參數(shù)資料
型號(hào)： LH168M
廠商： Sharp Corporation
英文描述： 384-output TFT-LCD Source Driver IC
中文描述： 384輸出的TFT - LCD驅(qū)動(dòng)器IC
文件頁數(shù)： 10/17頁
文件大小： 109K
代理商： LH168M
10
LH168M
Output Voltage Value
Two voltages are selected from all of the reference
voltages (V
0
-V
64
) by the upper 3-bit data (D
5
, D
4
and D
3
) of the 6-bit input data (D
5
, D
4
, D
3
, D
2
, D
1
and D
0
) taken by time sharing, and intermediate
value is determined by the lower 3-bit data (D
2
, D
1
and D
0
). The V
i
is a reference voltage (VH
i
or VL
i
)
that is determined by the polarity exchange input
(REV). Relation between input data and output
voltage values is shown below.
(
i
=
0
,
8
,
16
,
24
,
32
,
40
,
48
,
56
,
64
)
(1) Output voltage when reference voltage is VH
0
to VH
64
.
INPUT
DATA
POL = "L"
0
VH
0
1
VH
8
+ (VH
0
– VH
8
) x 7/8
VH
64
+ (VH
56
– VH
64
) x 2/8
2
VH
8
+ (VH
0
– VH
8
) x 6/8
VH
64
+ (VH
56
– VH
64
) x 3/8
3
VH
8
+ (VH
0
– VH
8
) x 5/8
VH
64
+ (VH
56
– VH
64
) x 4/8
4
VH
8
+ (VH
0
– VH
8
) x 4/8
VH
64
+ (VH
56
– VH
64
) x 5/8
5
VH
8
+ (VH
0
– VH
8
) x 3/8
VH
64
+ (VH
56
– VH
64
) x 6/8
6
VH
8
+ (VH
0
– VH
8
) x 2/8
VH
64
+ (VH
56
– VH
64
) x 7/8
7
VH
8
+ (VH
0
– VH
8
) x 1/8
8
VH
8
9
VH
16
+ (VH
8
– VH
16
) x 7/8 VH
56
+ (VH
48
– VH
56
) x 2/8
A
VH
16
+ (VH
8
– VH
16
) x 6/8 VH
56
+ (VH
48
– VH
56
) x 3/8
B
VH
16
+ (VH
8
– VH
16
) x 5/8 VH
56
+ (VH
48
– VH
56
) x 4/8
C
VH
16
+ (VH
8
– VH
16
) x 4/8 VH
56
+ (VH
48
– VH
56
) x 5/8
D
VH
16
+ (VH
8
– VH
16
) x 3/8 VH
56
+ (VH
48
– VH
56
) x 6/8
E
VH
16
+ (VH
8
– VH
16
) x 2/8 VH
56
+ (VH
48
– VH
56
) x 7/8
F
VH
16
+ (VH
8
– VH
16
) x 1/8
10
VH
16
11
VH
24
+ (VH
16
– VH
24
) x 7/8 VH
48
+ (VH
40
– VH
48
) x 2/8
12
VH
24
+ (VH
16
– VH
24
) x 6/8 VH
48
+ (VH
40
– VH
48
) x 3/8
13
VH
24
+ (VH
16
– VH
24
) x 5/8 VH
48
+ (VH
40
– VH
48
) x 4/8
14
VH
24
+ (VH
16
– VH
24
) x 4/8 VH
48
+ (VH
40
– VH
48
) x 5/8
15
VH
24
+ (VH
16
– VH
24
) x 3/8 VH
48
+ (VH
40
– VH
48
) x 6/8
16
VH
24
+ (VH
16
– VH
24
) x 2/8 VH
48
+ (VH
40
– VH
48
) x 7/8
17
VH
24
+ (VH
16
– VH
24
) x 1/8
18
VH
24
19
VH
32
+ (VH
24
– VH
32
) x 7/8 VH
40
+ (VH
32
– VH
40
) x 2/8
1A
VH
32
+ (VH
24
– VH
32
) x 6/8 VH
40
+ (VH
32
– VH
40
) x 3/8
1B
VH
32
+ (VH
24
– VH
32
) x 5/8 VH
40
+ (VH
32
– VH
40
) x 4/8
1C
VH
32
+ (VH
24
– VH
32
) x 4/8 VH
40
+ (VH
32
