Product Selector Guide LED Bulb Designs. March V VR1 1.5KE200A D3 UF4007 D4 SB3100 D5 SS14. R kω. R6 162 kω
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1 F.KE200A Product elector Guide E Bulb esigns 3 UF007 F2 3 MB March 20 M8 2 B300 -PH G COTO 3.0 kω 62 kω MMBT390 ZMM29B-7 39 B 9.9 kω 0 µf kω 3 0 0
2 Product elector Guide PFC Isolated and on-isolated Flyback, Buck and Buck-Boost inkwitch-p YTwitch- inkwitch-ph PI-miniedBulbChart-039 on-isolated Buck or Buck-Boost (on-pfc) YTwitch-0 ow Power Isolated and on-isolated Flyback and Buck-Boost inkwitch-ii W 2. W 3 W 0 W 20 W 2 W 30 W 3 W 0 W 90 W IC Product Tables and esign Examples YTwitch-0 ow-power AC-C, on-isolated Power Conversion 230 ±% Product 6 PF, MCM 2 CCM 3 MCM 2 CCM 3 (ma) (ma) (ma) (ma) YT0002/P YT000/P YT000/P YT0006/P High ow High ow High ow High ow High power factor meeting EU and UA requirements ery low component count Frequency jitter reduces EMI o bias supply or transformer required otes:. Typical output current in a non-isolated buck converter. ee Key Applications Considerations section in data sheet for more information. 2. MCM mostly discontinuous mode. 3. CCM continuous conduction mode.. PF high: 20 and PF low: for non-pf application where C I > mf minimum. 6. Packages: P: PIP-8B, : O-8C. inkwitch-p TIAC immable, ingle-tage PFC, ow-power AC-C Power Conversion Product 2 Minimum Power (W) 8-26 Maximum Power (W) K. 3 K6 3 6 K7/K/ 8 K8K/ 6. K60K/ 8 6 ingle-stage power factor correction and accurate constant current (CC) output Flicker-free phase-controlled TIAC dimming ery low component count with small non-electrolytic bulk capacitor, for compact replacement lamp designs Compact O-8C package Completely eliminates control loop compensation otes:. Maximum practical continuous power in an open frame design with adequate heat sinking, measured at +0 C ambient 2. Packages: : O-8C, : eip-2. inkwitch-ii ow-power AC-C Power Conversion Product ± % 8-26 Continuous Power (W) Adapter Continuous Power (W) Open Open Adapter Frame 2 Frame 2 K603/63P/ K60/6P/ K60/6P/.... K606/66P/G/ K internal MOFET rating elf-powered O/OFF control Hysteretic overtemperature protection Power limiting Frequency jitter reduces EMI Ecomart low standby/no-load power consumption otes:. Minimum continuous power in a typical non-ventilated enclosed adapter measured at 0 C ambient. 2. Minimum practical continuous power in an open frame design with adequate heat sinking, measured at 0 C ambient. 3. Packages: P: IP-8C, G: M-8C, : O-8C.
