DL4007 5KE200A MBRS4201T3G UF4007 DL4936 SB3100 LNK406EG BAV21WS-7-F MMBT3904 - Datasheet Archive

 

11 D2 DL4007 FL1 Solid-State Lighting Solutions VR1 1 FL2 1.5KE200A Driver ICs AC-DC LED D8 MBRS4201T3G 3 D3 UF4007 R2 2 M 1% R8

 

2 11 D2 DL4007 DL4007 FL1 Solid-State Lighting Solutions VR1 1 FL2 1.5KE200A 5KE200A Driver ICs AC-DC LED D8 MBRS4201T3G MBRS4201T3G 3 D3 UF4007 UF4007 R2 2 M 1% R8 D6 150 DL4936 DL4936 1% 2 D4 SB3100 SB3100 D LinkSwitch-PH U1 LNK406EG LNK406EG V D5 SS14 R5 3.01 k 1% CONTROL S FB R4 49.9 k 1% C5 22 µ 50 T1 RM8 October 2010 R3 2 M 1% C3 1 µF 400 V R7 10 k BP R6 162 k 1% D7 BAV21WS-7-F BAV21WS-7-F Q3 MMBT3904 MMBT3904 R C4 10 µF 16 V R19 1.00 k 1% C13 100 nF 50 V VR3 ZMM5259B-7 ZMM5259B-7 39 V R20 10 k 1% C12 1 µF 50 V C 2.2 250 About Power Integrations' Solid-State Lighting Solutions Power Integrations is the leading supplier of high-voltage analog integrated circuits used in energy-efficient power supplies. The company's innovative technology enables compact, energy-efficient power converters for a wide range of electronic products, LED lighting, AC-DC and DC-DC applications. With industry-leading product quality and delivery, the company has shipped billions of devices to customers around the world. Power Integrations offers a broad range of highly integrated, high-power, constant current LED driver ICs for use in solidstate lighting LED applications where offline power supplies are required at universal input line voltages. Topologies include buck, buck-boost, and flyback. ­­ Phase-controlled TRIAC dimmability ­­ Single-stage power factor correction (PFC) and accurate constant current (CC) output ­­ Small size ­­ High efficiency ­­ Long life ­­ Low maintenance ­­ Resistance to shock and vibration ­­ Generation of pure colored light ­­ Highly integrated ­­ Design-in made easy with PI ExpertTM design tools For more detailed information about Power Integrations' LED driver ICs, please visit our Solid-State Lighting microsite at http://www.powerint.com/led-drivers. Non-Isolated Buck/Buck-Boost Converters Phase Controlled TRIAC Dimming, Single-Stage PFC PI-5978-100810 PI-5978-100810 AC-DC Product Overview TM LinkSwitch-TN LinkSwitch-PH LinkSwitch-PL LinkSwitch-II TM TinySwitch-III Isolated Flyback Converters TOPSwitchTM PFC + LLC Half-Bridge HiperPLC 0.5 W 5W 6W 10 W 20 W Output Power 2 170 W TM 600 W Design Simplification Enabling Predictable Success Power Integrations' highly integrated ICs enable the design and production of switch-mode power supplies that use up to 70% fewer components compared to discrete solutions. Switchers that incorporate our ICs are smaller, lighter, and more portable than comparable power supplies. High-Voltage MOSFET Full-Featured PSU Controller We combine a high-voltage power MOSFET switch with a controller on a single chip to provide key power supply functions, such as: ­­ High-voltage start-up ­­ Short-circuit and open-loop protection ­­ Programmable current limit ­­ Line undervoltage and overvoltage protection ­­ Output overvoltage protection ­­ Accurate over-temperature and over-power protection ­­ Soft-start ­­ Feedback compensation ­­ Remote ON/OFF Reducing Component Count LinkSwitch-II and LinkSwitch-PH dramatically simplify isolated flyback LED driver designs by eliminating an optocoupler and secondary control circuitry. The devices introduce a revolutionary control technique to provide very tight output regulation, compensating for transformer and internal parameter tolerances, along with input voltage variations. 5 V, 1 A RTN 85 - 265 VAC TinySwitch-III D EN/UV BP/M S PI-5135a-062309 5 V, 1 A RTN 85 - 265 VAC LinkSwitch-II D FB BP S PI-5136a-062409 3 Design Tools The Green Room Power Integrations' Green Room web site (www.powerint.com/greenroom) offers the latest information in energy-efficient design, including: ­­ Energy-efficiency regulations: Search by application, regulatory agency or geographic location ­­ Application-specific design tools: Data sheets, application notes and reference designs ­­ Mr. Green's blog: An informative blog about energy-efficiency standards and other green matters ­­ Energy FAQs: Answers to frequently asked questions about energy efficiency ­­ Energy-efficiency resources: Links to other helpful web sites addressing energy issues ­­ Introduction to green power: Tips for minimizing standby waste PI ExpertTM Design Software This powerful, interactive software takes a designer's power supply specifications and automatically determines the critical components (including transformer specifications) needed to generate a working switch-mode power supply. Designs