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Curtis LCD3717a_FSP205-4E03 power Board.
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SPI Electronic Co. Ltd.
APPROVAL SHEET
: 2008-01-09 DATE: 2008-01-09 Description Part No Specification Content Guest Remark Client Approved 205W OPEN FRAME 9OC2050600 FSP205-4E03
205W For LCD TV Approval By Check By Prepared By
22
No.22,Jianguo E, Rd.,Taoyuan City, Taiwan,R.O.C.
TEL:+886-3-375-9888 FAX:+886-3-375-6966
SPI Electronic Co., Ltd.
22
No.22,Jianguo E, Rd.,Taoyuan City, Taiwan,R.O.C. TEL:886-3-375-9888 FAX:+886-3-375-6966
SPECIFICATION
205W LCD-TV power supply (for 26''-32'') FSP205-4E03 9OC2050600 Jul. 08 `07
P.E
R/D
APPROVED
REV.
ZHOUY
02
Electrical Specification
History
REV. 01 02 Description SPEC. ISSUE Change item 2.2 Date
07.08.07
Drawn
Mechanical
Electrical ZHOUY ZHOUY
Approved
01.09.08
MODEL NO. FSP205-4E03
SHEET 1
OF 6
Electrical Specification
Electrical Requirements
1. Input Characteristics:
ITEM 1.1 Normal Rated Input Voltage CONDITION SPECIFICATION 100Vac to 240Vac
1.2 Input Voltage Range
90Vac to 264Vac
1.3 Input Frequency Range
47Hz to 63Hz 0.90
1.4 Power Factor
DC output with nominal loading at 240Vac
1.5 Input Current
100Vac to 240Vac / maximum load
3Amax
1.6 Inrush Current
100Vac / nominal load / 25 240Vac / nominal load / 25
50Amax 100Amax
1.7 Standby mode Load Power Consumption (Power Saving) 1.8 Efficiency
Input ac Voltage at 240V and the loading of 1.0W +5Vsb is 0.04A, When ON/OFF is low or open. 100Vac / Nominal load 240Vac / Nominal load Low or open (<0.8V) High (>2.5V) 80% 84% Standby mode On mode
1.9 Remote ON/OFF control
MODEL NO. FSP205-4E03
SHEET 2
OF 6
Electrical Specification
2. Output Characteristics:
ITEM 2.1 Output Rated :( Standby mode) NO 1 Output 5Vsb Output Voltage 4.75V 5.25V CONDITION SPECIFICATION ON/OFF: Low or open
Min. 0.04A
Nom. 0.5A
MAX. 1A
Ripple &noise >1A(inrush) 70mV
ON/OFF: High
Peak
2.2 Output Rated :(On mode) NO 1 2 3 4 Output 5Vsb 5V 12V_audio 24V_Inverter Output Voltage 4.75V 5.25V 4.75V 5.25V 10.8V ~ 13.2V 22.8V ~ 25.2V
Min. 0.04A 0.1A 0.1A 0.1A
Nom. 0.5A 4A 1A 5.5A
MAX. 1A 5A 1.5A 6A
Peak Ripple &noise >1A(inrush) 100mV >6A(inrush) 100mV >3A(inrush) 200mV >7A(inrush) 400mV
Note: Output Voltage Ripple and Noise
2.6 Dynamic Load Change
The ripple & noise of each PSU DC output voltage is defined and aslo should be measured at the point-of-load on the LCD TV main boards,instead on the PSU.The test setup according to the LCD TV application is illustrated in Figure 2 Ripple & noise test setup. The connection wires between the PSU and the LCD-TV main boards are AWG24 with a maximum length of 300mm. The capacitors used are aluminum low ESR. 5vsb:470uf//100nF; 5V:470uf*3//500nF; 12V_audio:470uF*3//300nF; 24V_inverter: 470uf//100nF. Paralleled between the test point of DC loading side , Measured Band-Width=20M Hz I1=3A,I2=6A,Tset-max=10msec, S/R50mA/usec 24V± 1.2V I1=3A,I2=6A,Tset-max=0.1msec, S/R50mA/usec I1=1.5A,I2=3A,Tset-max=10msec, S/R50mA/usec 12V± 1.2V I1=1.5A,I2=3A,Tset-max=0.1msec, S/R50mA/usec I1=2A,I2=4A,Tset-max=10msec, S/R50mA/usec 5V ± 0.25V I1=2A,I2=4A,Tset-max=0.1msec, S/R50mA/usec 5Vsb 20mS At full load, DC output voltage rise from 10% to 5V 20mS 90% . 12V_audio 20mS 24V_inverter 100mS Applied the AC input voltage is 100Vac and output 2000mS load is nominal load, output voltage shall remain regulation. Turn on (all of dc output current from min. to max.) Turn off (all of dc output current from min. to max.) 10%