3 inkwitch-ph TIAC immable, ingle-tage PFC, Medium-Power AC-C Power Conversion,2 Product Minimum = 2 MW Maximum Power (W) Minimum = MW Maximum Power (W) K03/3E/ K0/E/ K0/E/ K06/6E/ K07/7E/ K08/8E/ K09/9E/ K0/20E/ ingle-stage power factor correction and accurate constant current (CC) output Flicker-free phase-controlled TIAC dimming Primary-side control eliminates optocoupler and all secondary current control circuitry Eliminates electrolytic bulk capacitor Eliminates all control loop compensation circuitry imple PWM dimming interface otes:. Continuous power in an open frame with adequate heat sinking at device local ambient of 70 C. 2. Power level calculated on typical E string voltage with efficiency >80%. 3. Minimum output power with C = 0 mf.. Maximum output power with C = 00 mf. K03E, C = 0 mf.. Package: eip -7C. YTwitch- TIAC immable, ingle-tage PFC, Medium-Power AC-C Power Conversion 2 Product 6 Product 8 Minimum Minimum Maximum Power (W) YTxE/ 2. 2 YTx2E/ 2. YTx3E/ YTxE/. 22 YTxE/. 2 YTx6E/ YTx7E/ YTx8E/ Maximum Power (W) YTx2E YTx22E 6 YTx23E 8 8 YTx2E 9 22 YTx2E 2 YTx26E 3 YTx27E 9 0 YTx28E Better than ±% CC regulation TIAC dimmable to less than % output Fast start-up <20 ms at full brightness <s at 0% brightness High power factor >0.9 Easily meets E ess than 0% TH in optimized designs Up to 92% efficient 32 khz switching frequency for small magnetics otes:. Performance for typical design. ee Application ote. 2. Continuous power in open-frame design with adequate heat sinking; device local ambient of 70 C. Power level calculated assuming a typical E string voltage and efficiency >80%. 3. Minimum output power requires C = 7 mf.. Maximum output power requires C =.7 mf.. YT3 C = 7 mf, YT2 C =.7 mf. 6. Package: eip-7c(e), eip-7f(). 7. YT32 C = 7 mf, YT22 C =.7 mf. 8. Package: eip-7c. inkwitch-ii Isolated, Constant Current E river (E-3) 3 W, 9, 330 ma OUTPUT, IPUT, FYBACK, G0 POWE UPPY 33 kω 3300 µh 3 TP2H00AY 00 F 6 F2 C kω 9, 330 ma T F.7 Ω MB6.7 µf 0 pf 000 inkwitch-ii K60G /M µf 2 EP3 6.8 kω 0 µf kω.9 kω PI-6889b-037
4 inkwitch-p High-Efficiency, High Power Factor, E river (E-30). W, 8, 93 ma OUTPUT, IPUT, IGE-TAGE PFC, BUCK-BOOT COETE, B0 POWE UPPY inkwitch-p K8KG F60-7 COTO µf µf Ω T MB µh 7 nf µh 7 nf MAJ30A 3 3 EE0 69 µh 0 2 UFMP-TP 63 ZMM266B-7 68 F A PI-6637a-037 8, 93 ma YTwitch-0 on-isolated, High-Efficiency, High Power Factor, E river (K-378) 7 W, 8, 82 ma OUTPUT, IPUT, O-IOATE, BUCK COETE, G0 POWE UPPY B0-G kω 0 mh YTwitch-0 YT Ω Ω 2. mh 8, 82 ma F 0 Ω nf BY26C 68 µf 00 76A 00 PI-7087b-037 T inkwitch-p High-Efficiency, High Power Factor, E river (K-268)., 2. 3., 366 ma OUTPUT, 8 26 IPUT, IGE-TAGE PFC, FYBACK, E2 POWE UPPY 2200 µh µh C , 366 ma 8-26 MB6.7 kω 0 nf k kω 7 nf kω UF006 MAJ30A nf k 2 BA2W- inkwitch-p KG 3 8 EE0 000 µf Ω kω T MAZ0620M 6.2 F 0 Ω 27 COTO.7 µf 0 PI YTwitch-0 on-isolated, High-Efficiency, High Power Factor, E river (K-3) 6 W,, 0 ma OUTPUT, IPUT, IGE-TAGE PFC, BUCK COETE, A9 POWE UPPY F.7 Ω MB6.7 kω.7 mh YTwitch-0 YT0006P Ω 6 EE0, 0 ma * 27 7 nf nf MU60T3G 7 µf 63 79A 62 on- ecovering OP *Optional Component PI-6998g-037 T
