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LNK501PN Power Integrations Switching Regulator, 0.4A, 46kHz Switching Freq-Max, PDIP7, LEAD FREE, PLASTIC, DIP-8 visit Digikey Buy
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lnk501 Datasheet

Part Manufacturer Description PDF Type
LNK501 N/A Energy Efficient, CV-CC Switcher for Original
LNK501 N/A Energy Efficient, CV-CC Switcher for Very Low Cost Chargers and Adapters Original
LNK501 Power Integrations Link Switch Low Cost 2.75 W CV/CC Charger or Adapter Original
LNK501G Power Integrations Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Original
LNK501G Power Integrations Power management, Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Original
LNK501GN Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC SWIT OCP CV/CC HV 8SMD Original
LNK501GN-TL Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC SWIT OCP CV/CC HV 8SMD Original
LNK501G-TL Power Integrations Power management, Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters, Tape and Reel Original
LNK501P Power Integrations Power management, Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Original
LNK501P Power Integrations Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Original
LNK501PN Power Integrations IC SWITCHER CV CV/CC EFF 8DIP Original
LNK501PN Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC SWIT OCP CV/CC HV 8DIP Original
LNK501P-TL Power Integrations Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Original

lnk501

Catalog Datasheet MFG & Type PDF Document Tags

EE19 transformer

Abstract: 2904 SMD IC ® LNK501 ® LinkSwitch Family Energy Efficient, CV/CC Switcher for Very Low Cost Chargers , TABLE1 PRODUCT3 LNK501 P or G 230 VAC ±15% 85-265 VAC No-Load Input Power 4W 5.5 W , , and thermal shutdown circuitry, onto a monolithic IC. April 2003 LNK501 CONTROL DRAIN 0 , -2777-032503 Figure 2. Block Diagram. Pin Functional Description LNK501 DRAIN (D) Pin: Power MOSFET drain , G 4/03 LNK501 LinkSwitch Functional Description The duty cycle, current limit and operating
Power Integrations
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EE19 transformer 2904 SMD IC EE13 core lnk501 and 2003 ee13 ferrite transformer ee16 lnk 17F-3

EE19 transformer

Abstract: core ee19 transformer schematic LNK501 Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters Product , OUTPUT POWER TABLE1 PRODUCT3 LNK501P or G 230 VAC ±15% 4W 5.5 W 85-265 VAC 3W 3.5 W No-Load Input , shutdown circuitry, onto a monolithic IC. December 2004 LNK501 CONTROL VC ZC 0 DRAIN , 4 LNK501 8 7 C S 5 D P Package (DIP-8B) G Package (SMD-8B) Figure 3. Pin Configuration. PI-2711-073107 2 H 12/04 LNK501 LinkSwitch Functional Description The duty cycle
Power Integrations
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core ee19 transformer schematic EE19 type core PI-2222-031401 PI-2787-112102 V116T D-80336 261/A

EE19 transformer

Abstract: EE13 core LNK501 LinkSwitch Family ® Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and , TABLE1 PRODUCT3 LNK501P or G 230 VAC ±15% 85-265 VAC 4W 3W No-Load Input Power , limit, and thermal shutdown circuitry, onto a monolithic IC. February 2005 LNK501 CONTROL , common and reference point. 2 I 2/05 LNK501 S 1 8 C S 2 7 S S 3 , -2711-073107 LNK501 LinkSwitch Functional Description The duty cycle, current limit and operating frequency
Power Integrations
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TOPSWITCH battery charger PI-2799-112102 uses of magnitude comparator PI-2777-032503 8020 OPTOCOUPLER DIP-8B
Abstract: LNK501 LinkSwitch Family ® Energy Efficient, CV/CC Switcher for Very Low Cost Chargers , Characteristic Tolerance Envelopes (b). OUTPUT POWER TABLE1 PRODUCT3 LNK501P or G 230 VAC  , IC. February 2005 LNK501 CONTROL DRAIN 0 VC 1 ZC SHUTDOWN/ AUTO-RESTART , point. 2 I 2/05 LNK501 S 1 8 C S 2 7 S S 3 S 4 5 D Pà¸'Packageà¸'(DIP-8B) Gà¸'Packageà¸'(SMD-8B) Figure 3. Pin Configuration. PI-2711-073107 LNK501 Power Integrations
Original

