Data Sheet
Data Sheet
Data Sheet
C7 680 uF 35 V
D8 UF4002
March 2010
C6 220 uF 25 V
R4 10 k 5%
R2 499 1%
R3 1.00 k 1% Q1 PN2907A
U1 TOP246F
D7 1N4148
R5 3.01 k 1%
R1 0 k 1%
C5 1.0 uF
C8 100 uF 25 V U2 PC81711NSZ
R8
R9
TOPSwitch-JX
HiperPLC
0.5 W
5W
6W
10 W
20 W
170 W
600 W
Additional Features: 700 V Internal MOSFET Rating Self-Powered ON/OFF Control Hysteretic Thermal Shutdown Power Limiting Frequency Jitter Reduces EMI EcoSmart Low Standby/No-load Power Consumption
Notes: 1. Typical output current in a non-isolated buck converter. Output power capability depends on respective output voltage. 2. Mostly discontinuous conduction mode. 3. Continuous conduction mode. 4. Packages: P: DIP-8B, G: SMD-8B, D: SO-8C.
Additional Features: 700 V Internal MOSFET Rating Self-Powered ON/OFF Control Hysteretic Overtemperature Protection Power Limiting Frequency Jitter Reduces EMI EcoSmart Low Standby/No-load Power Consumption
Notes: 1. Minimum continuous power in a typical non-ventilated enclosed adapter measured at 50 C ambient. 2. Minimum practical continuous power in an open frame design with adequate heat sinking, measured at 50 C ambient. 3. Packages: P: DIP-8C, G: SMD-8C, D: SO-8C.
Additional Features: 700 V Internal MOSFET Rating Self-Powered Hysteretic Overtemperature Protection Frequency Jitter Reduces EMI EcoSmart Low Standby/No-load Power Consumption On-Time Extension Latching Output Overvoltage Protection Line Undervoltage Lockout Selectable Current Limit
85-265 VAC 5 6 7 8 10 12 14
Notes: 1. Minimum continuous power in a typical non-ventilated encased adapter with minimal heat sinking, measured at a device ambient of 50 C. 2. Minimum continuous power in an open frame with adequate heat sinking. TinySwitch-III operates without bias winding. 3. Packages: P: DIP-8C, G: SMD-8C.
Product5
TOPSwitch-JX TOP264VG TOP265VG TOP266VG TOP267VG TOP268VG TOP269VG TOP270VG TOP271VG
Adapter
Open Frame3
Adapter2
85-265 VAC
Product5
TOPSwitch-JX TOP264EG/VG TOP265EG/VG TOP266EG/VG TOP267EG/VG TOP268EG/VG TOP269EG/VG TOP270EG/VG TOP271EG/VG
Adapter2
Adapter2
230 VAC 15% 30 W 62 W 40 W 81 W 60 W 119 W 85 W 137 W 105 W 148 W 128 W 162 W 147 W 190 W 177 W 244 W
Additional Features: Multi-mode operation maximizes efficiency at all loads New eDIP-12 package - Low profile horizontal orientation for ultra-slim designs - Heat transfer to both PCB and heat sink - Optional external heat sink provides thermal impedance equivalent to a TO-220 Output overvoltage protection is user programmable for latching/non-latching shutdown with fast AC reset - Allows both primary and secondary sensing Line undervoltage detection prevents turn-off glitches Line overvoltage shutdown extends line surge limit Accurate programmable current limit Optimized line feed-forward for line ripple rejection 132 kHz frequency reduces transformer and power supply size - Half frequency option for video applications Frequency jittering reduces EMI filter cost Improved auto-restart delivers <3% of maximum power in short circuit and open loop fault conditions Accurate hysteretic thermal shutdown function automatically recovers Fully integrated soft-start for minimum start-up stress
Notes: 1. See Key Application Considerations section for more details. 2. Minimum continuous power in a typical non-ventilated enclosed adapter measured at +50 C ambient temperature. 3. Minimum continuous power in an open frame design at +50 C ambient temperature. 4. 230 VAC or 110/115 VAC with doubler. 5. Packages:E: eSIP-7C, V: eDIP-12 See part ordering information.
