10.
Circuit Diagrams and PWB Layouts
TCON DC/DC
1
8
770_544_100119.ep
s
100119
TCON DC/DC
B11B
B11B
2009-12-09
4
2009-11-12
3
2009-10-26
2
8
204 000 9070
TCON LGD
-T
GND
PG
LBO
S
YNC
VINA
VIA
GND_H
S
AGND
PGND
S
W
FB
VIN
EN
LBI
1
2
3
4
5
6
7
8
9
V
S
EN
S
E
A
Y
GON
FLK
1
2
3
4
5
6
7
8
9
YDCHG
1
2
3
VIA
1
2
GOFF
RE
VIA
GND VGL_H
S
9JD4 G2
9JD5 G2
3
JH
8
E14
3
JH9 E1
3
3
JHA D1
3
JHB D1
5JF0 A11
5JH1 C
3
6JD0 F4
FJD1 E6
FJD2 H6
FJE1 C14
FJG1 B
3
FJG2 B
8
FJG
3
C1
3
FJH1 D4
cJD1 D
3
9JD2 G2
9JD
3
G2
6JF1 B9
5JG2 B2
9JD1 G2
3
JEK E9
3
JEL E
8
3
JEN E
8
3
JEP F
8
3
JER C9
NC
9JD6 H2
9JD7 H2
9JDE I2
9JE
3
E
8
9JE4 E1
3
9JE5 E9
9JE6 C9
9JE7 E
8
9JDC H2
9JDD I2
3
JG1 B
3
FJE2 E14
9JD
8
H2
9JD9 H2
9JDA H2
9JDB H2
3
JD7 E5
3
JD
8
G4
3
JD9 H4
3
JDA H4
3
JE0 C1
3
5JF1 B9
5JG1 A2
6JD1 F6
6JE1 B1
3
FJE
3
F7
3
JE
3
C1
3
3
JE4 C14
3
JE5 B11
3
JE6 D1
3
3
JE7 B
8
6JE2 D1
3
6JF0 A12
3
JEA B
8
6JF2 E12
6JF
3
F12
6JF4 E9
6JG1 B4
7JD1 F5
7JF1 B10
7JH1 C2
9JD0 F2
2JH
3
C1
2JH4 C4
2JH5 C4
2JH6 C4
2JH7 C4
3
JET C11
3
JEU E7
75K
75K
3
JEW E
8
3
JH0 C
3
3
JH1 D1
3
JH2 D1
3
JH
3
D1
3
JH4 C
3
3
JH5 C
3
3
JH6 D
3
3
JH7 D
3
2JFB B
8
2JFC B
8
2JFD B
8
2JFE E1
3
2JFF E1
3
3
JE1 C1
3
3
JE2 C1
3
2JFJ E9
2JFK E9
3
JE
8
C7
3
JE9 C7
2JFN F1
3
3
JEB E14
3
JEC E1
3
3
JED E1
3
3
JEE E1
3
3
JEF D9
3
JEG F1
3
3
JEH F12
3
JEJ D9
2JEN B11
2JEP B11
2JEQ B10
2JER B10
2JET D9
2JH
8
C2
3
JD0 F2
HVDD BLOCK
DI
S
PLAY INTERFACING - VDI
S
P
2JEY B9
2JEZ D9
2JF2 B9
3
JD1 F2
3
JD2 E4
3
JD
3
E5
3
JD4 H6
3
JD5 E5
3
JD6 E5
2JEF C12
2JEG D1
3
2JEH D11
2JEJ B12
2JEK B12
2JFG E12
2JFH F12
3
JH7
140K
150K
1
8
0K
LEVEL
S
HIFTER BLOCK
2JFL E
8
2JFM F
8
56K
2JFP C12
2JFR C12
2JFT C
8
2JG1 B1
2JG2 B
3
2JH0 C2
2JH1 C2
2JH2 C
3
B
C
D
E
F
2JEU C9
2JEW C7
1
3
7K
150K
3
JED
174K
2JF0 B10
2JF1 B10
6
8
K
2JF
3
B9
2JF4 B9
2JF5 B9
2JF6 B9
2JF7 B9
2JF
8
B
8
2JF9 B
8
2JFA B
8
7
8
9
10
11
2JEL B12
