No copy & disclosure is Allowed. All Right Reserved by LIEN CHANG.
10
聯昌電子企業股份有限公司
App
A
pppg
A
Lien Chang Electronic Enterprise Co., Ltd.
2.6 Interface
Rev 3.4
LGP32-13PL1 LCD TV Power specification
ellationExplanationSignal Direction
POWER ONVcc Circuit ON/OFFInput
2.7 Product Safety
Safety
Design to meet the requirements as follows
Safety Standards to be applied
UL60950, IEC60950, IEC60065 and 60950
Design to meet the requirements as follows
EMI/RFI Standards to be applied
FCC and EN55020, EN55013 Class B
with 4dB minimum margin.
2.8 Construction
WeightLess than 400g
Unit Size (typ.)159(W) X 121(D) X 26.1(H)
ction
High : Vcc ON
Low : Vcc OFF
2.9 Function of protection
Trip point
ProtectionOutput Circuit
MinMax
STBY 3.5V3.0A11.5AAuto Re-start
Over Current12V2.0A7.0AAuto Re-start
24V0.8A4.5AAuto Re-start
STBY 3.5V--Auto Re-start
Short Circuit
12V--Auto Re-start
24V--
* This Power Supply has above-mentioned protections.
* Short circuit protection between different output terminals is not considered.
* Trip point for over voltage indicates the operating point when the output voltage
slowly increases.
* The conditions of Over Current measurement
Multi output(3.5V,12V,24V) is nominal load state except an over current
measurement.
No copy & disclosure is Allowed. All Right Reserved by LIEN CHANG.
15
聯昌電子企業股份有限公司
Aft
l
shall be satisfied
Heat shock test performed under following conditions without
Lien Chang Electronic Enterprise Co., Ltd.
LGP32-13PL1 LCD TV Power specification
2.14 Electrical Characteristics
No.Test ItemTest method
Rev 3.4
Intermittent
1
Operation stability
Tes t
Low temperature
2
operation
Low temperature
3
Storage test Leave
At low temperature
The switching regulator shall ON/OFF for 20,000 time at an
Interval of 10 sec at maximum load, after that electrical
Characteristics shall be satisfied.
The switching regulator is left at the operating guarantee
Minimum temperature for 2 hours without applying electricity.
er that power shall be turned on, and then the electrica
Characteristics shall be satisfied.
The switching regulator is left at minimum storage
Temperature for 96 hours or more.
Then the switching regulator is left at a room temperature and
humidity for 1 hour or more, after that electrical characteristics
.
The switching regulator is 10 consecutive temperature cycle that
shown below is performed and then leave them at room
temperature and humidity for 1 hour or more.
After that, electrical characteristics shall be satisfied.
TimeTemperature
Heat cycle storage
4
test
5Heat shock test
30 minutes
30 minutes
60 minutes
30 minutes
30 minutes
30 minutes
60 minutes
30 minutes
25℃
25℃ -> -20℃
Minimum storage temperature (-20℃)
-20℃ -> 25℃
25℃
25℃ -> 70℃
Maximum storage temperature (70℃)
70℃ -> 25℃
applying electricity and then leave them at room temperature and
humidity for 1 hour or more.
After that, electrical characteristics shall be satisfied.
Condition : -45℃(30minutes), 120℃(30minutes),
Switching time : Less than 5 minutes, 200 cycles.
No copy & disclosure is Allowed. All Right Reserved by LIEN CHANG.