phone charger schematic

Abstract: sil6011 tolerance than the LNK501. When using the LNK520 device in the high-side configuration, the output voltage , key advantage over the LNK501. The internal MOSFET drive has been optimized to reduce high frequency , with the LNK501. Power Integrations Tel: +1 408 414 9660 Fax: +1 408 414 9760 www.powerint.com , Title Engineering Prototype Report for EP-16 2.75 W Charger/Adapter Using LNK501 (LinkSwitch , .28 11.2 Comparison of LNK501 and LNK520 .28
Power Integrations
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EPR-16 phone charger schematic sil6011 epr 162 LinkSwitch panasonic charger screwdriver ee13 transformer

HIGH FREQUENCY Transformer ee19

Abstract: ee13 ferrite transformer ® LNK501 LinkSwitchTM Family Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and , TABLE1 PRODUCT2 230 VAC ±15% 85-265 VAC LNK501 P or G 4W 3W Table 1. Notes: 1. Typical , circuitry, onto a monolithic IC. September 2002 LNK501 CONTROL DRAIN 0 VC 1 ZC , Diagram. Pin Functional Description LNK501 DRAIN (D) Pin: Power MOSFET drain connection. Provides , /02 LNK501 LinkSwitch Functional Description The duty cycle, current limit and operating
Power Integrations
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HIGH FREQUENCY Transformer ee19 bsc flyback transformer tv Transformer ee19 EE16 core transformer high power FERRITE TRANSFORMER EE19 type inductor

EE19 transformer

Abstract: til 112 optocoupler ® LNK501 LinkSwitchTM Family Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and , supplies ® OUTPUT POWER TABLE1 PRODUCT2 LNK501 P or G 230 VAC ±15% 85-265 VAC 4W 3W Table , IC. August 2002 LNK501 CONTROL VC ZC SHUNT REGULATOR/ ERROR AMPLIFIER + 0 DRAIN , -2777-071802 Figure 2. Block Diagram. Pin Functional Description LNK501 DRAIN (D) Pin: Power MOSFET drain , Package (SMD-8B) PI-2711-073107 Figure 3. Pin Configuration. 2 E 8/02 LNK501 LinkSwitch
Power Integrations
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til 112 optocoupler ultra linear audio output transformer TV flyback transformer bsc series ee13 transformer flyback converter universal cell phone charger circuit diagram

VIPER22A

Abstract: smps 10w 12V Design Idea DI-59 2.5W LNK501 Design Idea DI-18 2.75W LNK501 Design Idea DI-19 1.5W LNK501
ICE Components
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FSD210 FS7M0680 VIPER22A smps 10w 12V ic viper22a TOP249Y viper22a 3.3v 5v 12v KA5M0265R KA5Q0765RT KA5S0765 KA5S0965 KA5S1265 KA5M0365R

top258pn

Abstract: vip*12a 85-265Vac IPT-5002 LNK501 Design Idea DI-18 2.75W 5.5V 85-265Vac IPT-5003 LNK501 Design Idea DI-19 1.5W 5.5V 85-265Vac IPT-5004 LNK501 Design Idea DI-60 2.5W 5.5V
ICE Components
Original
top258pn vip*12a top258 SMPS 12V power integrations 12v 60w smps SMPS 12V, 5V power integrations 85-265V IPT-1001 IPT-1002 IPT-1003 IPT-1004 IPT-1005

