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TNY268GN-TL Power Integrations Switching Regulator, 0.88A, 140kHz Switching Freq-Max, PDSO7, LEAD FREE, PLASTIC, SMD-8/7 visit Digikey Buy
TNY268GN Power Integrations Switching Regulator, Current-mode, 0.88A, 140kHz Switching Freq-Max, PDSO7, LEAD FREE, PLASTIC, SMD-8/7 visit Digikey Buy
TNY268PN Power Integrations Switching Regulator, Current-mode, 0.88A, 140kHz Switching Freq-Max, PDIP7, 0.300 INCH, LEAD FREE, PLASTIC, MS-001-AB, DIP-8 visit Digikey Buy

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TNY268 Datasheet

Part Manufacturer Description PDF Type
TNY268 Power Integrations TinySwitch-II Family - Enhanced, Energy Efficient, Low Power Off-line Switcher Original
TNY268G Power Integrations Enhanced, Energy Efficient, Low Power Off-line Switcher Original
TNY268G Power Integrations TinySwitch-II Family Enhanced, Energy Efficient, Low Power Off-line Switcher Original
TNY268G Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC OFFLINE SWIT OTP OCP HV 8SMD Original
TNY268GN Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268GN Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC OFFLINE SWIT OTP OCP HV 8SMD Original
TNY268GN-TL Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268GN-TL Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC OFFLINE SWIT OTP OCP HV 8SMD Original
TNY268GTL Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268G-TL Power Integrations Current Limited Switches, Enhanced, Energy Efficient, Low Power Off-line Switcher, Tape and Reel Original
TNY268G-TL Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC OFFLINE SWIT OTP OCP HV 8SMD Original
TNY268P Power Integrations Enhanced, Energy Efficient, Low Power Off-line Switcher Original
TNY268P Power Integrations TinySwitch-II Family Enhanced, Energy Efficient, Low Power Off-line Switcher Original
TNY268P Power Integrations PMIC - AC DC Converters, Offline Switchers, Integrated Circuits (ICs), IC OFFLINE SWIT OTP OCP HV 8DIP Original
TNY268PN Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268PN Power Integrations IC SW OFF-LINE LP 15/23W 8DIP Original
TNY268PN-TL Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268PTL Power Integrations Enhanced Energy Efficient Low Power Off-line Switcher Original
TNY268P-TL Power Integrations TinySwitch-II Family Enhanced, Energy Efficient,Low Power Off-line Switcher Original

TNY268

Catalog Datasheet MFG & Type PDF Document Tags

schematic of tny268

Abstract: TNY268 adapter ­ TNY268 November 3, 2005 1 Introduction This document is an engineering report describing an Adapter power supply utilizing a TNY268P. This power supply is intended as a general purpose evaluation platform for TNY268P. The document contains the power supply specification, schematic, bill of , Design Example Report Title 13.1 W AC-DC Flyback Converter Using TNY268P Specification , www.powerint.com DER-121 13.1 W adapter ­ TNY268 November 3, 2005 Table Of Contents 1 2 3 4
Power Integrations
Original
schematic of tny268 TNY268 APPLICATION NOTE tny268 Transformer specification of transformer with ic tny268 PICOFUSE 275 core pc40 CISPR22B 261/A

schematic of tny268

Abstract: TNY268 APPLICATION NOTE -60 Adapter ­ TNY268 May 27, 2005 1 Introduction This document is an engineering report describing an adapter power supply utilizing a TNY268P. This power supply is intended as a general purpose evaluation platform for TNY268P. The document contains the power supply specification, schematic, bill of materials , Design Example Report Title 8.75 W Power Supply using TNY268P Specification Input: 90 ­ , 408 414 9201 www.powerint.com DER-60 Adapter ­ TNY268 May 27, 2005 Table Of Contents 1
Power Integrations
Original
U22 2.5A 250V SCR TL431 Specification TNY268 with e 28 NTC 5R1 pnp 2sc1815 DER-60 TinySwitch-II TNY268P 265VAC EN55022B 18AWG

tny 286

Abstract: TNY263-268 TNY264P or G TNY265P or G TNY266P or G TNY267P or G TNY268P or G Adapter(1) 5W 5.5 W 8.5 W 10 , V with a Schottky rectifier diode. 3. Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY265 & , ) . 720 mA Peak DRAIN Current (TNY268) . 880 mA EN/UV Voltage , 245 295 TNY266 265 320 TNY267 315 380 TNY268 380 460 IS1 DRAIN , 375 TNY267 TJ = 25 °C di/dt = 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C
Power Integrations
Original
TNY263-268 tny 286 TNY265-268 DI TinySwitch-II TNY268P TLP181Y TOPSWITCH battery charger 2A D-80336