5 inkwitch-ph on-isolated TIAC immable, Power Factor Corrected E river (E-3). W, 30, 80 ma O 0, 30 ma OUTPUT, IPUT, IGE-TAGE PFC, BUCK COETE, A9 POWE UPPY BA9W 30, 80 ma 3. mh F G kω 7. kω F 3 A 0 3 kω /2 w 2 kω /. mh 2. mh B0-G µf 2 2. MΩ M µf 3 6-E3/6T COTO µf 00 Q FMMT60 BA9W inkwitch-ph K07EG 6.8 kω kω 6 BA9W 0 7 kω T 2.9 kω 0 µf 0 0 µf 2 PI-6836a-037 inkwitch-p High-Efficiency, High Power Factor, E river (E-322) 8 W, 78, 230 ma OUTPUT, 9 26 IPUT, IGE-TAGE PFC, BUCK COETE, A9 POWE UPPY 8 36 kω F A kω kω F nf kω 3 7 nf inkwitch-p K60G E3B-3-F MAJ30A COTO 0 µf 3 0 µf 6 MAZ800M BZX µf 6 2 Ω 2 TTH306U 6 2 M6 BA2W- 6 BA2W- 00 µf 00 78, 230 ma 00 kω 2 PI-6690b-037 T YTwitch- High-Efficiency, High Power Factor, TIAC immable E river (E-370) 8.8 W, 7, ma OUTPUT, IPUT, IGE-TAGE PFC, O-IOATE BUCK, PA6 POWE UPPY 00 pf k BA9W 2.7 mh 3 F G 7, ma F 0 Ω B0-G 000 2AC kω 9 kω 30 kω 3 EE Ω 8 BA2W µf 00 9 BA9W 39 kω T 30 kω Q MMBTA06TIG 0 nf 270 Ω Z2000 Q2 TQ2K60Z-AP kω YTwitch- YT32E COTO kω 0.7 µf kω 2 kω 0 BA9W FMMT8TA 2 70 kω 3 70 kω Z2200M0 20 PI-737a-032
6 YTwitch- High-Efficiency, High Power Factor, TIAC immable E river (E-360) 7. W,, 00 ma OUTPUT, IPUT, IGE-TAGE PFC, TAPPE-BUCK COETE, PA0 POWE UPPY 2 F600-7, 00 ma MB6 00 pf 200 BA2W nf Ω 200 kω 8 30BQ00PBF M 680 µf kω Q B7CG Ω Q FMMT kω 00 kω 0 70 nf 0 Ω 2 0 F 2 A kω 00 kω Q MMBTA06G 70 kω 2.2 nf 8 30 Ω Z Q6 TK3-AP 2 80 kω 68 nf Ω COTO YTwitch- YT3E 2.9 kω 3 00 µf Ω kω 6 BA2W- 87 kω 7 BA2W kω MΩ 6 60 kω 9 BA2W- FMMT9TA 3 70 kω T PI-69a-038 YTwitch- High-Efficiency, High Power Factor, TIAC immable E river (E-36) W,, 30 ma OUTPUT, IPUT, IGE-TAGE PFC, BUCK COETE, PA0 POWE UPPY, 30 ma 2 F F F µf 0 MΩ Q FMMT9TA 00 kω 2 kω 0 70 nf Q FMMT9 3 9 M 9 BA2W- T B0-G pf kω F kω 9 MΩ 0 MΩ E3/6T COTO 6 00 Ω YTwitch- YT33E 6 BA2W- 8.7 kω 82 kω 7 µf 3 7 BA2W- 9 7 kω F 2 A kω Q FMMT9TA pf Ω Z2000 Q6 TK3-AP 80 kω 0. MΩ 2.9 kω 00 µf kω MΩ FMMT9TA 3 70 kω PI-693c-038 YTwitch- High-Efficiency, High Power Factor, TIAC immable E river (E-396) 20 W, 36, 0 ma OUTPUT, 8 26 IPUT, IGE-TAGE PFC, IOATE FYBACK, PA8 POWE UPPY MAJ200A-3-F 200 F 30 Ω 3 00 pf µf µf kω 36, 0 ma F A M 7 0 Ω 0 Ω 2AC Ω 0 Ω B0-G kω 2. MΩ MΩ MΩ BA2W- Q MMBT kω 8 62 kω 7 pf k kω Q2 MMBT0G 0 Ω 2B-T IFU320PBF 20 Ω 20 nf 2 mh 2 7 kω 3 2 F00-7 YTwitch- YT32E 3 J COTO 2.2 nf 630 BA6W kω 00 µf kω 0 33 kω 7 F2 M7/ Q MMBT390G 0 0 nf MMZ27B- 3 0 Ω BA Ω 7 BA2W- kω 8 BYW kω 6 µf CY 70 pf 2AC PI-702a-038 T World Headquarters 2 Hellyer Avenue, an Jose, CA 938, UA, Main: Customer ervice Phone: , Fax: , info@powerint.com On the Web 20 Power Integrations. Power Integrations, TOPwitch, Tinywitch, inkwitch, YTwitch, PA-witch, Peakwitch, CAPZero, EZero, inkzero, HiperPF, HiperTF, HiperC, Qspeed, Ecomart, Clampless, E-hield, Filterfuse, takfet, PI Expert and PI FACT and the Power Integrations logo are trademarks or registered trademarks of Power Integrations, Inc. All rights reserved.
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