TNY268

Abstract: VIPER22A x 35,5 x 25,5 2x4 2x5 2x5 6+7 LNK501, TNY253-254-255, TNY264P/G, TOP242P/G, ICE3A/B0365, VIPer12A, NCP1200 LNK501, TNY253-254-255, TNY264-266P/G, TOP242P/G, ICE3A/B0365, VIPer12A-20A, NCP1200 , (s) 5V / 50mA (8° - 6) LNK501 12V / 50mA (10° - 6) TNY264 5V / 200mA (7° - 6) 15V / 80mA (8 , 265V (8° - 9) 180 - 265V (8° - 9) 90 - 264 (10° - 8) 0,8W 1,2W 2,35W LNK501 LNK501 VIPer12A
Microspire
Original
EN60950 TNY268 VIPER22A flyback TOP244 TOP243 ncp1200 24v 12A-20A ICE3A/B1065-1565 22A-50A ICE3A/B2065-2565 50A-53-100A ICE3A/B3065-4065P

tny2* 7 pin

Abstract: TNY264P EPC3132-2 120-375 5 TOP221P (100 KHz) N EPC3132-3 120-375 5.1 LNK501 (42 KHz) N *EPC3132-4 120-375 5.5 LNK501 (42 KHz) N *EPC3132-5 120-375 5.5 TNY264P (132 KHz) 10.5 *EPC3132-6 120-375
PCA Electronics
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tny2* 7 pin 100 kHz flyback transformer TOP221P TOP221 10 pin flyback transformer schematics 42KHZ EPC3132-X EPC3132-1 EPC3132-7 EPC3132-8 CSC3132-X

PC817A

Abstract: TV flyback transformer Design Idea DI-60 ® LinkSwitch Low Cost 2.5 W Regulated Charger/Adapter Application Charger/Adapter Device Power Output Input Voltage Output Voltage Topology 2.5 W 85-265 VAC 5.5 V Flyback LNK501 Design Highlights · Replaces a linear transformer based power supply at the same or lower cost, with better output regulation · No-load input power consumption < 300 mW, at , LNK501 C6 220 nF Figure 1. 2.5 W LinkSwitch Based Charger/Adapter. DI-60 www.powerint.com
Power Integrations
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EN550022 PC817A TV flyback transformer EE13 tdk TDK Ferrite Core PC40 EE13 TDK pc40

TNY268

Abstract: VIPER22A Number of pins (through hole) 2x5 6+4 2x4 2x5 2x5 6+7 Connected ICs LNK501, TNY253-254-255, TNY264P/G, TOP242P/G, ICE3A/B0365, VIPer12A, NCP1200 LNK501, TNY253-254-255, TNY264-266P/G, TOP242P/G, ICE3A/B0365 , 5.95W Designed Outputs FSIT13 6W0 01 5V / 50mA (8° - 6) LNK501 12V / 50mA (10° - 6) TNY264 5V , (5° - 2) 12V / 420mA (4° - 3) BIAS (7° - 8) Connected IC(s) LNK501 LNK501 VIPer12A Working
Microspire
Original
EE16 5V VIPER22A 5v 2A tny264p IC ic viper12a 5v 24V DC to 5V 1A DC flyback converter 12V 1A Transformer specification IEC85 EN60950-1 EN61558-1 EN60335-1 EN60065 UL94-V0
Abstract: -3 120-375 LNK501 (42 KHz) *EPC3132-4 120-375 LNK501 (42 KHz) *EPC3132-5 120-375 â'¢ Switching PCA Electronics
Original

TNY264P

Abstract: LNK501 EPC3132-2A 120-375 5 TOP221P (100 KHz) N EPC3132-3A 120-375 5.1 LNK501 (42 KHz) N *EPC3132-4A 120-375 5.5 LNK501 (42 KHz) N *EPC3132-5A 120-375 5.5 TNY264P (132 KHz) 10.5 *EPC3132-6A 120-375
PCA Electronics
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EPC3132-XA EPC3132-1A XA MARKING CODE flyback transformer pin connections EPC3132-7A EPC3132-8A CSC3132-XA