can be optimized for efficiency or cost using auto-design or manual control options. PI Expert simplifies the design of LED drivers, offline power supplies, and DC-DC converters, reducing design time from days to minutes. To download PI Expert or request a CD, go to www.powerint.com/designsoftware.htm Reference Designs Reference Design Kits (RDKs/DAKs) provide all of the essential materials needed to demonstrate the advanced features of Power Integrations' ICs. Kits include a fully assembled and tested reference design power supply board, engineering report, product samples, unpopulated PCB, data sheet and other related documentation. For more information, go to www.powerint.com/dak.htm PI Forums Power Integrations provides several forums where designers can discuss technical questions with PI engineers and the extensive Power Integrations' design community: ­­ Power Supply Design Forum: For general technical questions ­­ PI Expert Support Forum: For discussing PI Expert Design Software ­­ Green Energy Forum: For discussing energy efficiency regulations, EcoSmart technology and improving the energy efficiency of electronic products To participate in PI Forums, go to www.powerint.com/forum Total Product Support ­­ Application notes ­­ Data book and design guide ­­ Data sheets ­­ Design example reports ­­ Design ideas ­­ Engineering prototype reports 4 Reference Designs Design Example Reports contain a power supply design specification, schematic, bill of materials, transformer documentation, and PCB layout. This design has been built and bench-tested to provide performance data and typical operation characteristics. Design Ideas are concise two-page documents describing a design for a specific application. Key design points are highlighted. Reference Design Reports contain a power supply reference design specification, schematic, bill of materials, transformer documentation, and PCB layout. Performance data and typical operating characteristics are included. The design has been put into production for use in our Reference Designs (RDKs). RDR Reference Design Report (RDR) DI Design Idea (DI) DER Design Example Report (DER) LED Driver Reference Designs Product Family AC Input Voltage (V) Output Power (W) Output Current (A) TRIAC Dimming High Power Factor Topology Document RDK Page Number LinkSwitch-PL 90-265 5 0.35 Flyback RDR-251 RDR-251 RDK-251 RDK-251 6 LinkSwitch-PH 90-265 7 0.33 Flyback RDR-193 RDR-193 RDK-193 RDK-193 6 LinkSwitch-PH 90-265 12 0.33 Buck DER-192 DER-192 LinkSwitch-PH 90-265 14 0.5 Flyback RDR-195 RDR-195 RDK-195 RDK-195 7 LinkSwitch-PH 90-265 12 0.33 Buck RDR-257 RDR-257 RDK-257 RDK-257 8 LinkSwitch-PH 90-265 12 0.33 Buck DER-192 DER-192 8 LinkSwitch-PH 90-265 15 0.3 Flyback DER-256 DER-256 9 DER-92 DER-92, DI-92 DI-92 12 12 LinkSwitch-TN 85-265 0.5 0.04 Buck-Boost LinkSwitch-TN 85-265 1.25 0.1 Buck-Boost DI-74 DI-74 0.3 Buck RDR-131 RDR-131, DI-131 DI-131 7 LinkSwitch-TN 85-265 3 LinkSwitch-II 90-265 3.6 0.3 Flyback DER-261 DER-261 13 LinkSwitch-II 90-265 3.6 0.35 Flyback DI-206 DI-206 14 LinkSwitch-II 85-265 4.2 0.35 Tapped Buck LinkSwitch-II 85-265 4.2 0.35 Flyback LinkSwitch-II 85-265 5.32 0.7 Flyback LinkSwitch-II 85-265 8.4 0.7 Flyback LinkSwitch-TN 108-132 9 0.13 DER-186 DER-186, DI-186 DI-186 DER-185 DER-185, DI-185 DI-185 DER-184 DER-184, DI-184 DI-184 RDK-131 RDK-131 13 15 14 15 DER-215 DER-215 16 Buck-Boost DI-171 DI-171 16 DER-172 DER-172, DI-172 DI-172 17 LinkSwitch-TN 90-132 9.1 0.13 Buck LinkSwitch-TN 85-265 11 0.02 Boost DI-210 DI-210 17 Flyback DER-173 DER-173, DI-173 DI-173 18 DI-130 DI-130 9 TinySwitch-III 195-265 14 0.7 TinySwitch-III 185-265 18 1.8 Flyback TOPSwitch-GX 85-277 20 1.67 Flyback TOPSwitch-GX 208-277 75 3.1 Flyback HiperPLC 140-265 150 3.125 PFC + LLC Half-bridge DER-168 DER-168, DI-168 DI-168 DER-136 DER-136, DI-136 DI-136 DER-212 DER-212 10 10 11 5 TRIAC Dimmable, High Power Factor Design Examples LinkSwitch-PL ­ Non-Isolated TRIAC Dimmable, Power Factor Corrected LED Driver (RDK-251 RDK-251) 5 W, 15 V, 350 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY R17 27 R9 4.7 k C7 1000 pF 630 V R12 100 k D5 SS110-TP SS110-TP 2 R3 750 k 90 - 265 VAC RV1 275 VAC C4 22 nF 630 V C5 68 nF 400 V C6 68 nF 400 V R2 4.7 k R20 47 L1 2.2 mH R18 0.82 1% VR2 MAZS2000ML MAZS2000ML 20 V LinkSwitch-PL U1 LNK457DG LNK457DG CONTROL R21 1 k BP Q3 P0102DN P0102DN 5AA4 R11 510 C3 22 nF 50 V R7 240 FB S C8 10 nF 50 V R8 240 RTN D4 BAV19WS BAV19WS R15 3.3 k D6 DL4006 DL4006 D N 6 T1 EE16 D2 US1J R4 750 k C11 680 µF 25 V 3 R13 4.7 BR1 MB6S 600 V F1 3.15 A L R10 510 15 V, 350 mA 7 1 L2 2.2 mH C10 1 nF 100 V C9 1 µF 25 V R14 