18
BD101
A
TS10K60
1
2
4
AC1
C
5D15
TH101
CY103
250V
CX102
0.22uF
275V
LF101
LLF-124
620280S
CX101
0.47uF
275V
R101
1M
1/2W
VA101
INR14D621K
L
NEUTRAL
CY104
1000pF
250V
N
1000pF
LB102LB101
R-TYPER-TYPE
12
CY101
100pF
250V
F100
T5A H 250V
SK100
DAC-18C3M1
LIVE
LGP32-13PL1
LGP32I-13PL1
LGP32-13PL1
LGP32I-13PL1
3
AC2
43
CY102
100pF
250V
E
MODEL
C109C110
EL99 EL98
C109,C110
68uF/450V KMF
100uF/500V NZE
C106
330pF
R105
50V
ZD105
1K
R103
D207
1N4148W
COMP
2.2
P6KE30A
HS4
1%
C811
0.47uF
C801
68uF
160V
IC202
NR891D
SS
8
EN
7
6
FB
5
16V
R212
56K
ZD201
240
240
240
R201
3216
R228
3216
R214
NFK
1%
R804
10K
C809
1000pF
50V
0.01uF
24V
C217
R238
47K
R233
20K
DD
33V
R2051%120K
R2061%120K
R209
1.2K
D801
MBRF10200CT
A2
C
A1
FBN
14
FBP
13
COMP
12
PWMI
11
OVP
10
PWMO
9
REF
8
R813
0.1uF
R239
10K
C218
1200pF
ZD203
1%
6.8K
50V
50V
C219
0.1uF
50V
39B
R8301%150K
R8311%150K
1%
R211
ZD202
LB201
R-TYPE
R2071%2.4K
R2291%2.4K
R2081%2.4K
R2271%2.4K
T-3110KT0334A_F
LB801
A-TYPE
3216
3216
51K
R811
135V
C804
1000pF
50V
25V(16V)
EN VTH
HIGH : 2.8V
C808
470pF
50V
IC201
LOW : 2.0V
C203
470uF
50V
NXB
C204
100uF
100V
NXBNXB
R203
560
R204
1K
K
R
A
AZ431(1.24V)
P803
EN
VCC
GATE
GND
CS
RT
SYNC
R210
8.2K
1
Q801
AP18N20GH
R819
10K
1
2
3
4
5
6
7
C214
100uF
100V
C206
0.47uF
25V(16V)
C205
N.C
P802
1
D
G
S
R8202W0.12
IC801
MAP3202SIRH
C111
C101
1000pF
1000pF
1KV
1KV
22K
1W
R107
22
3216
D102
HER108G
DRV_ON
PDIM
HS1
*HEAT-SINK*
R111
10K
24V
12V
Q101
G
R1132W0.25
R110
47K
D
S
16B
IC101
SSC1S311A
POWER_ON
3.5V
3.5V
24V
12V
12V
5
DRV
6
OCP
7
C108
VCC
0.1uF
50V
8
C104
GND
470pF
50V
C103
50V
NXB
P201
SMAW200-H18S2
1
3
5
7
9
11
13
15
17
19
FB/OLP
4
ST
2
BD
1
R106
220
100uF
2
4
6
8
10
12
14
16
18
D103
1N4148W
R108
100
3216
MDF11N65B
C107
0.1uF
50V
R102
C112
1000pF
1KV
2W
62K
D104
C102
330pF
1KV
C105
1000pF
50V
DD
DRV_ON
HER108G
12V
R112103216
16V
ZD103
R104
8.2K
ZD102
C227
N.C
C211
R218
330pF
10
1W
1KV
R818473216
C807
0.1uF
50V
330pF
D203
SB560
D802
1N4148W
B
R803
A2
A1
D201
MBRF10200CT
C213
1KV
D20 4
SDURF1030CT
A1
A2
C201
1500uF
10V
NXB
R816
3216
Q803
E
MMBT2907A
C
R817
430K
1%
C
R221
10
1W
7.5
1K
C
T101
13S-LPM01
EER2934
B+
67
4
3
1
2
3
4
R832
1K
1/4W
L801
45uH
12S-DD02
8
9
10
11
12
LB104
R-TYPE
1
2
C806
0.1uF
50V
8
5
R802
10K
D
4
2
1
CY111
100pF
250V
CY110
330pF
250V
R109
22
16V
R801
0
R812
10
IC102
EL817MB-DT
120kHz
BS
1
IN
2
SW
3
GND
4
R202
10K
240
R215
3216
Q202
KTN2222AS
R810
75K
C814
50V
STD10PF06
C207
0.022uF
50V
B
3216
Q201
S
R213
100K
R2201%2.4K
R223
2.2K
C
E
P202
R226
4.7
2012
G
C
Q203
KTC3551T
E
1%
C813
1000pF
50V
1
C220
0.22uF
50V
0.1uF
B
C215
D
50V
D202
P204
1
1N4148W
R224
18K
R225
18K
C209
470uF
10V
NXB
R216
10K
R814
22K
C812
1000pF
50V
R807
1K
P203
1
L201
C216
N.C
C221
1000pF
50V
R236103216
24V
D206
SMAB36
24V
13S-DD06
10
8
65
C222
220uF
25V
NXB
12V
1.2A
1
N.C
R237
1%
R235
56K
C223
N.C
R234
2.4K
1%
0.6A
C208
N.C
C202
0.1uF
50V
N.C
C210
0.1uF
50V
C810
330pF
50V
R217
470
100uF
50V
NXB
3.5V
1.4A
PDIM
R805
1K
R808
5.1K
1N4148W
R806
1K
POWER_ON
D803
R815
100K
Q802
FDT86106
G
ROW:81.4V/0.4A
POLA:70.3V/0.4A
D
S
4.3
R822
2012
1%
3.9
R823
2012
1%
LED+
7
6
5
4
3
2
LED-
1
P801
SMAW200A-H07AA2
4.3
R826
R824
2012
1%1%
3.9
R827
R825
2012
4.3
4.3
R828
2012
2012
1%
1%
3.9
3.9
2012
R829
2012
1%
1%
R222
1%
1%
R809
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.