HiperPLC High Efficiency Continuous Mode PFC & LLC Controller (100 W to 600 W)
Standby Supply AC IN
+
DC OUT
PLC810PG
VREF
VCOMP
Additional Features: Highly integrated, eliminates external components Frequency and phase synchronized PFC and LLC Reduced noise and EMI Ripple current reduction in PFC output capacitor Edge collision-avoidance simplifies layout Comprehensive PFC and LLC fault handling and current limiting
D1 BAV21WS-7-F
D2 BAV21WS-7-F
R9 4.7 k
L 85 - 265 VAC N
RF1 10 2.5 W
C2 4.7 F 380 V
RTN
PI-4986-011708
D1 1N4007
D2 1N4007 C4 47 F 200 V
F1 1A
R5 1 M
U2A LTV817A
R4 7.5 1/2 W
RTN
PI-4988-042408
D4 1N4007
C3 100 nF 50 V
U2B LTV817A
70 V, 130 mA D10 1N4007 C2 22 F 200 V L F1 2A L1 1500 H C10 47 nF 275 VAC D2 1N4007 D4 1N4007 R1 4.7 1/2 W C8 100 nF 400 V LinkSwitch-TN U1 LNK306PN
FB BP S
D5 1N4007
D6 1N4007
D1 BYV26B
C9 33 nF 100 V
R13 1 M
L3 2.2 mH
RTN
C1 22 F 200 V
D7 1N4007
R8 1 M
R9 1 M
PI-5018-082009
L1 1 mH R5 470 k BR1 MB6S 600 V C1 33 nF 630 V C3 4.7 F 400 V C4 1 nF 200 V R4 470 D2 DL4005
FL1
C5 22 F 16 V D3 SS110-TP
10.5 V, R3 3 k 350 mA
6 NC NC
FL2 3
RTN
4 T1 EPC13
LinkSwitch-II U1 LNK605DG
FB BP
R1 26.7 k 1%
C2 1 F 25 V
R2 5.76 k 1%
PI-5319-021209
L1 470 H
D4 1N4007 4
D1 SB1100 1 8 7
C1 330 F 16 V
R4 3 k
T1
D6 1N4007
D5 1N4007
R1 49.9 k 1%
C3 1 F 25 V
R2 8.25 k 1%
PI-5141-090908
D3 30BQ100
3 R3 22 D1 BYG21M
F1 3.15 A
C1 10 F 400 V
C2 10 F 400 V
4 T1 EF16
11
TinySwitch-III U1 TNY279GN
EN/UV BP/M
VR2 BZX55C20 20 V
5 4
+
1 3
U2 LM321
R9 51.1 k 1%
RTN
Q1 MMBT2222
R1 1.2 k
R5 150 D4 LL4148
L1 800 H
C4 1 F 50 V
R8 2.4 k 1%
R4 10 k
U3 LM431 2%
PI-4980-040708
1
D1, D2 1N4007 R14 5.1 k F1 3.15 A L1 2200 H L2 2200 H C16 6.8 F 400 V R16 100 k 1/2 W D6 1N4007
10
2
C4 1 nF 1 kV
RTN
3
C14 220 nF 275 VAC
1
D11 1N4148 R10 51 VR1 12 V LM358
8 4
+
2 3 R11 2 k 1/8 W
R6 68 k 1/8 W U4 TL431 2%
PI-4987-011708
R13 5.1 k
D3, D4 1N4007
D7 1N4007
C16 1 F 50 V
U3 PC817A
C10 100 nF 50 V
C17 100 F 16 V
R1 5.1 k L4 330 H R3 R5 VR1 150 k D5 P6KE 100 k 0.5 W 1N4007 200A 2W C6 2.2 nF 1 kV 3 C3 220 nF 630 V R2 5.1 k L3 330 H C1 100 nF 305 VAC RV1 320 VAC L1 42 H F1 5A 208 - 277 VAC
D L
10 8
D10 DSSK20-015A
C11, C12 C13 L5 1800 F R10 10 nF 2.2 H 10 k 50 V 35 V R14 470 D12 1N4003 C15 47 F 35 V R20 200 1/8 W R19 10 1/8 W C16 47 F 35 V Q2 2N3904 R11 0.13 3W R12 1 R21 300 1/8 W R13 1 R9 150 Q4 2N3906
C17 150 F 35 V
L2 19 mH
C4 15 F 450 V
2 D9 1N4003 5 C7 330 F 25 V
D6 BYV29-400
4 T1 EER28
TOPSwitch-GX U1 TOP250YN
C
CONTROL
C14 100 nF 50 V
R23 10.2 k 1%
C10 33 F 16 V
PI-4979-040208
VCC Relay
L J4-1
L2 10 mH
Bridge +
R113 10 k 2W Relay
7 9
R114 2 M R111 22 k Q27 BST52TA VCC VR10 Q25 MMBT3904 ZMM5245B-7 17 V VR9 ZMM5245B-7 15 V
D2 STTH 8S06D
D3 1N4007
D4 1N4007
Bead 1 Ferrite Bead C10 1 F 25 V Q3 FMMT591 Q2 STW20NM50FD C11 20 nF 500 V C9 100 F 450 V
R6 0.33 2W
C70 150 F 25 V
Controller GND B+
B-
PI-5404-050809
T1 ETD39
10
48 V, 3.125 A
R38 4.7 R42 10 13 6 3 23 VCCHB GATEP ISP FBP U1 PLC810PG GATEH HB GATEL
R37 4.7
C38 680 F 63 V
ISP
13
R44 10
Bead 4 R56 10 D20 BAV19WS Q10 IRFIB7N 50LPBF Q11 IRFIB7N 50LPBF C74 1 nF 250 VAC
1 VCOMP C73 2.2 nF 200 V Controller GND R50 22.1 k 1% C25 10 nF 200 V C26 10 F 50 V R48 2.2 k C28 22 nF 200 V 11 NC 15 NC 24 NC 17 18 2 19 RSVD2 RSVD3 GND GND GNDP 8
R107 2 k
R30 7.5 k
Q20 MMBT3906
C27 2.2 F
U2A LTV817A U2B LTV817A D19 BAV19WS D16 BAV19WS R59 0.22 2W
R66 182 k 1%
VCC 7 GNDL 9 C29 10 F 50 V C31 1 F 25 V C32 100 nF 50 V C33 1 F 25 V C30 2.2 nF 200 V C34 2.2 nF 200 V C35 1 nF 200 V
C51 22 nF
C44 2.2 nF
R54 1.8 k
C77 10 nF 200 V
C24 22 nF
R55 1 B-
R67 10 k 1%
PI-5428-050809
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