1 k R16 10 k PI-6171-101810 PI-6171-101810 LinkSwitch-PH ­ High Efficiency, High Power Factor, TRIAC Dimmable LED Driver (RDK-193 RDK-193) 7 W, 21 V, 330 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY FL1 1 FL3 L3 1000 µH VR1 1.5KE200A 5KE200A BR1 DF06S-E3/45 DF06S-E3/45 600 V F1 3.15 A L L1 1000 µH 90 - 265 VAC RV1 275 VAC N L2 1000 µH C9 220 nF 400 V C3 100 nF 400 V VR2 ZMM5245B-7 ZMM5245B-7 15 V D7 DL4002 DL4002 R3 1 k R17 15 R20 2.4 M Q1 FMMT558 FMMT558 C13 68 nF 50 V D5 ES1D D4 RS1B R10 3 k V CONTROL S R16 270 1/2 W R18 R9 10 k 10 k T1 RM6 R7 2 M 1% C8 1 µF 400 V LinkSwitch-PH U1 LNK403EG LNK403EG Q3 IRFR310 IRFR310 C6 22 µF 50 V 2 D J2 R5 D3 75 DL4936 DL4936 R4 2 M 1% R13 750 k C2 22 nF 275 VAC J4 RTN 6 D1 UF4007 UF4007 J1 J3 D2 MBRS4201T3G MBRS4201T3G D6 DL4007 DL4007 R14 1 k 1W R12 750 k R2 1 k C5 C4 R6 270 µF 270 µF 35 V 35 V 20 k 21 V, 330 mA FL2 R R15 143 k D8 BAV21WS-7-F BAV21WS-7-F BP FB R19 49.9 k 1% C12 100 µF 10 V Q2 MMBT3904 MMBT3904 R23 1 k C15 100 nF 50 V VR3 ZMM5259B-7 ZMM5259B-7 39 V R24 10 k C14 1 µF 50 V C7 2.2 nF 250 VAC PI-5962-060710 PI-5962-060710 6 TRIAC Dimmable, High Power Factor Design Examples LinkSwitch-PH ­ High Efficiency, High Power Factor, TRIAC Dimmable LED Buck Converter (DER-192 DER-192) 12 W, 36 V, 330 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, BUCK CONVERTER POWER SUPPLY R13 10 k 36 V, 330 mA L1 1500 µH J3 D5 1N4007 1N4007 R19 470 1W R14 750 k D8 UF4004 UF4004 D11 LL4148 LL4148 J1 R11 1.8 M 1% BR1 DF08S DF08S 800 V F1 3.15 A L C8 220 nF 400 V R15 750 M RV1 275 VAC 90 - 265 VAC C9 100 nF 400 V C1 68 nF 400 V D10 UF4004 UF4004 R3 1.6 M 1% VR2 BZY97C91 BZY97C91 91 V Q6 FMMT560 FMMT560 R16 100 k R17 15 C10 22 nF 50 V CONTROL R4 1 M 1% Q3 IRFRC20TRPBF IRFRC20TRPBF R26 51 2W S R Q4 FMMT560 FMMT560 BP C7 100 nF 50 V R7 66.5 k 1% R21 470 k C4 10 µF 50 V R8 34.8 k 1% Q2 FMMT560 FMMT560 C3 2.2 µF 400 V FB R5 49.9 k 1% R12 10 k R25 51 2W C2 68 nF 400 V LinkSwitch-PH U1 V LNK405EG LNK405EG Q7 2SA1862TLP 2SA1862TLP D VR1 ZMM5245B-7 ZMM5245B-7 15 V D6 DL4007 DL4007 R24 36 k R22 360 N J2 R27 36 k R9 47 k C6 120 µF 50 V VR3 P6KE43A P6KE43A 43 V C5 1 µF 100 V R10 90.9 k 1% R20 470 k L4 680 µH L2 1500 µH J4 PI-5892-060710 PI-5892-060710 RTN LinkSwitch-PH ­ High Efficiency, High Power Factor, TRIAC Dimmable LED Driver (RDK-195 RDK-195) 14 W, 28 V, 500 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY 11 1 C9 C10 330 µF 330 µF R11 50 V 50 V 20 k FL1 FL2 L3 1000 µH R14 374 k 1% R17 510 2W R1 510 k 1/2 W J3 V+ D7 ES3D-13-F ES3D-13-F D1 DL4007 DL4007 VR1 P6KE200A P6KE200A 28 V, 500 mA J4 VRTN 3 D2 UF4007 UF4007 J1 N 90 - 265 VAC RV1 275 VAC L L1 1000 µH L2 1000 µH R2 2 M 1% BR1 2KBP06M 2KBP06M 600 V R12 10 k F1 3.15 A R15 374 k 1% C1 47 nF 275 VAC C12 220 nF 630 V C2 100 nF 630 V Q1 X0202MA2BL2 X0202MA2BL2 R16 130 2W C5 22 µF 50 V 2 D3 UF4004 UF4004 D4 RS1B LinkSwitch-PH U1 LNK406EG LNK406EG C11 470 nF 50 V R7 10 k T1 RM8-LP R3 2 M 1% C3 1 µF 400 V R5 3 k V D J2 R13 10 k R8 D5 150 DL4936 DL4936 CONTROL S R R6 150 k 1% D6 BAV21WS-7-F BAV21WS-7-F BP FB R4 49.9 k C4 1% 10 µF 16 V Q2 MMBT3904 MMBT3904 R9 1 k C6 100 nF 50 V VR2 ZMM5259B-7 ZMM5259B-7 39 V R10 10 k C7 1 µF 50 V C8 2.2 nF 250 VAC PI-6147-101310 PI-6147-101310 7 High Power Factor Design Examples LinkSwitch-PH ­ High Efficiency, High Power Factor, LED Driver (RDK-257 RDK-257) 12 W, 36 V, 330 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, BUCK CONVERTER POWER SUPPLY R1 10 k 36 V, 330 mA D4 BAV19WS BAV19WS L1 2.2 mH D1 DL4007 DL4007 F1 90 - 265 VAC R7 76.8 k 1% Q1 FMMT560 FMMT560 R9 90.9 k 1% C7 10 nF C6 1 µF SCR1 FS202DA FS202DA R11 10 k J4 R3 2.00 M 1% L RTN D3 ES1B R4 2.00 M 1% C2 100 nF 400 V C1 100 nF 630 V RV1 275 VAC R8 34.8 k 1% D2 MURS140T3 MURS140T3 C5 220 µF 50 V L3 680 µH BR1 B10SG B10SG 1000 V J1 J3 VR1 1N5261B-T 1N5261B-T C3 2.2 µF 400 V N J2 R10 47 k LinkSwitch-PH U1 V LNK405EG LNK405EG D CONTROL R5 1.0 M 1% S R R2 10 k BP FB R6 24.9 k 1% L2 2.2 mH C4 10 µF PI-6125-092210 PI-6125-092210 LinkSwitch-PH ­ High Efficiency, High Power Factor, LED Driver (DER-192 DER-192) 12 W, 36 V, 330 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, BUCK CONVERTER POWER SUPPLY R13 10 k 36 V, 330 mA L1 1500 µH J3 D5 1N4007 1N4007 D8 UF4004 UF4004 D11 LL4148 LL4148 J1 F1 3.15 A L 90 - 265 VAC R11 2 M BR1 DF08S DF08S 800 V RV1 275 VAC C9 100 nF 400 V C1 68 nF 400 V C3 1 µF 400 V D10 UF4004 UF4004 R3 1.6 M N C2 68 nF 400 V J2 CONTROL R4 324 k 1% R12 10 k L2 1500 µH 8 LinkSwitch-PH U1 LNK405EG LNK405EG S R5 49.9 k 1% R R8 34.8 k 1% Q2 FMMT560 FMMT560 V D R7 75 k 1% C7 100 nF 50 V R9 47 k C4 10 µF 50 V VR3 P6KE43A P6KE43A 43 V C5 1 µF 100 V BP FB C6 120 