Datasheet-2

a-Si TFT LCD Single Chip Driver
132RGBx162 Resolution and 262K color
ILI9163C
Page 11 of 200 Version:0.09
Pin Name I/O
Descriptions
If the register is not changed, this H/W pin is always valid. If the register be
changed, should be following registers setting.
When Power On or H/W reset, this function follow H/W pins setting first.
SMX I
Source output direction H/W select pin
Source Output Direction
SMX
GM=’101’ GM=’100’ GM=’011’ GM=’010’ GM=’001’ GM=’000’
0
S1  S396 S7  S396 S7  S390 S7  S366 S7  S390 S1  S396
1
S396  S1 S396  S7 S390  S7 S366  S7 S390  S7 S396  S1
If the register is not changed, this H/W pin is always valid. If the register be
changed, should be following registers setting and H/W operation (XOR). When
Power On or H/W reset, this function follow H/W pins setting first.
SMY I
Gate output direction H/W select pin
Gate Output Direction
SMY
GM=’101’ GM=’100’ GM=’011’,’010’ GM=’001’ GM=’000’
0
G2  G133 G2  G131 G2  G161 G2  G129 G1  G162
1
G133  G2 G131  G2 G161  G2 G129  G2 G162  G1
If the register is not changed, this H/W pin is always valid. If the register be
changed, should be following registers setting and H/W operation(XOR).
When Power On or H/W reset, this function follow H/W pins setting first.
SHUT I
Display On/ Off H/W control pin In RGB I/F(Only for RGB interface(2))
SHUT Display On/Off in RGB interface
0 Display on
1 Display off
Please refer RGB I/F for detail using.
REV I
Source output data polarity select H/W pin.
REV Source output data polarity
0 Data not reverse
1 Data reverse
If the register is not changed, this H/W pin is always valid. If the register be
changed, should be following registers setting.
When Power On or H/W reset, this function follow H/W pins setting first.
LCM[1:0]
I
Different Liquid Crystal type selection pins.
There is a pull-low resistor only in LCM1 pin
LCM1 LCM0 LC Type Selection
0 0
0 1
1 0
1 1
TM (Transmission) LC Type2
GS
I
Input pin to select the gamma curve order
Connect to VDDI for GC0(2,2), GC1(1.8), GC2(2.5), GC3(1.0)
Connect to GND for GC0(1,0), GC1(2.5), GC2(2.2), GC3(1.8)