TB1311AFG
2006-05-29
42
Application Circuit 1 (Typical Values)
TB
1311AF
G
AR
8
IN
/
D
C
1(
S3)
Y
2/G
2
IN
V/S GND
SY1 IN
AR3 IN
Y3/G3 IN
FB1 IN/DC3(SW LINE1)
AR2 IN
AL
1
IN
Y1/G1 IN
AR
1
IN
Cb1/B1 IN
AL4 IN
FB
4
IN
/
D
C
11(
L
IN
E
1-2)
C
r4/R
4
IN
C
r2/R
2
IN
AR
10
IN
/
D
C
9(
L
IN
E
3-2)
C
b2/B
2
IN
DC7(S1)
AL5 IN
CVBS6 IN
Yv
iO
U
T
Cr1/R1 IN
CVBS
4
IN
HD OUT
VD OUT
SYNC FILTER
Cb1/B1 OUT
AU Vcc (9V)
SD
A
SC
L
MONITOR OUT
CVBS1 OUT
Y1/G1 OUT
AR1 OUT
Cr2/R2 OUT
Cr1/R1 OUT
D
C
12(
S
2
)
SC
2
IN
AL2 OUT
AL
7
IN
SY
2
IN
AL
6
IN
AL3 OUT
Y2/G2 OUT
Cb2/B2 OUT
Y
4/G
4
IN
VD
IN
XT
A
L
HD
IN
Vs
s
AR5 IN
SC1 IN
AR4 IN
AL3 IN
AR9 IN/DC4(LINE3-1)
AL2 IN
CVBS
3
IN
SY
N
C
1
IN
AU
G
N
D
V
dd
(3
.3V
)
FB2 OUT
AR2 OUT
CVBS2 OUT
SYNC2 IN
V/S Vcc (5V)
FB1 OUT
AL1 OUT
AR3 OUT
AR
7
IN
C
b4/B
4
IN
AR
6
IN
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
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
CVBS5 IN
AL
8
IN
/
D
C
2(
S4)
AL9 IN/DC5(LINE2-1)
FB3 IN/DC6(LINE1-1)
Cr3/R3 IN
Cb3/B3 IN
FB2 IN/
DC8(SW LINE2)
AL
10
IN
/
D
C
10(
L
IN
E
2-2)
510Ω
10Ω
Y1/G1 OUT
CVBS1 OUT
10Ω
510Ω
10Ω
Cb1/B1 OUT
Cr1/R1 OUT
+
47μF
0.01μF
HD OUT
VD OUT
AL1 OUT
AR1 OUT
MONITOR OUT
AL3 OUT
AR3 OUT
FB1 OUT
510Ω
10Ω
Y2/G2 OUT
510Ω
10Ω
510Ω
10Ω
Cb2/B2 OUT
Cr2/R2 OUT
FB2 OUT
CVBS2 OUT
AR2 OUT
AL2 OUT
+
SD
A
SC
L
3.
57954
5M
Hz
10pF
470
Ω
470
Ω
VD
IN
1
00Ω
4.
7μ
F
HD
IN
1
00Ω
1μ
F
AR
8
IN
AL
8
IN
CVBS
4
IN
AL
1
IN
AR
1
IN
CVBS
3
IN
CVBS5 IN
AR2 IN
AL2 IN
FB1 IN
R1 IN
AR9 IN
B1 IN
AL9 IN
G1 IN
FB3 IN
Cr3 IN
AR3 IN
Cb3 IN
AL3 IN
Y3 IN
AR4 IN
SY1 IN
AL4 IN
SC1 IN
CVBS
6
IN
AR5 IN
AL5 IN
FB
2
IN
R2
IN
AR
10
IN
B2
IN
AL
10
IN
G2
IN
FB
4
IN
Cr
4
IN
AR
6
IN
Cb
4
IN
AL
6
IN
Y4
IN
AR
7
IN
SY
2
IN
AL
7
IN
SC
2
IN
510Ω
I2
CBU
S
H
D
/VD
(P
C
)
Aud
io
1
CVBS
3
CVBS
4
Aud
io
8
44
DC3(SW LINE1)
DC4(LINE3-1)
46
DC5(LINE2-1)
48
DC6(LINE1-1)
50
49
47
45
Cr1 IN
Cb1 IN
Y1 IN
<
D
-
pin
1
>
Aud
io
2
SC
ART
1
Aud
io
9
Aud
io
5
SCART 2
Audio 10
Aud
io
3
C
ompo
nent
Vid
e
o
3
Aud
io
4
S-p
in
1
Component
Video 4
Audio 6
Audio 7
S-pin 2
1/2W
180
Ω
+
0.
01μ
F
100μ
F
+
47μ
F
0.
01
μ
F
Power Supply
Vcc
5V
Vcc
9V
+
M
onit
or
ou
t
Main
ou
t
Sub
ou
t
39
40
D
C
1(
S3)
D
C
2(
S4)
fo
r
S-pin
3
fo
r
S-pin
4
180pF
0.
1
μ
F
0.1μF
5.
6kΩ
1μ
F
10
0pF
1μ
F
5.
6kΩ
1μ
F
10
0pF
5.
6kΩ
1μ
F
10
0pF
5.
6kΩ
1μ
F
10
0pF
1μ
F
1μF
10
kΩ
10
kΩ
0.
1μ
F
0.
1μ
F
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
1μF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
1μF
100pF
5.6kΩ 1μF
100pF
5.6kΩ 1μF
100pF
10kΩ
0.1μF
1μF
1μ
F
1μ
F
1μ
F
1μ
F
1μ
F
1μ
F
5.
6kΩ
1
μ
F
100
pF
5.
6kΩ
1
μ
F
100
pF
5.
6kΩ
1
μ
F
100
pF
5.
6kΩ
1
μ
F
100
pF
5.
6kΩ
1
μ
F
100
pF
5.
6kΩ
1
μ
F
100
pF
1μ
F
100
pF
10
kΩ
0.
1μ
F
0.1μF
1μF
chang
ed
b
y
“C
bC
r
P
IN
1
”
chang
ed
b
y
“C
bC
r
P
IN
3
”
chang
ed
b
y
“C
bC
r
P
IN
2
”
changed by “CbCr PIN4”
chang
ed
by
“AU
8
P
IN
”
T
he
funct
io
n
of
pins
46
and
48
ar
e
chang
ed
b
y
“AU
9
P
IN
”
The function of pins 66 and 68 are changed by “AU10 PIN”
1kΩ
D
C
8(
SW
L
IN
E
2
)
64
D
C
9(
L
IN
E
3-2)
D
C
10(
L
IN
E
2-2)
D
C
11(
L
IN
E
1-2)
70
68
66
69
67
65
Cr2
IN
Cb
2
IN
Y2
IN
<
D
-
pin
2
>
0.1μF
0.
1μF
0.
1μF
0.
1μF
1kΩ
150kΩ
5V
150kΩ
5V
AMP
or
A
T
100kΩ
10
0kΩ
0Ω
Input video signals driven with low impedance.
The application circuits shown in this document are examples provided for reference purposes only. Thorough
evaluation is required in the mass production design phase.
By furnishing these examples of application circuits, Toshiba does not grant the use of any industrial property rights.