µF 50 V R10 90.9 k 1% L4 680 µH J4 PI-5981-060710 PI-5981-060710 RTN High Power Factor Design Examples LinkSwitch-PH ­ High Efficiency, High Power Factor, LED Driver (DER-256 DER-256) 15 W, 50 V, 300 mA OUTPUT, 90 ­ 265 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY L4 1000 µH C9 C10 100 µF 100 µF 100 V 100 V D7 MUR160 MUR160 FL1 (R+) 4 50 V, R15 100 k 300 mA +V BR1 DB106S DB106S 600 V R3 4.7 k R4 240 k C12 1 nF 1 kV D1 1N4007 1N4007 R18 82 k -V FL2 (GND) 5 L5 300 µH 6 R17 100 R5 1.8 M C1 47 nF 275 VAC C2 100 nF 400 V R1 4.7 k L2 1000 µH R6 1.6 M C3 1 µF 400 V L3 1000 µH R2 4.7 k R13 D5 150 FR107 FR107 1% D2 FR107 FR107 T1 EER25 EER25 LinkSwitch-PH U1 V LNK406EG LNK406EG CONTROL R7 1.8 M 1% S R RV1 L D4 LL4148 LL4148 R10 130 k 1% R9 6.2 k BP D6 1N4007 1N4007 VR2 R16 ZMM5257B ZMM5257B 100 FB Q1 FMMT491 FMMT491 R8 24.9 k C4 100 µF 25 V C11 100 nF 50 V F1 3.15 A 90 - 265 VAC R11 20 k 7 D3 MUR120 MUR120 D L1 4 mH C5 22 µF 50 V RTN R12 1 k R14 10 k C6 100 nF 50 V C7 1 µF 50 V C8 2.2 nF 250 VAC N PI-5982-100710 PI-5982-100710 19.5 mm 260 mm TinySwitch-III ­ Passive PFC, Constant Current LED Driver (DI-130 DI-130) 18 W, 10 V, 1.8 A OUTPUT, 185 ­ 265 VAC INPUT, PASSIVE PFC FLYBACK POWER SUPPLY C8 2.2 nF 250 VAC D1, D2 1N4007 1N4007 R14 5.1 k C16 6.8 µF 400 V F1 3.15 A C13 185 - 265 47 nF VAC 275 VAC R16 100 k 1/2 W 2 C4 1 nF 1 kV D6 1N4007 1N4007 6 3 L1 2200 µH L2 2200 µH C14 220 nF 275 VAC D5 1N4007 1N4007 D13 UF4005 UF4005 D R13 5.1 k D3, D4 1N4007 1N4007 TinySwitch-III U2 TNY279PN TNY279PN EN/UV BP/M C15 6.8 µF 400 V S C16 1 µF 50 V 10 V, 1.8 A R11 100 m 1W D9 SB580 SB580 C12 R12 220 pF 47 1 kV 1/2 W LM358 LM358 U3 PC817A PC817A 8 4 VR1 12 V C10 100 nF 50 V RTN R17 5.1 k 1/8 W U1 D11 1N4148 1N4148 R10 51 R5 1 k 1/8 W C9 100 nF 50 V 1 R15 10 1/2 W D7 1N4007 1N4007 C6 C7 680 µF 680 µF 35 V 35 V 10 2 + 1 3 R11 2 k 1/8 W C17 100 µF 16 V R6 68 k 1/8 W U4 TL431 TL431 2% PI-4987-011708 PI-4987-011708 9 High Power Factor Design Examples TOPSwitch-GX ­ Power Factor Corrected, Constant Voltage, Constant Current LED Driver (DER-168 DER-168) 20 W, 12 V, 1.67 A OUTPUT, 85 ­ 277 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY C8 470 pF 250 VAC R24 13 k L2 220 µH R1 R3 VR1 47 k D5 P6KE 100 k 1/2 W 1N4007 1N4007 200 A 2W 1 C2 150 nF 305 VAC NC NC L1 5 mH C4 10 µF 450 V C17 R25 470 pF 27 1 kV D7 1N4007GP 1N4007GP 4 F1 5A 5 D6 UF5404 UF5404 RV1 320 VAC L D 85 - 277 VAC X Q5 2N3906 2N3906 T1 EE28 TOPSwitch-GX U1 TOP247YN CONTROL S R18 100 k 1/8 W R5 10 k 1/8 W C7 330 µF 25 V R7 24 1/8 W R4 22 R6 1/8 W 300 k 1/8 W C5 22 µF 16 V F R31 C14 18.2 k 100 nF 1% 50 V R20 200 1/8 W R19 10 1/8 W C16 47 µF 25 V Q1 2N3904 2N3904 D8 1N4148 1N4148 C C10 33 µF 16 V VR2 1N5247B 1N5247B 17 V Q4 2N3906 2N3906 C15 47 µF 25 V D9 1N4002 1N4002 L3 220 µH C1 100 nF 305 VAC D12 1N4002 1N4002 C20 1 nF 100 V R29 27 7,6 R2 33 0.5 W 12 V, 1.67 A R14 470 D11 MBR1060 MBR1060 2 C3 220 nF 630 V C13 C11, C12 1500 µF R10 10 nF 10 k 50 V 25 V D10 MBR1060 MBR1060 10 9 C6 2.2 nF 1 kV D1-D4 RL207 RL207 C19 1 nF 100 V R22 27 R9 150 Q2 2N3904 2N3904 R12 1.8 R11 0.2 1W R21 200 1/8 W R16 200 R15 1 k 1/8 W R13 1 k 1/8 W R17 1.6 k Q3 2N3904 2N3904 RTN U2A LTV817A LTV817A R23 1.8 1W U2B LTV817A LTV817A C9 470 pF 250 VAC PI-4882-102809 PI-4882-102809 TOPSwitch-GX ­ Power Factor Corrected Constant Current LED Driver (DER-136 DER-136) 75 W, 24 V, 3.1 A OUTPUT, 208 ­ 277 VAC INPUT, SINGLE STAGE PFC, FLYBACK POWER SUPPLY R1 5.1 k L4 330 µH R3 R5 VR1 150 k D5 P6KE 100 k 0.5 W 1N4007 1N4007 200A 2W 1 C6 2.2 nF 1 kV D1-D4 RL207 RL207 C2 100 nF 305 VAC R2 5.1 k L2 19 mH NC R4 22 1W C4 15 µF 450 V 2 D7 FR305 FR305 5 C1 100 nF 305 VAC D6 BYV29-400 BYV29-400 RV1 320 VAC F1 5A 10 X 4 F Q5 2N3906 2N3906 C7 330 µF 25 V C C14 100 nF 50 V R23 10.2 k 1% Q1 2N3904 2N3904 R8 22 R6 1/8 W 300 k 1/8 W C5 22 µF 16 V R7 24 C10 33 µF 16 V U2B LTV817A LTV817A C9 2.2 nF 250 VAC R9 150 PI-4979-040208 PI-4979-040208 Q2 2N3904 2N3904 R20 200 1/8 W R11 0.13 3W R19 10 1/8 W C16 47 µF 35 V D8 1N4148 1N4148 24 V, 3.125 A VR2 1N5254B 1N5254B 27V Q4 2N3906 2N3906 C15 47 µF 35 V T1 EER28 EER28 TOPSwitch-GX U1 TOP250YN CONTROL S 208 - 277 VAC L D R18 100 k 1/8 W D9 1N4003 1N4003 L3 330 µH L1 42 µH D12 1N4003 1N4003 6,7 C17 150 µF 35 V R14 470 D11 DSSK20-015A DSSK20-015A 3 C3 220 nF 630 V C11, C12 C13 L5 1800 µF R10 10 nF 2.2 µH 10 k 50 V 35 V D10 DSSK20-015A DSSK20-015A 10 8 R12 1 R21 300 1/8 W R13 1 R16 200 R15 1 k 1/8 W R22 1 k 1/8 W Q3 2N3904 2N3904 R17 1.6 k U2A LTV817A LTV817A RTN High Power Factor Design Examples HiperPLC ­ Power Factor Corrected LLC Power Supply (DER-212 DER-212) 150 W, 48 V, 0.05 A ­ 3.125 A, 140 ­ 265 VAC INPUT, SINGLE