2JEM B11
51K
56K
3
JEL
270K
3
JH4
1
8
0K
3
90K
ITEM NO
3
2 INCH
14
3
K
3
JE0
3
JH6
47K
B
9
10
11
12
G
H
NC
RE
S
3
JH5
RE
S
33
0K
150K
196K
33
K
K
8
6
C
E
J
3
8
2K
2JEA C14
2JEB C14
2JEE C12
2JE9 C14
2JD
3
F6
2JD4 H
3
12
1
3
2JE0 C12
1
8
K
14
A
5
C
D
E
F
G
H
I
A
4
I
1JG1 A2
1JG2 B2
2JD0 F2
2JD1 F4
FOR DEBUG ONLY
POWER BLOCK
2JE2 C1
3
2JE
3
C1
3
2JE4 C1
3
2JE5 C1
3
27K
3
JEP
1
2
3
4
5
6
2JD2 G4
2JE1 C12
2JE6 C1
3
2JE7 C14
2JE
8
C14
6
7
8
42 INCH
3
7 INCH
1
3
14
1
2
3
10
u
2JEQ
+VDI
S
P
10
u
RE
S
2JEP
1
u
0
2JH7
22
u
VCC
1
%
RE
S
5JF1
150K
3
JE1
10
u
3
JE9
RE
S
2JF9
1
%
1K0
1
%
3
JE
8
1K0
100n
2JEW
3
JE7
10R
1
%
2JFK
1
u
0
10
u
2JE
8
10
u
2JE7
15K
75K
1
%
3
JE
3
10
u
1
%
3
JE2
2JE0
RE
S
+VDI
S
P
2JET
100n
3
JE5
2R2
1n0
2JEM
VDD
VCC
9K1
1
%
3
JE4
3
JD1
4K7
1
%
VCC
2JH6
10
u
RE
S
2JF
8
100n
150p
2JF7
3
JH6
56K
1
%
2JH
3
1
u
0
3
JH1
1
%
47K
1
u
0
2JH2
RE
S
VCC
RE
S
10
u
2JEA
B
3
40A
6JF1
cJD1
100R
1
u
0
1
%
3
JEH
9JDE
2JFN
9JDD
+VDI
S
P
1
%
3
JEE
10K
1
%
3
JED
150K
1n5
2JEF
1
%
3
JH7
75K
3
JH2
20K
1
%
150K
RE
S
3
JH5
BAV99 COL
6JE2
2JFE
4
u
7
9JDB
10
u
2JE5
+VDI
S
P
9JD
8
10K
3
JH9
RE
S
150K
1
%
3
JE0
VDD
1
u
0
2JF2
2JEU
RE
S
RE
S
10
u
2JF0
2JF1
10
u
10
u
RE
S
3
JER
1R0
RE
S
3
JEC
6
8
K1
%
150p
2JEH
1
u
0
2JEG
RE
S
2JFG
470n
470n
2JFH
+VDI
S
P
9JE
3
2JH1
10
u
10
u
2JH0
1
%
3
JH0
10R
3
JH4
1
8
0K
1
%
5JG2
3
0R
RE
S
3
0R
RE
S
5JG1
9JD7
9JDC
9JD6
VDD
2JEJ
10
u
LT
S
T-C190KGKT
FJG1
6JG1
1
u
0
2JEL
100n
2JE2
2JE
3
1
u
0
RE
S
RE
S
10
u
RE
S
2JFD
VIA2
4
3
VIA
3
44
VIA4
45
VIN
24
2
8
VL
3
1
PGOOD
38
REF
15
S
RC
4
3
4
S
WI
S
WO
3
5
THR
1
VIA1
42
2
3
LX1_1
3
2
LX1_2
33
LX2_1
19
LX2_2
20
MODE
7
OUT
21
PGND1
3
0
PGND2
17
FBN
14
FBP
9
F
S
EL
25
GND2
3
41
GND_H
S
GON
5
IN2_1
22
IN2_2
DEL2
27
DLP
8
DRN
6
DRVN
12
DRVP
2
EN1
26
EN2
29
FB1
3
6
FB2
AGND1
1
3
AGND2
40
B
S
T
1
8
COMP
3
7
CPGND
10
CR
S
T
3
9
CTL
11
DEL1
16
MAX1711
3
ETL
7JF1
9JE6
2JFR