2.7 Rise Time:
2.8
start-up Time
2.9 Overshoot
MODEL NO. FSP205-4E03
SHEET 3
OF 6
Electrical Specification
3. Protection Characteristics:
ITEM 3.1 Short Circuit Protection (SCP): CONDITION +24V_inverter +12V_audio +5V +5Vsb +24V_inverter 38.4V +12V_audio 19.2V +5V 9V +5Vsb 9V SPECIFICATION Auto-recovery or latch off
3.2 Over-Voltage Protection (OVP):
latch mode
3.3 Over Circuit Protection(OCP):
+24V_inverter 7A +12V_audio 4A +5V 5A +5Vsb 5A
Test condition:
Auto-recovery or latch off
MODEL NO. FSP205-4E03
SHEET 4
OF 6
Electrical Specification
4. Environmental Characteristics:
ITEM 4.1 Electric Fast Transients: Refer to EN61000-4-4 4.2 Lightning Surge: Refer to EN61000-4-5 CONDITION Impulse: ±1KV applied to AC line , pulse Duration 50nS period 5 min SPECIFICATION Normal operation shall be Continued.
4.3 Electron Static Discharge: (Refer to IEC1000-4-2 Energy Storage Capacitor 150pF;Discharge Resistor 330ohm) 4.4 Cooling
±2KV applied between L and FG, N and FG , Normal operation shall be L,N and FG ,pulse rise time 1.2us and duty time Continued 50uS ±1KV applied between Land N , pulse rise time 1.2us and duty time 50uS Air Discharge: ± 8KV min. Normal operation shall be Continued Contact Discharge: ±6KV min. (Note : combine with customer's system) Natural air cooling
4.5 EMI:
CISPR22: Pub22. CLASS B (230Vac/50Hz)
Test with system. FCC CLASS B (120Vac/60Hz)
EMI Conducted Emission EMI Radiated Emission 4.6 Safety conforming:
4.7 Leakage Current:
CE,TUV EN60065 IEC EN60065 UL 60065 240Vac / 50Hz 100Vac / 60Hz Between antenna terminal and AC line
0.75mA 0.375mA 50M
4.8 Insulation Resistance:
4.9 Dielectric Strength: (Hi-Pot)
3000Vac, 10mA, 1 minute sec between Primary to Secondary circuit and Chassis Operating (Nominal load) Storage 0 to 40°C -20 to +85°C
4.10 Temperature:
4.11 Humidity
Operating Storage
20% ~ 90% 5% ~ 95%
MODEL NO. FSP205-4E03
SHEET 5
OF 6
Electrical Specification
5.Mechanical Characteristics:
ITEM 5.1 Dimension (Length x Width x Height) 5.2 Input AC connector CONDITION SPECIFICATION 210x110x29 mm A3963WV2-3P-D 2PIN
5.3 Output DC connector CNS1 (A2501WV2-10P or EQU) pin 1: ON/OFF pin 2: GND_MAIN pin 3: GND_MAIN pin 4: 5V pin 5: 5V pin 6: 5Vsb pin 7: GND_MAIN pin 8: GND_MAIN pin 9: 12V_audio pin 10: 12V_audio
CNS3 (A2501WV2-6P or EQU) pin 1: GND_24V pin 2: GND_24V pin 3: GND_24V pin 4: 24V_inverter pin 5: 24V_inverter pin 6: 24V_inverter CNS2 (A2001WV2-8P or EQU) pin 1: 12V_audio pin 2: 12V_audio pin 3: GND_MAIN pin 4: GND_MAIN pin 5: GND_24V pin 6: GND_24V pin 7: 24V_inverter pin 8: 24V_inverter
MODEL NO. FSP205-4E03
SHEET 6
OF 6
CN1 F1
!