STAGE PFC, LLC POWER SUPPLY INPUT CIRCUIT AND PFC POWER STAGE D25 BAV19WS BAV19WS RL1 F1 5A O Relay t L VCC J4-1 RT1 5 C1 330 pF 250 VAC E C4 470 nF 275 VAC C3 470 nF 275 VAC C5 330 pF 250 VAC R1 680 k L1 10 mH RV1 320 VAC C2 330 pF 250 VAC Bridge + R2 680 k C7 470 nF 630 V C6 330 pF 250 VAC R3 680 k N BR1 GBJ806-F GBJ806-F 600 V L2 10 mH D1 1N5406 1N5406 J4-2 Bridge + 6 VCC L4 580 µH 1 GATEP Q1 FMMT491 FMMT491 Controller GND D3 1N4007 1N4007 R7 2.2 D4 1N4007 1N4007 D22 ES1D 8 C75 150 µF 25 V 7 9 D2 STTH 8S06D 8S06D R109 2.2 C76 150 µF 25 V D23 ES1D Q3 FMMT591 FMMT591 Q2 STW20NM50FD STW20NM50FD C10 1 µF 25 V R6 0.33 2W Bead 2 Ferrite Bead Relay Bead 1 Ferrite Bead ISP R113 10 k 2W R114 2 M VR10 Q25 MMBT3904 MMBT3904 ZMM5245B-7 ZMM5245B-7 17 V Q26 MMBT3904 MMBT3904 R103 4.7 k Q27 BST52TA BST52TA VCC R117 22 k C9 100 µF 450 V C11 20 nF 500 V R111 22 k Q24 STN1HNK60 STN1HNK60 D24 BAV19WS BAV19WS VR11 ZMM5242B-7 ZMM5242B-7 12 V C70 150 µF 25 V VR9 ZMM5245B-7 ZMM5245B-7 15 V R112 22 k R9 4.7 k Controller GND B+ R8 0.33 2W BC80 3.3 nF 250 VAC PI-5404-050809 PI-5404-050809 Heatsink PFC CIRCUIT CONTROL INPUTS AND LLC STAGE B+ C39 18 nF 1600 V 7 T1 ETD39 ETD39 10 D9 STTH Bead 3 1002CT 1002CT 48 V, 3.125 A VCC R39 768 k 1% GATEP R41 768 k 1% ISP R45 150 R40 768 k 1% D8 UF4005 UF4005 R44 10 R38 4.7 U1 PLC810PG PLC810PG R42 10 R43 768 k 1% R46 768 k 1% 13 6 3 23 GATEH VCCHB HB GATEP GATEL ISP FBP C73 2.2 nF 200 V C26 10 µF 50 V Controller GND R48 2.2 k Q20 MMBT3906 MMBT3906 C28 22 nF 200 V 17 18 R50 22.1 k 1% 2 19 L6 Ferrite Bead (3.5 × 4.45 mm) 10 R58 10 R52 15 k 1% FMAX 21 FBL GND VCC 7 GNDL 8 R55 1 R51 15 k 1% 20 RSVD3 R53 8.25 k 1% 9 C29 10 µF 50 V GNDP B- C27 2.2 µF C31 1 µF 25 V C32 100 nF 50 V C30 2.2 nF 200 V C33 1 µF 25 V C34 2.2 nF 200 V Q10 IRFIB7N 50LPBF 50LPBF RTN C74 1 nF 250 VAC Q11 IRFIB7N 50LPBF 50LPBF R47 1 k R49 57.6 k 1% RSVD1 5 GND D20 BAV19WS BAV19WS 14 VREF 4 RSVD2 C37 680 µF 63 V Bead 4 R56 10 VCCL 16 11 NC 15 NC 24 NC C38 680 µF 63 V 13 2 C23 1 µF 25 V 12 ISL 22 1 VCOMP C25 10 nF 200 V 11,12 9 C40 100 nF 630 V R37 4.7 R107 2 k U2A LTV817A LTV817A U2B LTV817A LTV817A R59 0.22 2W D19 BAV19WS BAV19WS C51 22 nF R30 7.5 k R68 1 k R66 182 k 1% VR12 1N525IB 1N525IB 22 V C44 2.2 nF D16 BAV19WS BAV19WS C35 1 nF 200 V C36 2.2 nF 200 V R54 1.8 k R70 470 k C77 10 nF 200 V C68 1 µF 50 V L7 Ferrite Bead (3.5 × 4.45 mm) C78 1 nF 250 VAC U3 LM431AIM3DR LM431AIM3DR 2% C24 22 nF R67 10 k 1% PI-5428-050809 PI-5428-050809 Heatsink 11 Design Examples LinkSwitch-TN ­ Non-Isolated, Buck-Boost LED Driver (DER-92 DER-92) 0.5 W, 13 V, 40 mA, 85 ­ 265 VAC INPUT, BUCK-BOOST POWER SUPPLY D1 1N4007 1N4007 RF2 47 FB D RF1 8.2 , 1 W Fusible C3 0.1 µF 50 V D3 UF4005 UF4005 LED 1-12 13 mA per string (average) S LinkSwitch-TN U1 LNK302PN LNK302PN C1 2.2 µF 400 V 85 - 265 VAC BP C2 2.2 µF 400 V L1 1 mH PI-4087-051910 PI-4087-051910 LinkSwitch-TN ­ Non-Isolated, Constant Current LED Driver (DI-74 DI-74) 1.25 W, 12.5 V, 100 mA, 85 ­ 265 VAC INPUT, BUCK-BOOST POWER SUPPLY VR1 R2 BZX79C18 BZX79C18 D4 300 18 V, 500 mW UF4005 UF4005 1% RF1 D1 8.2 , 1 W 1N4007 1N4007 Fusible RF2 47 , 0.5 W Flame Proof FB D 85 - 265 VAC C1 4.7 µF 400 V C2 4.7 µF 400 V R1 2 k 1% BP S LinkSwitch-TN U1 LNK304PN LNK304PN C3 0.1 µF 50 V L1 1.2 mH 220 mA R3 20 0.5 W 1% C4 47 µF 10 V C5 1 µF, 50 V low ESR LED 1-20 25 mA per string D3 UF4005 UF4005 1 A, 600 V Ultrafast 12.5 V, 100 mA D2 1N4007 1N4007 PI-3846-100510 PI-3846-100510 12 Design Examples LinkSwitch-TN ­ Non-Isolated, Constant Current Light Bulb Replacement (RDK-131 RDK-131) 3 W, 9 V ­ 15 V, 300 mA OUTPUT, 85 ­ 265 VAC INPUT, BUCK CONVERTER POWER SUPPLY D1 BAV21WS-7-F BAV21WS-7-F R7 30 k Q2 MMST3906 MMST3906 C5 100 nF 25 V R6 10 k R3 10 k R1 4.7 k R9 4.7 k C4 100 nF 25 V FB L C1 4.7 µF 380 V 85 - 265 VAC C2 4.7 µF 380 V R4 10 k Q1 MMST3904 MMST3904 C6 100 nF 25 V BP S D BR1 MB6S 600 V RF1 10 2.5 W D2 BAV21WS-7-F BAV21WS-7-F L2 1 mH R8 2 LinkSwitch-TN U1 LNK306DN LNK306DN 9 - 15 V, 300 mA R10 12 D3 MURS160T3 MURS160T3 R11 1 k C3 2.2 µF 25 V L1 1 mH N RTN PI-4986-011708 PI-4986-011708 LinkSwitch-II ­ Constant Voltage, Constant Current LED Driver (DER-261 DER-261) 3.6 W, 12 V, 300 mA OUTPUT, 90 ­ 265 VAC INPUT, FLYBACK POWER SUPPLY L1 1000 µH C6 R1 470 pF 50 V 8.2 R3 390 k TI EE13 1 C3 470 pF 250 V 2 B NC RF1 10 1W 90 - 265 VAC C1 3.3 µF 400 V D3 SS110 SS110 C7 10 µF 25 V R6 3.3 k RTN 7 D2 LL4148 LL4148 R4 330 BR1 MB6S 600 V 12 V, 300 mA A 8 D1 DL4007 DL4007 C2 3.3 µF 400 V D R8 46.4 k 1% LinkSwitch-II U1 LNK605DG LNK605DG FB BP/M S C4 1 µF 25 V R10 6.2 k C5 1 µF 25 V R9 8.06 k 1% PI-6134-100510 PI-6134-100510 13 Design Examples LinkSwitch-II ­ Isolated Constant Voltage, Constant Current LED Driver (DER-206 DER-206) 3.67 W, 10.5 V, 350 mA OUTPUT, 90 ­ 265 VAC INPUT, FLYBACK POWER SUPPLY L1 1 mH 5 C4 1 nF 200 V R5 470 k RF1 10 2W BR1 MB6S 600 V 6 NC NC R4 470 C1 33 nF 630 V 90 - 265 VAC FL1 FL2 3 LinkSwitch-II U1 LNK605DG LNK605DG D 10.5 V, R3 3 k 350 mA D3 SS110-TP SS110-TP RTN 4 T1 EPC13 EPC13 D2 DL4005 DL4005 C3 4.7 µF 400 V C5 22 µF 16 V R1 26.7 k 1% FB BP S C2 1 µF 25 V R2 5.76 k 1% PI-5319-021209 PI-5319-021209 LinkSwitch-II ­ Constant Voltage, Constant Current LED Driver (DER-185 DER-185) 4.2 W, 12 V, 350 mA OUTPUT, 85 ­ 265 VAC INPUT, FLYBACK POWER SUPPLY R8 5.1 L1 1000 µH D1 1N4007 1N4007 T1 EE16 C3 1 nF 1 kV D2 1N4007 1N4007 R1 10 k R3 470 k D3 1N4007 1N4007 D4 1N4007 1N4007 C2 10 µF 400 V R2 10 k 10 D7 SB1100 SB1100 C7 330 µF 16 V R9 3 k 4 D5 1N4007GP 1N4007GP C1 4.7 µF 400 V 1 12 V, 350 mA 6 R4 300 RF1 8.2 2W 85 - 265 VAC C6 1 nF 100 V RTN NC 3 2 LinkSwitch-II U1 LNK605DG LNK605DG D R5 30.9 k 1% FB BP S L2 1000 µH C4 1 µF 25 V R6 5.76 k 1% PI-5117-042308 PI-5117-042308 14 Design Examples LinkSwitch-II ­ Non-Isolated Constant Voltage, Constant Current, Tapped Buck LED Driver (DER-186 DER-186) 4.2 W, 12 V, 350 mA OUTPUT, 85 ­ 265 VAC INPUT, TAPPED BUCK CONVERTER POWER SUPPLY L1 470 µH D3 1N4007 1N4007 4 C4 4.7 µF 400 V 85 - 265 VAC 1 8 5 T1 C5 4.7 µF 400 V R1 49.9 k 1% LinkSwitch-II U1 LNK605DG LNK605DG D5 1N4007 1N4007 D R4 3 k 7 6 RF1 8.2 2W D6 1N4007 1N4007 C1 330 µF 16 V D1 SB1100 SB1100 D4 1N4007 1N4007 FB BP S R2 8.25 k 1% C3 1 µF 25 V PI-5141-090908 PI-5141-090908 LinkSwitch-II ­ Constant Voltage, Constant Current LED Driver (DER-184 DER-184) 5.32 W, 7.6 V, 700 mA, 85 ­ 265 VAC INPUT, FLYBACK POWER SUPPLY R8 5.1 L1 2200 µH D1 1N4007 1N4007 R1 10 k D2 1N4007 1N4007 RF1 10 2W T1 EE16 C3 1 nF 1 kV 1 R3 470 k C7 680 µF 16 V R9 1 k RTN NC 5 4 85 - 265 VAC R2 10 k D3 1N4007 1N4007 D7 SB260 SB260 2 D5 1N4007GP 1N4007GP C2 10 µF 400 V 7.6 V, 700 mA 9 7 R4 300 C1 4.7 µF 400 V C6 2.2 nF 100 V D4 1N4007 1N4007 3 LinkSwitch-II U1 LNK606PG LNK606PG D D6* LL4148 LL4148 FB R5 22.6 k 1% BP S L2 2200 µH *Optional components C4 1 µF 25 V R7* 6.2 k 5% C5* 10 µF 16 V R6 7.5 k 1% PI-5028-051910 PI-5028-051910 15 Design Examples LinkSwitch-II ­ Constant Voltage, Constant Current LED Driver (DER-215 DER-215) 8.4 W, 12 V, 700 mA, 85 ­ 265 VAC INPUT, FLYBACK POWER SUPPLY C9 1 nF 250 VAC L1 2200 µH D1 1N4007 1N4007 1 C3 1 nF 1 kV R1 5.1 k D2 1N4007 1N4007 R3 330 k C6 R8 2.2 nF 100 50 V C8 470 µF 16 V 8 C7 470 µF 16 V D7 SB360 SB360 7 3 NC 12 V, 700 mA R9 5.6 k RTN 4 R4 300 RF1 10 2W 2 D5 1N4007GP 1N4007GP C2 22 µF 400 V C1 4.7 µF 400 V 85 - 265 VAC D6 LL4148 LL4148 R5 30 k D8 UF4004 UF4004 LinkSwitch-II U1 LNK606PG LNK606PG D R2 5.1 k D3 1N4007 1N4007 T1 EF16 D4 1N4007 1N4007 FB BP S R7 7.5 k C4 1 µF 25 V L2 2200 µH C5 10 µF 25 V R6 5.62 k 1% PI-5407-051910 PI-5407-051910 LinkSwitch-TN ­ Low-Cost Dimmable LED Ballast (DI-171 DI-171) 9 W, 70 V, 130 mA OUTPUT, 108 ­ 132 VAC INPUT, BUCK-BOOST POWER SUPPLY 70 V, 130 mA D5 1N4007 1N4007 D6 1N4007 1N4007 D10 1N4007 1N4007 D1 BYV26B BYV26B C2 22 µF 200 V L L1 1500 µH F1 2A 108 - 132 VAC N R16 4.7 k C6 47 nF 275 VAC R1 4.7 1/2 W C10 47 nF 275 VAC L3 2.2 mH D2 1N4007 1N4007 R15 4.7 k D3 1N4007 1N4007 D8 1N4007 1N4007 R9 1 M U2A LTV817A LTV817A LinkSwitch-TN U1 LNK306PN LNK306PN D C1 22 µF 200 V S C4 100 nF 50 V C7 1 nF 100 V R7 220 k 1/8 W C9 33 nF 100 V R13 1 M R10 R11 220 7.5 1/8 W 1/2 W R6 33 k 1/8 W FB BP R4 100 k 1/2 W R8 1 M R14 470 1/8 W C8 100 nF 400 V L2 1500 µH D7 1N4007 1N4007 16 D4 1N4007 1N4007 VR2 1N5259B 1N5259B 36 V C3 47 µF 100 V VR1 1N5259B 1N5259B 39 V R12 33 k 1/8 W Q1 2N3906 2N3906 U2B LTV817A LTV817A PI-5018-082009 PI-5018-082009 RTN Design Examples LinkSwitch-TN ­ Constant Current Buck Converter LED Driver (DER-172 DER-172) 9.1 W, 70 V, 130 mA OUTPUT, 108 ­ 132 VAC INPUT, BUCK CONVERTER POWER SUPPLY 70 V, 130 mA D1 1N4007 1N4007 L F1 1A C1 100 nF 275 VAC VR2 1N5258B 1N5258B 36 V C4 47 µF 200 V D5 BYV26B BYV26B L1 5 mH 108 - 132 VAC N VR1 1N5259B 1N5259B 39 V D2 1N4007 1N4007 C2 22 µF 200 V D3 1N4007 1N4007 D4 1N4007 1N4007 U2A LTV817A LTV817A L2 1.1 mH D R2 470 1/8 W C5 33 nF 100 V R5 1 M R3 100 1/8 W R4 7.5 1/2 W LinkSwitch-TN U1 LNK306PN LNK306PN RTN PI-4988-042408 PI-4988-042408 FB BP U2B LTV817A LTV817A C3 100 nF 50 V S LinkSwitch-TN ­ Constant Current LED Driver (DI-210 DI-210) 11 W, 554 V, 20 mA OUTPUT, 85 ­ 265 VAC INPUT, BOOST POWER SUPPLY C5 R2 220 pF 47 1 kV 1/8 W D1 1N4007 1N4007 L2 1 mH L1 2200 µH 554 V, 20 mA D2 UF4007 UF4007 85 - 265 VAC C2 22 µF 400 V RF1 10 2W C3 33 µF 400 V D LinkSwitch-TN U1 FB LNK306PN LNK306PN BP S C4 100 