8223.5
-8240.5
-8257.5
-8274.5
-8291.5
-8308.5
-8325.5
-8342.5
-8359.5
-8376.5
-8393.5
-8410.5
-8427.5
-8444.5
-8461.5
-8478.5
-8495.5
-8512.5
-8529.5
-8546.5
-8563.5
-8580.5
-8597.5
-8614.5
-8631.5
-8648.5
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
x
y
-10195.5 217
-10212.5 77
1382
1383
1384
1385
1386
1387
1388
1389
1390
1391
1392
1393
1394
1395
1396
1397
1398
1399
1400
1401
1402
1403
1404
1405
1406
1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
1440
number
1501
1502
ILI6126C
S[1086]
S[1087]
S[1088]
S[1089]
S[1090]
S[1091]
S[1092]
S[1093]
S[1094]
S[1095]
S[1096]
S[1097]
S[1098]
S[1099]
S[1100]
S[1101]
S[1102]
S[1103]
S[1104]
S[1105]
S[1106]
S[1107]
S[1108]
S[1109]
S[1110]
S[1111]
S[1112]
S[1113]
S[1114]
S[1115]
S[1116]
S[1117]
S[1118]
S[1119]
S[1120]
S[1121]
S[1122]
S[1123]
S[1124]
S[1125]
S[1126]
S[1127]
S[1128]
S[1129]
S[1130]
S[1131]
S[1132]
S[1133]
S[1134]
S[1135]
S[1136]
S[1137]
S[1138]
S[1139]
S[1140]
S[1141]
S[1142]
S[1143]
S[1144]
pad name
XON_R
XON_R
-8682.5
-8699.5
-8716.5
-8733.5
-8750.5
-8767.5
-8784.5
-8801.5
-8818.5
-8835.5
-8852.5
-8869.5
-8886.5
-8903.5
-8920.5
-8937.5
-8954.5
-8971.5
-8988.5
-9005.5
-9022.5
-9039.5
-9056.5
-9073.5
-9090.5
-9107.5
-9124.5
-9141.5
-9158.5
-9175.5
-9192.5
-9209.5
-9226.5
-9243.5
-9260.5
-9277.5
-9294.5
-9311.5
-9328.5
-9345.5
-9362.5
-9379.5
-9396.5
-9413.5
-9430.5
-9447.5
-9464.5
-9481.5
-9498.5
-9515.5
-9532.5
-9549.5
-9566.5
-9583.5
-9600.5
-9617.5
-9634.5
-9651.5
-9668.5
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
x
y
-10864 377
-10914 377
Version: 0.01
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457
1458
1459
1460
1461
1462
1463
1464
1465
1466
1467
1468
1469
1470
S[1147]
S[1148]
S[1149]
S[1150]
S[1151]
S[1152]
S[1153]
S[1154]
S[1155]
S[1156]
S[1157]
S[1158]
S[1159]
S[1160]
S[1161]
S[1162]
S[1163]
S[1164]
S[1165]
S[1166]
S[1167]
S[1168]
S[1169]
S[1170]
S[1171]
S[1172]
S[1173]
S[1174]
-9719.5
-9736.5
-9753.5
-9770.5
-9787.5
-9804.5
-9821.5
-9838.5
-9855.5
-9872.5
-9889.5
-9906.5
-9923.5
-9940.5
-9957.5
-9974.5
-9991.5
-10008.5
-10025.5
-10042.5
-10059.5
-10076.5
-10093.5
-10110.5
-10127.5
-10144.5
-10161.5
-10178.5
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
1473
1474
1475
1476
1477
1478
1479
1480
1481
1482
1483
1484
1485
1486
1487
1488
1489
1490
1491
1492
1493
1494
1495
1496
1497
1498
1499
1500
S[1177]
S[1178]
S[1179]
S[1180]
S[1181]
S[1182]
S[1183]
S[1184]
S[1185]
S[1186]
S[1187]
S[1188]
S[1189]
S[1190]
S[1191]
S[1192]
S[1193]
S[1194]
S[1195]
S[1196]
S[1197]
S[1198]
S[1199]
S[1200]
SHIELDING[72]
COM1_T
COM1_T
SHIELDING[73]
-10229.5
-10246.5
-10263.5
-10280.5
-10297.5
-10314.5
-10331.5
-10348.5
-10365.5
-10382.5
-10399.5
-10416.5
-10433.5
-10450.5
-10467.5
-10484.5
-10501.5
-10518.5
-10535.5
-10552.5
-10569.5
-10586.5
-10603.5
-10620.5
-10664
-10714
-10764
-10814
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
357
217
77
377
377
377
377
1503
1504
1505
1506
1507
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
ILI6126C
F_CTRL_R
SHIELDING[74]
OEV_R
SHIELDING[75]
UD_R
SHIELDING76]
CKV_R
SHIELDING[77]
STV1_R
SHIELDING[78]
STV2_R
SHIELDING[79]
STV1_R
SHIELDING[80]
TP[9]
SHIELDING[81]
STBN_R
SHIELDING[82]
TP[10]
TP[11]
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
-11179
-11049
397
357
317
277
237
197
157
117
77
37
-3
-43
-83
-123
-163
-203
-243
-283
-323
-363
Note: IC Pads Coordination values that concern thermal shift issue (After bonding Process)!!
Alignment Mark
--Alignment mark coordinate
Left (-10773, 93)
Right (10773, 93)
--Alignment Mark size
20um 25um
20um 25um
25um
25um
25um 20um
25um 20um
`
Page 54 of 55
Version: 0.01
ILI6126C
15. Revision History
Version No.
V0.01
Date
Page
All
Description
New creat
2011/06/16
Page 55 of 55
Version: 0.01

ILI6126C - Orient Display

Transcription

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