EE13 core

Abstract: DI-19 ® Design Idea DI-19 LinkSwitch Low Cost 1.5 W CV/CC Charger or Adapter Application Device Power Output Input Voltage Output Voltage Topology Charger/Adapter LNK501 1.5 W 85-265 VAC 5.5 V Flyback Design Highlights · Replaces a linear transformer based supply at the same or lower cost but with much higher performance · , T1 S 5.5 V, 0.27 A 1 C RF1 10 Fusible U1 LNK501 D1 1N4007 R2 21 k C1, C2
Power Integrations
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ee13 bobbin EE-13 V 027 1N4937 AN-35 UF4002 CISPR22B/EN55022B

EE13 core

Abstract: EE13 ® Design Idea DI-18 LinkSwitch Low Cost 2.75 W CV/CC Charger or Adapter Application Device Power Output Input Voltage Output Voltage Topology Charger/Adapter LNK501 2.75 W 85-265 VAC 5.5 V Flyback Design Highlights · Replaces a linear transformer based supply at the same or lower cost but with much higher performance · , Figure 2. U1 LNK501 R1 20.5 k 1% C3 0.22 uF 50 V C4 0.1 uF 100 V 1 104 T 34 AWG 4
Power Integrations
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EN61000-4-5 1N4005 BOBbin for ee13 BOBBIN TRANSFORMER for ee13 PC40 ee13 3 mh core EE13 transformer INTEGRATIONS 11DQ06

lnk500 to equivalent ic

Abstract: EE13 core (LNK501) or ±25% (LNK500) compared to nominal values. The feature set of LinkSwitch offers the , AC-DC power supply using the LinkSwitch LNK500 or LNK501 devices in a discontinuous mode flyback , can then be determined. 10 115 VAC 9 230 VAC Limits (LNK501) Limits (LNK500 , tolerance of ±20% for LNK501, ±25% for LNK500). The simple LinkSwitch feedback circuit is designed , should be well controlled. For a CC tolerance at the peak power point of ±20%/ ±25% (LNK501/LNK500
Power Integrations
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lnk500 to equivalent ic IN4005 AC double voltmeter -AE make AN35 PI-3222-082202 EE16 transformer construction

EE13 tdk

Abstract: BOBbin for ee13 Design Example Report Title 2.2W Charger using LNK501P Specification Input: 198 ­ 253 VAC , · · · · Uses LinkSwitch LNK501 European input voltage Typical Efficiency > 65 % Meets , DER-15 2.2W Charger using LNK501P February 4, 2004 Table Of Contents 1 2 3 4 5 6 , www.powerint.com DER-15 2.2W Charger using LNK501P February 4, 2004 List Of Figures Figure 1 ­ , Charger using LNK501P February 4, 2004 1 Introduction This document is an engineering report giving
Power Integrations
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4.7uF 400V 103T PC40EE13 Power Integrations 5125BA 1mh inductor

schematic of tny268

Abstract: Top245 battery charger ambient of 50 ºC. 4. No bias winding needed for LNK500 and LNK501. 5. Shipping quantities per package , ambient of 50 ºC. 4. No bias winding needed for LNK500 and LNK501. 5. Shipping quantities per package , Open Frame3 700 V 4W 230 VAC ± 15% Adapter2 3W LNK501 P or G9 Open Frame3 4W , shown for CV/CC charger applications. LNK501 provides tighter output CC tolerances. LNK520 is optimized , shown for CV/CC charger applications. LNK501 provides tighter output CC tolerances. LNK520 is optimized
Power Integrations
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schematic of tny268 Top245 battery charger TNY268 APPLICATION NOTE china DVD player schematic EPR-08 lnk306 EP-14 EP-18 EP-29
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