nF 50 V R1 82.5 1% VR1 BZY97C200 BZY97C200 200 V C1 68 nF 630 V VR2 BZY97C200 BZY97C200 200 V VR3 BZY97C200 BZY97C200 200 V RTN PI-5328-051910 PI-5328-051910 17 Design Examples TinySwitch-III ­ Non-Isolated, Constant Current, High Efficiency LED Driver (DER-173 DER-173) 14 W, 20 V, 700 mA OUTPUT, 195 ­ 265 VAC INPUT FLYBACK POWER SUPPLY VR1 C3 P6KE 2.2 nF 200A 1 kV 6 3 L F1 3.15 A BR1 MB6S 600 V C1 10 µF 400 V R3 22 C2 10 µF 400 V N D R1 1.2 k L1 800 µH 11 4 20 V, 700 mA C6 220 µF 25 V D2 30BQ100 30BQ100 C9 1.0 nF 200 V C7 220 nF R6 25 V 51.1 k C8 47 µF 25 V R10 5.1 k T1 EF16 D1 BYG21M BYG21M 195 - 265 VAC D3 30BQ100 30BQ100 9 5 VR2 BZX55C20 BZX55C20 20 V TinySwitch-III U1 TNY279GN TNY279GN 4 + 1 3 2 U2 LM321 LM321 EN/UV Q1 MMBT2222 MMBT2222 BP/M S C4 1 µF 50 V R5 150 R4 10 k D4 LL4148 LL4148 R8 2.4 k 1% RTN R9 51.1 k 1% R8A 3.9 k 1% U3 LM431 LM431 2% R7 0.10 1% PI-4980-051910 PI-4980-051910 HiperPLC ­ High Efficiency Continuous Mode PFC and LLC Controller (100 W to 600 W) Standby Supply VCCHB GATEH HB AC IN VCC FBP PFC Gate Driver GATEP ISL PLC810PG PLC810PG VREF FMAX VCOMP FBL LLC Feedback Circuit Additional Features: GNDP GNDL GND Link DC OUT GATEL ISP 18 + VCCL ­­ Highly integrated, eliminates external components ­­ Frequency and phase synchronized PFC and LLC · Reduced noise and EMI · Ripple current reduction in PFC output capacitor PI-5044a-121708 · Edge collision-avoidance simplifies layout ­­ Comprehensive PFC and LLC fault handling and current limiting IC Product Tables TRIAC Dimmable, Single-Stage PFC, Medium-Power AC-DC Power Conversion1,2 (Up to 50 W) Product Minimum Output Power 3 (W) Maximum Output Power 4 (W) Minimum Output Power 3 (W) RV = 2 MW RV = 4 MW 85-132 VAC LinkSwitch-PH Maximum Output Power 4 (W) 85-308 VAC LNK403E LNK403E 2.5 4.5 6.5 12 LNK404E LNK404E 2.5 5.5 6.5 15 LNK405E LNK405E 3.8 7.0 8.5 18 LNK406E LNK406E 4.5 8.0 10 22 LNK407E LNK407E 5.5 10 12 25 LNK408E LNK408E 6.8 13.5 16 35 LNK409E LNK409E 8.0 20 18 Additional Features: ­­ Single-stage power factor correction and accurate constant current (CC) output ­­ Flicker-free phase-controlled TRIAC dimming ­­ Primary side control eliminates optocoupler and all secondary current control circuitry ­­ Eliminates electrolytic bulk capacitor ­­ Eliminates all control loop compensation circuitry ­­ Simple PWM dimming interface 50 Notes: 1. Continuous power in an open frame with adequate heat sinking at device local ambient of 70 °C. 2. Power level calculated on typical LED string voltage with efficiency >80%. 3. Minimum output power with CBP = 10 mF. 4. Maximum output power with CBP = 100 mF. LNK403EG LNK403EG CBP = 10 mF. TRIAC Dimmable, Single-Stage PFC, Low-Power AC-DC Power Conversion (Up to 16 W) Product1 Minimum Output Power2 (W) Maximum Output Power2 (W) Additional Features: ­­ Single-stage power factor correction and accurate CC output ­­ Flicker-free phase-controlled TRIAC dimming ­­ Very low component count with small non-electrolytic bulk capacitor, for compact replacement lamp designs ­­ Compact SO-8C package ­­ Completely eliminates control loop compensation 85-265 VAC LinkSwitch-PL LNK454D LNK454D 1.5 3 LNK456D LNK456D 3 6 LNK457D/K/V LNK457D/K/V 4 8 LNK458K/V LNK458K/V 6 11.5 LNK460K/V LNK460K/V 8 16 Notes: 1. Packages: D: SO-8C, K: eSOPTM-12, V: eDIPTM-12. 2. Maximum practical continuous power in an open frame design with adequate heat sinking, measured at +50 °C ambient . Low-Power AC-DC, Non-Isolated Power Conversion (360 mA) Product1 Output Current2 (mA) MDCM3 LinkSwitch-TN CCM4 230 VAC ± 15% Output Current3 (mA) MDCM3 CCM4 85-265 VAC LNK302P/G/D LNK302P/G/D 63 80 63 80 LNK304P/G/D LNK304P/G/D 120 170 120 170 LNK305P/G/D LNK305P/G/D 175 280 175 280 LNK306P/G/D LNK306P/G/D 225 360 225 Additional Features: ­­ ­­ ­­ ­­ ­­ ­­ ­­ 700 V internal MOSFET rating Self-powered ON/OFF control Hysteretic thermal shutdown Power limiting Frequency jitter reduces EMI EcoSmartTM low standby/no-load power consumption 360 Notes: 1. Packages: P: DIP-8B, G: SMD-8B, D: SO-8C. 2. Typical output current in a non-isolated buck converter. Output power capability depends on respective output voltage. 3. Mostly discontinuous conduction mode. 4. Continuous conduction mode. 19 IC Product Tables Low-Power AC-DC Power Conversion (Up to 6.1 W) Product 1 Continuous Continuous Output Power (W) Output Power (W) Adapter 2 Open Open Adapter2 Frame3 Frame3 230 VAC ± 15% LinkSwitch-II 85-265 VAC LNK603/613P/D LNK603/613P/D 2.5 3.3 2.5 3.3 LNK604/614P/D LNK604/614P/D 3.5 4.1 3.5 4.1 LNK605/615P/D LNK605/615P/D 4.5 5.1 4.5 5.5 6.1 5.5 3.1 3.1 3.1 700 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 6.1 LNK632D LNK632D ­­ ­­ ­­ ­­ ­­ ­­ ­­ 5.1 LNK606/616P/G/D LNK606/616P/G/D Additional Features: 3.1 Notes: 1. Packages: P: DIP-8C, G: SMD-8C, D: SO-8C. 2. Minimum continuous power in a typical non-ventilated enclosed adapter measured at 50 °C ambient. 