– VH
40
) x 5/8
1D
VH
32
+ (VH
24
– VH
32
) x 3/8 VH
40
+ (VH
32
– VH
40
) x 6/8
1E
VH
32
+ (VH
24
– VH
32
) x 2/8 VH
40
+ (VH
32
– VH
40
) x 7/8
1F
VH
32
+ (VH
24
– VH
32
) x 1/8
OUTPUT VOLTAGE
INPUT
DATA
20
21
22
23
24
25
26
27
28
29
2A
2B
2C
2D
2E
2F
30
31
32
33
34
35
36
37
38
39
3A
3B
3C
3D
3E
3F
OUTPUT VOLTAGE
POL = "L"
VH
32
VH
40
+ (VH
32
– VH
40
) x 7/8 VH
32
+ (VH
24
– VH
32
) x 2/8
VH
40
+ (VH
32
– VH
40
) x 6/8 VH
32
+ (VH
24
– VH
32
) x 3/8
VH
40
+ (VH
32
– VH
40
) x 5/8 VH
32
+ (VH
24
– VH
32
) x 4/8
VH
40
+ (VH
32
– VH
40
) x 4/8 VH
32
+ (VH
24
– VH
32
) x 5/8
VH
40
+ (VH
32
– VH
40
) x 3/8 VH
32
+ (VH
24
– VH
32
) x 6/8
VH
40
+ (VH
32
– VH
40
) x 2/8 VH
32
+ (VH
24
– VH
32
) x 7/8
VH
40
+ (VH
32
– VH
40
) x 1/8
VH
40
VH
48
+ (VH
40
– VH
48
) x 7/8 VH
24
+ (VH
16
– VH
24
) x 2/8
VH
48
+ (VH
40
– VH
48
) x 6/8 VH
24
+ (VH
16
– VH
24
) x 3/8
VH
48
+ (VH
40
– VH
48
) x 5/8 VH
24
+ (VH
16
– VH
24
) x 4/8
VH
48
+ (VH
40
– VH
48
) x 4/8 VH
24
+ (VH
16
– VH
24
) x 5/8
VH
48
+ (VH
40
– VH
48
) x 3/8 VH
24
+ (VH
16
– VH
24
) x 6/8
VH
48
+ (VH
40
– VH
48
) x 2/8 VH
24
+ (VH
16
– VH
24
) x 7/8
VH
48
+ (VH
40
– VH
48
) x 1/8
VH
48
VH
56
+ (VH
48
– VH
56
) x 7/8 VH
16
+ (VH
8
– VH
16
) x 2/8
VH
56
+ (VH
48
– VH
56
) x 6/8 VH
16
+ (VH
8
– VH
16
) x 3/8
VH
56
+ (VH
48
– VH
56
) x 5/8 VH
16
+ (VH
8
– VH
16
) x 4/8
VH
56
+ (VH
48
– VH
56
) x 4/8 VH
16
+ (VH
8
– VH
16
) x 5/8
VH
56
+ (VH
48
– VH
56
) x 3/8 VH
16
+ (VH
8
– VH
16
) x 6/8
VH
56
+ (VH
48
– VH
56
) x 2/8 VH
16
+ (VH
8
– VH
16
) x 7/8
VH
56
+ (VH
48
– VH
56
) x 1/8
VH
56
VH
64
+ (VH
56
– VH
64
) x 7/8
VH
8
+ (VH
0
– VH
8
) x 2/8
VH
64
+ (VH
56
– VH
64
) x 6/8
VH
8
+ (VH
0
– VH
8
) x 3/8
VH
64
+ (VH
56
– VH
64
) x 5/8
VH
8
+ (VH
0
– VH
8
) x 4/8
VH
64
+ (VH
56
– VH
64
) x 4/8
VH
8
+ (VH
0
– VH
8
) x 5/8
VH
64
+ (VH
56
– VH
64
) x 3/8
VH
8
+ (VH
0
– VH
8
) x 6/8
VH
64
+ (VH
56
– VH
64
) x 2/8
VH
8
+ (VH
0
– VH
8
) x 7/8
VH
64
+ (VH
56
– VH
64
) x 1/8
POL = "H"
POL = "H"
VH
64
+ (VH
56
– VH
64
) x 1/8
VH
32
+ (VH
24
– VH
32
) x 1/8
VH
56
VH
24
VH
56
+ (VH
48
– VH
56
) x 1/8
VH
24
+ (VH
16
– VH
24
) x 1/8
VH
48
VH
16
VH
48
+ (VH
40
– VH
48
) x 1/8
VH
16
+ (VH
8
– VH
16
) x 1/8
VH
40
VH
8
VH
40
+ (VH
32
– VH
40
) x 1/8
VH
8
+ (VH
0
– VH
8
) x 1/8
VH
32
VH
0
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