tny 245

Abstract: TNY268 limit and thermal protection ® TNY264P or G TNY266P or G TNY267P or G TNY268P or G 5.5 W 10 W , V with a Schottky rectifier diode. 3. Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY266) and , Peak DRAIN Current (TNY268) . 880 mA EN/UV Voltage , TNY266 TNY267 TNY268 DRAIN Supply Current IS2 µA ICH1 TNY264 TNY266-268 TNY264 TNY266 , TNY266 TJ = 25 °C TNY267 TJ = 25 °C TNY268 TJ = 25 °C di/dt = 50 mA/µs See Note E di/dt = 70 mA/µs See
Power Integrations
Original
tny 245 tny 264 tny267 circuits ef12.6 core transformer TNY254 tny267 Transformer Construction Parameters TNY264/266-268 PI-2684-101700

tny 226

Abstract: TNY 264 equivalent . OUTPUT POWER TABLE 230 VAC ±15% PRODUCT(3) TNY264P or G TNY266P or G TNY267P or G TNY268P or G , efficiency of 77% (TNY267 & TNY268), 75% (TNY266) and 73% (TNY264). 4. The parts are board mounted with , ) . 720 mA Peak DRAIN Current (TNY268) . 880 mA EN/UV Voltage , 200 265 320 TNY267 240 315 380 TNY268 285 380 460 TNY264 -5.5 , 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C Current Limit di/dt = 50 mA/µs
Power Integrations
Original
tny 226 TNY 264 equivalent TNY 260 specification of transformer with ic tny264 ef12.6 core transformer creepage 2n3904 smd pin configuration 17F-3

tny 286

Abstract: TNY266 19 W 6W 8W 9.5 W 12 W TNY268P or G 16 W 23 W 10 W 15 W Table 1. Notes: 1 , efficiency of 77% (TNY267 & TNY268), 75% (TNY266) and 73% (TNY264). 4. The parts are board mounted with , ) .720 mA Peak DRAIN Current (TNY268) .880 mA EN/UV Voltage , 170 225 270 TNY266 200 265 320 TNY267 240 315 380 TNY268 285 , 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C Current Limit di/dt = 50 mA/µs
Power Integrations
Original
CIRCUIT DIAGRAM FOR 12V OUTPUT ADAPTER USING TNY266 12V 2A tny TNY264 12V tny266 Transformer Construction Parameters TNY266 circuit BZX79B3V9

TNY268 APPLICATION NOTE

Abstract: tny267 Transformer .560 mA TNY267.720 mA , PRODUCT3 TNY263 P or G TNY264 P or G TNY265 P or G TNY266 P or G TNY267 P or G TNY268 P or G 230 , . 3. Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73% (TNY263 & TNY264). 4 , TNY268 380 460 IS1 DRAIN Supply Current BYPASS Pin Charge Current IS2 VEN/UV = 0 V , = 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C Initial Current Limit 210
Power Integrations
Original
tny267 Transformer SMD-8B TNY263 input 110 vdc TNY267 application circuit 12G KEIHIN flyback transformer tny 264 g tl

tny268 Transformer

Abstract: tda16836 74010 12w ON Seminconductors MC33369 74002 6w Power Integrations TNY268 74020 15w ON Seminconductors MC33369 74003 6w Power Integrations TNY268 74082 17w
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Original
tda16836 74003 TDA16837 ST microelectronics Power Integrations TOP244Y TDA16831 TNY253 MC33370 MC33371 MC33372 MC33373

tny267 Transformer

Abstract: TNY267 application circuit .560 mA . TNY267.720 mA , 6W 9.5 W TNY267 P/G 13 W 19 W 8W 12 W TNY268 P/G 16 W 23 W 10 W 15 W , % (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73% (TNY263 & TNY264). 4. The parts are board mounted with , TNY264 225 270 TNY265 245 295 TNY266 265 320 TNY267 315 380 TNY268 , 25 °C di/dt = 90 mA/s See Note E 419 450 481 TNY268 TJ = 25 °C ILIMIT 195
Power Integrations
Original
EE13 TNY266 application smd transistor AB TNY267-268 motor control through cellphone TNY266 pin data PI-2684-021809

