Impedance_control
differential_100ohm
HSYNC_when_T-con_signal_is_not_supported
CPH(Horizontal_shift_clock)
H/STH(Horizontal_start_puls_1)
STB(Horizontal_enable_signal)
VCOM(Opposite_electrode_signal)
CPV(Vertical_clock)
SS
ON
SS
O
F
F
Rising
E
dge
Au
to
St
ar
t
B
ase
Mode
B
ypass
M
ode
Falling
E
dge
VSYNC_when_T-con_signal_is_not_supported
STV1(Vartical_start_puls_1)
25
60
55
63
23
65
28
27
26
6
18
39
33
32
29
61
50
31
20
8
51
30
7
62
19
9
42
10
48
47
45
46
44
37
34
35
36
41
40
38
43
22
21
17
16
15
14
13
12
11
5
4
3
2
1
64
54
53
52
49
24
59
58
57
56
DIN6
DIN7
DIN5
DIN21
DIN19
DIN11
DIN10
DIN9
DIN8
HDMI_RX_INT1
LCD_VDE
I6T8
C6
T5
56p
AGND
DIN3
DIN2
AGND
AGND
1000p
C6
T6
0.
1u
OPEN
10V
2.2k
DRS
C6T2
GND1
10B7>
HDMI_RX_5V*
HDMI_RX_INT2
ASIC_BT_EEP_WP*
LCD_VCOM
+3.3V
L6T6
L6T5
C6
U1
2.2k
IC6T0
LMN0
R6T5
0
R6T7
DIN27
LMN1
0
DIN26
OUT+
OUT-
DIN25
10k
R6U1
0
RX/SDA
R6U0
I6T4
R6T8
R6T9
I6T6
INT
DIN17
GND1
10V
OPEN
GND1
1u
5E8>
10B7>
LCD_HDE
0
LCD_HCK
Q1_VSYNC
LCD_VSP1
LCD_VCK
VIDEO_SCL
VIDEO_SDA
LVDS_LFLT*
LVDS-
Q1_HSYNC
10D7>
10B7>
10B8>
Q1_RED<7..2>
R6V3
7
5
6
4
3
2
10D7>
10D7>
10C8>
Q1_BLUE<7..2>
10C8>
10D7>
10B7>
7
6
5
4
3
6
7
5
4
R6T4
0
2
3
10D7>
16D3>
16E3>
15C6>
GND1
GND1
C6
V
0
56p
(CH)
(CH)
56p
C6
U2
(CH)
C6
V
1
1000p
0.
1u
C6
V
2
10V
(CH)
C6
U3
1000p
C6
U4
10V
0.
1u
(CH)
C6
T4
(CH)
6.
3V
1u
C6
T7
6.
3V
1u
C6
V
3
OPEN
(CH)
C6
V
4
56p
C6
U5
1u
OPEN
6.
3V
C6
U6
56p
(CH)
(CH)
C6
V
5
1000p
C6
V
6
0.
1u
10V
(CH)
C6
U7
1000p
C6
U8
0.
1u
10V
56p
C6
T8
(CH)
C6
T9
1000p
(CH)
GND1
0.
1u
C6
U0
10V
6.
3V
1u
OPEN
R6
V
4
10k
R6
V
5
I6T7
R6U8
I6T3
I6T2
+3.3V
10k
R6U7
I6T5
GND1
I6T1
I6T0
0
OPEN
0
OPEN
R6
T6
100
OPEN
2.2k
+3.3V
10V
0.22u
R6
T2
-D
5.
1k
R6
T3
-D
5.
1k
C6
T0
(CH)
56p
OPEN
47k
-D
R6
T0
+1.8V
-D
47k
R6
T1
6.
3V
1u
C6
V
7
OPEN
(CH)
C6
V
8
C6
U9
1u
6.
3V
OPEN
(CH)
1000p
C6
W
0
0.
1u
L6T3
L6T2
BK1608TS601-T
L6T1
L6T0
+1.8V
R6
U9
10k
6.
3V
C6
W1
BK1608TS601-T
BK1608TS601-T
BK1608TS601-T
L6T4
10k
R6
V
0
OPEN
10k
R6
V
2
GND1
10k
R6
V
1
+3.3V
+1.8V
2.
2k
R6
U3
OPEN
7C7<
7G3<>
7C7<>
19D3<>
(CH)
56p
C6
T1
OPEN
+3.3V
2.
2k
R6
U4
OPEN
2.
2k
R6
U5
2.
2k
R6
U6
OPEN
AVDD
AVDD
DIN24
DIN23
DIN22
DIN1
EXP
SSEN
DIN0
DVDD
PCLKIN
CDS
GND
SCK
WS
SD
GND
DVDD
MS
GND
GND
GND
DIN28
IOVDD
IOVDD
IOVDD
BWS
LFLT*
PWDN*
TX/SCL
DIN4
AUTOS*
DIN20
ES
DIN18
DIN16
DIN15
DIN14
DIN13
DIN12
10V
MAX9259
2
Q1_GREEN<7..2>
LCD_HSP1
56p
C6
V
9
BK1608TS601-T
BK1608TS601-T
BK1608TS601-T
5C8<
R6U2
C6T3
0.22u
+3.3V
19C3<>
7G3<>
19E6<>
LVDS+
GND1
19E6<>
I
I
I
I
I
I
I
I
I
108
Copyright (C) Mitsubishi Electric Corporation. Your company internal use only.
SCHEMATIC DIAGRAM ANALOG LVDS TX MODEL : NR-242UM-13LND0,13-WS