100n
3
JEN
3
K6
1
%
10
u
2JFL
220n
2JFM
RE
S
2JEE
1n5
3
JE6
10K
2JEB
RE
S
10
u
100n
2JG2
1JG1
3
.0A
3
2V
T
1JG2
3
.0A
3
2V
T
RE
S
1
%
47K
3
JHA
100R
3
JEU
9K1
3
JH
8
2JFA
10
u
2JF6
10
u
3
JD7
10R
1
%
1
%
RE
S
10R
3
JD6
3
JD4
10R
3
JD5
3
60R
1
%
1
%
BAV99 COL
6JF4
2JEK
10
u
3
JET
10K
9JE7
FJG
3
100n
2JFT
RE
S
100n
2JEY
1
%
10K
3
JDA
RE
S
10
u
2JEN
RE
S
2JFC
10
u
6JF
3
BAV99 COL
BAV99 COL
RE
S
6JF2
10
u
2JER
2JE1
RE
S
10
u
22
u
5JF0
3
JEP
27K
1
%
1
%
3
JEL
150K
1
%
3
JEF
3
60R
3
JEB
9K1
RE
S
10
u
2JE6
1
%
1K0
3
JEW
VDD
1
%
9K1
3
JHB
2JFF
1
u
0
VCC
100R
3
JEG
1
%
3
JD9
3
K0
1
%
3
JG1
2K2
1
%
3
JEJ
RE
S
3
60R
10
u
2JF
3
VDD
RE
S
2JH
8
1
u
0
9JE5
100n
2JFJ
1
%
10R
3
JD
3
3
JD2
10R
1
%
1
u
0
2JD2
FJG2
9JD0
FJE
3
9JD1
RE
S
3
JEA
5K1
1
%
100n
3
JEK
RE
S
1R0
2JEZ
FJD1
FJD2
B
3
40A
6JF0
10
u
2JD4
RE
S
5
1
8
19
20
21
2
3
8
12
17
7
6
1
3
1
16
14
15
TP
S
62110R
S
A
CONVERTER
S
TEP-DOWN
Φ
9
4
10
11
3
JD
8
7JH1
BZX
38
4-C9V1
100R
1
%
1
u
0
2JD
3
RE
S
6JD1
+VDI
S
P
22
u
2JG1
RE
S
1
u
0
2JD1
BZX
38
4-C9V1
6JD0
RE
S
2JFP
9JD5
RE
S
1
u
0
9JD
3
9JD4
RE
S
6JE1
BAV99 COL
3
JH
3
7K5
9JE4
2JFB
10
u
RE
S
22p
2JH4
10
u
2JF5
10
u
2JF4
10
u
+VDI
S
P-INT
2JH5
1
3
14
15
16
17
1
8
19
20
21
22
3
0
3
1
3
2
33
3
4
3
5
3
6
3
7
38
2
8
2
1
25
26
27
2
3
11
10
12
24
29
MAX17119
7JD1
9
8
7
6
5
4
3
RE
S
2JE9
10
u
1
u
0
2JE4
6
u8
5JH1
RE
S
2JD0
FJE1
FJE2
100n
RE
S
9JD2
FJH1
9JDA
10R 1
%
RE
S
3
JD0
+VDI
S
P
9JD9
DI_
S
CHG
EN2
EN2
EN2
VGH
VDD_ODD
VDD_EVEN
V
S
T
CLK1
CLK2
CLK
3
CLK4
CLK5
CLK6
GVDD_ODD_1
GVDD_EVEN_1
GV
S
T_1
GCLK1_1
GCLK2_1
GCLK
3
_1
GCLK4_1
GCLK5_1
GCLK6_1
FLK_IN
VDD_FB
VGL
VGH
DPM
VGL
HVDD_FB
H_VDD
DPM
VL
EN1
REF
VGL_FB
VGH_FB
VGH_FB
REF
VGL_FB
RE
S
ET
VGL_1
FLK_IN
FLK
VGL
VGH
VGL
DI_
S
CHG
GV
S
T_1
GVDD_ODD
GVDD_ODD_1
GVDD_EVEN
GCLK6
GCLK5
GCLK4
GCLK
3
GCLK2
GCLK1
GV
S
T
VGH
VGL
GVDD_EVEN_1
GCLK6_1
GCLK5_1
GCLK4_1
GCLK
3
_1
GCLK2_1
GCLK1_1
VGI_P
VGI_N