TNY263-268

Abstract: tny267 Transformer TNY267.720 mA mA EN , TNY265 P or G TNY266 P or G TNY267 P or G TNY268 P or G Table 1. Notes: 1. Minimum continuous power in , . Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73% (TNY263 & TNY264). 4. The parts , 0 V, TJ = 25 °C See Note C, D VBP = 4 V, TJ = 25 °C See Note C, D TNY264 TNY265 TNY266 TNY267 TNY268 , = 25 °C TNY268 TJ = 25 °C Initial Current Limit Leading Edge Blanking Time Current Limit Delay
Power Integrations
Original
tny 268 tl TNY 720 tny264 Transformer tny26

TNY268

Abstract: VIPER22A (4° - 3) BIAS (7° - 8) TNY268 VIPer22A 132kHz 50kHz EN60950 - Reinforced 3750Vrms , Reinforced 4000Vrms FSIT20.1 12W5 01 85 - 265V (3° - 1) 12,5W TNY268 132kHz EN60950 , (6° - 10) BIAS (5° - 4) TNY268 VIPer20ASP 132kHz 120kHz EN60950 EN60950 Reinforced
Microspire
Original
TNY253-254-255 VIPER22A VIPER22A flyback TOP244 TOP243 ncp1200 24v ic viper22a LNK501 TNY264P/G ICE3A/B0365 NCP1200 TNY264-266P/G

TNY268

Abstract: VIPER22A ° - 10) 9W 5W TNY268 VIPer22A 132kHz 50kHz EN60950 - Reinforced 3750Vrms Operational , 1) 85 - 265V (3° - 1) 185 - 265V (2° - 1) 12,5W 12,9W 19,25W TNY268 TNY268 VIPer20ASP
Microspire
Original
EE16 5V VIPER22A 5v 2A tny264p IC ic viper12a 5v 24V DC to 5V 1A DC flyback converter 12V 1A Transformer specification 12A-20A ICE3A/B1065-1565 22A-50A ICE3A/B2065-2565 50A-53-100A ICE3A/B3065-4065P

Motorola

Abstract: tny 178 PNY-05015 PNY-05015 Recommended Power Intgr. Controller TNY-267 TNY-268 Output , PART NUMBER PNY-07006 PNY-07006 Recommended Power Intgr. Controller TNY-267 TNY-268 , -1460 Recommended Power Intgr. Controller TNY-268 TNY-256 TNY-267 TNY-267 TNY-266 TNY-266 TNY
Premier Magnetics
Original
1N5227B 1N5231B Motorola tny 178 tny 223 ic tny 176 pny 264 UL1950 IEC950 CSA-950 E162344 TNY-255 1N5225B

EE19 core

Abstract: HIGH FREQUENCY Transformer ee19 (W) 2 1.6 1.2 0.8 Original_115Vac TNY268P_115Vac 0.4 0 0 0.2 0.4 0.6 0.8 , Power (W) 2 1.6 1.2 0.8 Original_230Vac 0.4 TNY268P_230Vac 0 0 0.2 0.4 0.6 , 80.00 Efficiency (%) 70.00 60.00 50.00 40.00 Original_115Vac TNY268P_115Vac 30.00 20.00 , _230Vac TNY268P_230Vac 30.00 20.00 0 0.5 1 1.5 2 2.5 3 Output Current (A) Figure 10 ­ , Design Example Report Title 15W power supply using TNY268P Specification Input: 120 - 420
Power Integrations
Original
EE19 core HIGH FREQUENCY Transformer ee19 EE19 type core Transformer ee19 EE19 transformer EE19 type bobbin DER-11

ef12.6 core transformer

Abstract: TNY268 TNY268P or G 85-265 VAC Adapter1 Open Frame2 Adapter1 Open Frame2 5.5 W 10 W 13 W , rectifier diode. 3. Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY266) and 73% (TNY264). 4. The , ) . 560 mA Peak DRAIN Current (TNY267) . 720 mA Peak DRAIN Current (TNY268 , 170 225 270 TNY266 200 265 320 TNY267 240 315 380 TNY268 285 , 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C Current Limit di/dt = 50 mA/µs
Power Integrations
Original
tny266 transformer TNY-254 PI-2697-012301