1 2 1
!
L1
2
2
! !
CX1 TH1 CY1
!
L2
1
2
!
L3
!
C2
Vin 10 9
!
L4
6 7
D1 R8 R4
400Vdc on/off
CNS1
CNS2
!
D 1
!
VR1
R1
!
R3 CY2 BD1
R110
A 4
5V 5Vsb Vcc_PFC
IC1
C1 R111
R6
3
4
3
1
FB
Vcc
8
R18
Q25
D2
!
R62 Q1 EC1
+
C5
12V
1 2 3 4 5 6 7 8 9 10
12V
24V
1 2 3 4 5 6 7 8
D
!
!
R113
C32 R40
D9 R35
R83 C3 C31 2
CNS3
Ctrl
DRV
7
R9 R122 Q21 R11 Q23 D3
!
24V
Q19 R47 R112 R7
C207 C33
3
Ct
GND
6
1 2 3 4 5 6
!
R10 R34
C10
4
CS
ZCD
5
R33
C13
!
400Vdc
R13
!
Vcc_PWM 400Vdc
Q5
+
24Vs
L6
R14
C
R17
Q4 R21
EC5 C7
R60 C9 R29
T1
6
10,11,12
D6 R36 EC6 EC7
+ +
24V K 24V
R42
24Vs
D8
C
PIN8
R19
R104 Q15 D5 R25
EC8
EC9
+
R37 C14 R38 R39 EC14
+
KA
Vcc_PWM
R59
ZD5 C38
K
R
C6 U1 R16 R22 R118 C36
Vref Rt/Ct
Vcc
8 A 4
C35 2 R55 PC4A
Output CS
6 3 5
R24
4
8,9 C11
R30 R32 R116 R91 R93
A
+
!
PC1B R43
R45 R44
7
!
PC4B
C16
PIN3
C8
Q16 D4 Q6
R224
Comp
C214 C18 Q2
R50
C15
K
FB
GND
IC2
! !
CY3 CY4
R
R95 R107 C12 Q18
+
Vcc
D18 EC2
+
Vcc_PFC
R12
+
PIN3 PIN1
PC1A C20 R54 R108 R52
D7
R23
R82
R81
1
U2
R46
C4 EC3
R20
PC2A
!
PIN8 PIN1
Q17 EC4
PIN1
R26
!
!
ZD1
Q20
!
!
B
A
400Vdc
R207
R208
B Vin
R205 C201 R202 R206 R203 C203 IC201 R210
A
!
R136 D26 EC22
+
R141
Q37
400Vdc
R211
T3
PN
C37
12
C43 C205 R213 R140
12Vs
24V
Vg
1 2
8 7 6 5
C208 R212
ZD10 D15 C19
+
R63
1 11
D201 D202
on/off
L7 EC10 EC11
+
ZD202 R96 EC12 Q8 C211 R132 R134 R97 R41 R61 EC13 C39 R137
5Vsb
12vs
ZD201 D204 PC5B R77
5Vsb
PN
12V
PC2B
+
R201 C202
C204 3
4 6
Q3
R53
+
C212
R57
Q33 R64 R133
D205
9
R51 EC17 EC18
+ +
4
R215 R221 R216 PC5A
!
R218
L8
5Vsb
Q10 EC19
+
R138
5
7,8
D16
5V
C209
+
!
Q9 R87 C29
R135
R217 R219 PC3A R223
!
Vcc
R220 C213
Q29
Vg
R222
10
C25 R74 R73 R75
R99
C210
!
EC20 R101
R78 R76 PC3B C27 R88 C26
R100
R226
!
A
EC201
+
!
Q201 R214 C206 ZD203
CY5 D203
+
K
R
U4 R79
EC202
12V
!
!
Vg
A
A
Title Size A2 Date: File:
FSP205-4E03
Number 2-Jan-2008 Sheet of C:\Documents and Settings\zengjr\\3BS012.DDB Drawn By: Revision
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