3. Minimum practical continuous power in an open frame design with adequate heat sinking, measured at 50 °C ambient. Medium-Power AC-DC Power Conversion (Up to 36.5 W) Product 1 TinySwitch-III Continuous Continuous Output Power (W) Output Power (W) Open Open Adapter2 Frame3 Adapter2 Frame3 230 VAC ± 15% 85-265 VAC TNY274P/G TNY274P/G 6 11 5 8.5 TNY275P/G TNY275P/G 8.5 15 6 11.5 TNY276P/G TNY276P/G 10 19 7 15 TNY277P/G TNY277P/G 13 23.5 8 18 TNY278P/G TNY278P/G 16 28 10 18 32 12 20 36.5 14 700 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 25 TNY280P/G TNY280P/G ­­ ­­ ­­ ­­ ­­ ­­ ­­ ­­ ­­ 21.5 TNY279P/G TNY279P/G Additional Features: 28.5 Notes: 1. Packages: P: DIP-8C, G: SMD-8C. 2. Minimum continuous power in a typical non-ventilated encased adapter with minimal heat sinking, measured at a device ambient of 50 °C. 3. Minimum continuous power in an open frame with adequate heat sinking. TinySwitch-III operates without bias winding. 20 IC Product Tables High-Power AC-DC Power Conversion (Up to 290 W) Product3 Continuous Output Power (W) Adapter1 TOPSwitch-GX Open Frame2 Continuous Output Power (W) Adapter1 230 VAC ± 15%4 Open Frame2 85-265 VAC TOP242P/G 9 15 6.5 10 TOP242R 21 22 11 14 TOP242Y/F 10 22 7 14 TOP243P/G 13 25 9 15 TOP243R 29 45 17 20 45 15 30 TOP244P/G 16 28 11 20 TOP244R 34 50 20 28 TOP244Y/F 30 65 20 45 TOP245P/G 19 30 13 22 TOP245R 37 57 23 33 TOP245Y/F 40 85 26 60 TOP246P/G 21 34 15 26 TOP246R 40 64 26 38 TOP246Y/F 60 125 40 90 TOP247R 42 70 28 43 TOP247Y/F 85 165 55 700 V internal MOSFET rating Hysteretic thermal shutdown Power limiting Frequency jitter reduces EMI Line undervoltage detection Line overvoltage detection EcoSmart low standby/no-load power consumption 23 TOP243Y/F Additional Features: ­­ ­­ ­­ ­­ ­­ ­­ ­­ 125 TOP248R 43 75 30 48 TOP248Y/F 105 205 70 155 TOP249R 44 79 31 53 TOP249Y/F 120 250 80 180 TOP250R 45 82 32 55 TOP250Y/F 135 290 90 210 Notes: 1. Typical continuous power in a non-ventilated enclosed adapter measured at 50 °C ambient. 2. Maximum practical continuous power in an open frame design at 50 °C ambient. 3. Packages: P: DIP-8C, G: SMD-8C, R: TO-263-7C ,Y: TO-220-7C, F: TO-262C. 4. 230 VAC or 100/115 VAC with doubler. 21 IC Product Tables High Efficiency AC-DC Power Conversion (Up to 333 W) Continuous Output Power (W) Product 5 Adapter1 TOP252M TOP252E TOP253P/G TOP253M TOP253E TOP254P/G TOP254M TOP254E/Y TOP255P/G TOP255M TOP255E/Y TOP255L TOP256P/G TOP256M TOP256E7/Y TOP256L TOP257P/G TOP257M TOP257E/Y TOP257L TOP258P/G TOP258M TOP258E/Y TOP258L TOP259E/Y TOP259L TOP260E/Y TOP260L TOP261E/Y TOP261L TOP262L6 TOP262E 6 Peak3 Adapter1 230 VAC ± 15%4 TOPSwitch-HX TOP252P/G Open Frame2 Continuous Output Power (W) 9 15 10 25 21 43 16 28 30 21 30 40 34 54 81 21 62 60 25 85 29 105 128 147 177 177 81 63 98 119 70 119 157 29 11 20 43 13 22 57 15 26 19 55 105 48 15 40 88 41 9 26 47 13 20 4 10 13 38 6 6 62 19 Peak3 85-265 VAC 21 15 Open Frame2 77 140 195 122 238 162 275 190 333 244 244 333 22 70 80 93 118 118 13 25 29 30 40 35 52 40 64 86 64 30 45 78 119 78 35 50 92 148 92 171 120 200 140 254 177 177 254 Notes: 1. Minimum continuous power in a typical non-ventilated enclosed adapter measured at 50 °C ambient. Use of an external heat sink will increase power capability. 2. Minimum continuous power in an open frame design at +50 °C ambient. 3. Peak power capability in any design at +50 °C ambient. 4. 230 VAC or 110/115 VAC with doubler. 5. Packages - P: DIP-8C, G: SMD-8C, M: SDIP-10C SDIP-10C, Y: TO-220-7C, E: eSIP-7C, L: eSIP-7F. 6. TOP261 and TOP262 have the same current limit set point. In some applications TOP262 may run cooler than TOP261. 7. Parts are available with Green (Halogen Free) mold compound. Parametrically green material encapsulated parts are identical to non-green parts. 22 Additional Features: ­­ Multi-mode operation maximizes efficiency at all loads ­­ eSIPTM-7F and eSIP-7C packages · Low thermal impedance junction-to-case (2 °C per watt) · Low height is ideal for adapters where space is limited · Horizontal eSIP-7F package ideal for ultra low height adapter and monitor applications ­­ 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 (254Y-258Y 254Y-258Y and all E/L packages) reduces transformer and power supply size · Half frequency option for video applications ­­ Frequency jittering reduces EMI filter cost ­­ Improved auto-restart delivers