TNY267

Abstract: tny 268 tl .560 mA TNY267.720 mA , TABLE PRODUCT3 TNY263 P or G TNY264 P or G TNY265 P or G TNY266 P or G TNY267 P or G TNY268 P or G 230 , % (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73% (TNY263 & TNY264). 4. The parts are board mounted with , , TJ = 25 °C See Note C, D TNY264 TNY265 TNY266 TNY267 TNY268 TNY263-264 TNY265-268 TNY263-264 TNY265 , ILIMIT TNY265 TJ = 25 °C TNY266 TJ = 25 °C TNY267 TJ = 25 °C TNY268 TJ = 25 °C Initial Current
Power Integrations
Original
precision zener 5.1 smd PI-2713-080404

TNY266

Abstract: tny 286 . OUTPUT POWER TABLE 230 VAC ±15% PRODUCT(3) TNY264P or G TNY266P or G TNY267P or G TNY268P or G , efficiency of 77% (TNY267 & TNY268), 75% (TNY266) and 73% (TNY264). 4. The parts are board mounted with , ) . 720 mA Peak DRAIN Current (TNY268) . 880 mA EN/UV Voltage , 200 265 320 TNY267 240 315 380 TNY268 285 380 460 TNY264 -5.5 , 90 mA/µs See Note E 419 450 481 TNY268 TJ = 25 °C Current Limit di/dt = 50 mA/µs
Power Integrations
Original
tny 268 m-a EE13 transformer 5v shield TOPSWITCH battery charger application areas of TNY268

TNY268 APPLICATION NOTE

Abstract: .560 mA . TNY267.720 mA , 13 W 19 W 8W 12 W TNY268 P/G 16 W 23 W 10 W 15 W Table 1. Output Power , Schottky rectifier diode. 3. Assumed efficiency of 77% (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73 , TNY268 380 460 IS1 DRAIN Supply Current IS2 VEN/UV = 0 V EN/UV Open (MOSFET , 481 TNY268 TJ = 25 °C ILIMIT 195 TNY264 TJ = 25 °C Current Limit di/dt = 42 mA
Power Integrations
Original

TNY268

Abstract: SKNY268-3 Technical Data Sheet Customer: Part designation: Customer part no.: Kaschke Göttingen SP-E 20/6 SKNY268-3,3-12-23 AIV AI EI EIII 14 1 WS rechts EIV 20±0,3 WIII Uout1 12 WI Uin Core / material / air gap / AL E20/6 K2006 or equiv Nominal inductance LI = 1 mH ± 10% maximum transmissible power 20W (TNY268 230V±10%.) 132 kHz Working frequency Transformation ratio dielctric strength (50Hz/2s) 9 3 3.5±0,5 max. 16 7 4 0.6
Kaschke Components
Original
094.941

tny268

Abstract: SKNY268-9-14 Technical Data Sheet Customer: Part designation: Customer part no.: Kaschke Göttingen SP-E 20/6 SKNY268-9-14 AIII AI EI EII 14 1 0.6 AII 7 17.5±0,3 2.5 15±0,3 6 WS rechts max. 21 max. 25 EIII 20±0,3 3.5±0,5 max. 16 7 WIII Uout1 Core / material / air gap / AL E20/6 K2006 or equiv Nominal inductance LI = 1,16 mH ± 10% maximum transmissible power 14W (TNY268 univ.) 12 WI Uin 9 3 WIV Uout2 Working
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Original
kaschke SP-E 16

TNY 246

Abstract: Transformer kaschke TABLE PRODUCT3 TNY263 P or G TNY264 P or G TNY265 P or G TNY266 P or G TNY267 P or G TNY268 P or G 230 , % (TNY267 & TNY268), 75% (TNY265 & TNY266) and 73% (TNY263 & TNY264). 4. The parts are board mounted with , .560 mA TNY267.720 mA TNY268 , , TJ = 25 °C See Note C, D TNY264 TNY265 TNY266 TNY267 TNY268 TNY263-264 TNY265-268 TNY263-264 TNY265 , ILIMIT TNY265 TJ = 25 °C TNY266 TJ = 25 °C TNY267 TJ = 25 °C TNY268 TJ = 25 °C Initial Current
Kaschke Components
Original
TNY 246 Transformer kaschke 093.267 kaschke 093 TNY transformer ic tny 274 E20-CM E16-CM E13/4-CM E16/5-CM
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