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Part Manufacturer Description Datasheet BUY
SIT3808AI-D2-33EE-16.800000Y SiTime Corporation OSC MEMS VCXO 16.8000MHZ LVCMOS visit Digikey Buy
SIT3807ACSD2-33EE-16.80000T SiTime Corporation OSC MEMS 16.8000MHZ LVCMOS SMD visit Digikey Buy
SIT3821AC-1D3-33EE163.840000T SiTime Corporation OSC VCXO 163.8400MHZ LVPECL SMD visit Digikey Buy
SIT3808AI-D3-33EE-16.384000Y SiTime Corporation OSC MEMS VCXO 16.3840MHZ LVCMOS visit Digikey Buy
SIT3808ACTD2-33EE-16.80000T SiTime Corporation OSC MEMS VCXO 16.8000MHZ LVCMOS visit Digikey Buy
SIT3821AC-1D3-33EE163.840000Y SiTime Corporation OSC VCXO 163.8400MHZ LVPECL SMD visit Digikey Buy

ee16 lnk

Catalog Datasheet MFG & Type PDF Document Tags

TNY 264 equivalent

Abstract: LTV817D 0W Enclosed LinkSwitch-XT 624 CV ±2% CC ±5% OPTO 1 W 1.9 W 2.5 W 3.0 W 3.7 W LNK , 6W 6.5 W 8W 10 W 12 W 14 W TNY 274 364 LNK 362 4W 6W 625 626 , POWER SUPPLY C6 2.2 nF R8 100 50 V L1 1.5 mH D1 1N4007 T1 EE16 C3 1 nF 1 kV R1 10 , EE16 9 D7 1N5822 3 R3 28.7 k 1% FB R8 820 C7 1000 µF 16 V D6 1N4148 R6
Power Integrations
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LNK603 LTV817D TNY 264 equivalent LNK626 50sq100 smd LTV-817D lnk606 LNK613 LNK623 LNK302 LNK304 LNK305

LNK632

Abstract: TNY 227 624 CV ±2% CC ±5% OPTO 1 W 1.9 W 2.5 W 3.0 W 3.7 W LNK 362 CV ±5% No OPTO CV ±2% , 626 TNY 274 364 2.6 W 4.7 W 5W TNY 274 364 LNK623 LNK 362 4W 6W , µH T1 EE16 9 1 BP S C4 1 µF 25 V L1 1 mH R4 4.42 k 1% PI , mH D1 1N4007 R1 10 k D2 1N4007 T1 EE16 C3 1 nF 1 kV R3 470 k 4 R4 300
Power Integrations
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LNK632 TNY 227 t1 ee16 1N4007 SMD tny 177 TOP266EG TNY375 TNY376 TNY377 TNY378 TNY379 TNY380

lnk304pn

Abstract: 1N5204 3.0 W 3.7 W LNK 362 CV ±5% No OPTO CV ±2% OPTO 606 616 0W 624 364 2.6 W 4.7 W 5W TNY 274 364 LNK623 LNK 362 4W 6W 625 626 TNY 274 6.5 W , k D2 1N4007 T1 EE16 C3 1 nF 1 kV R3 470 k 1 C7 470 µF 10 V C8 470 µF 10 , C1 220 nF 630 V D8 UF4002 4 5 D5 1N4007GP C4 330 nF 50 V T1 D7 EE16 1N4003
Power Integrations
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TNY278PN lnk304pn 1N5204 TNY 177 PN EQUIVALENT tny 175 pn tny 177 pn LNK304PN equivalent LNK306 SB1100 PI-5405-040309 RDK-91 P6KE150A 1N5255B

lnk606

Abstract: 1N4007 SMD CV ±2% CC ±5% OPTO Loose CV No OPTO 1 W 1.9 W 2.5 W 3.0 W 3.7 W LNK 362 CV ±5% No OPTO LNK 362 0W 624 5W 6W 6.5 W 8W 10 W 12 W 14 W 625 626 TNY , 270 k RF1 10 2W L2 3.3 µH T1 EE16 9 1 BP S C4 1 µF 25 V L1 1 mH R4 , 2.2 nF R8 100 50 V L1 1.5 mH D1 1N4007 R1 10 k D2 1N4007 T1 EE16 C3 1 nF 1 kV
Power Integrations
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LNK574 PS2501-1-H-A LNK 605 ee16 lnk TOP269E LNK605 tny 270 TNY375P/G/D4 TNY376P/G/D4 TNY377P/G TNY378P/G TNY379P/G

SNX-1378

Abstract: EE16 10 pin snx1378 operating efficiency over all combinations of load and line. The EE16 transformer bobbin that was used , Transformer, EE16, Horizontal, 10 pins LinkSwitch-XT, LNK362P, DIP-8B Opto-coupler, 35 V, CTR 80160%, 4-DIP 5.1 V, 500 mW, 2%, DO-35 Kemet 15 T1 1 EE16 16 U1 1 LNK362P 17 U2 1 , Full Wave Rectification Feedback Type Opto Add Bias Winding No Clampless design (LNK , TRANSFORMER CORE/CONSTRUCTION VARIABLES Core Type Core EE16 Bobbin EE16_BOBBIN AE LE AL BW 08
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EPR-89 SNX-1378 EE16 10 pin snx1378 LSLA40343 EE16 transformer working LNK362 taicon capacitors EN550022 CISPR-22 IEC61000-4-5 261/A

AN-40

Abstract: Power Integrations J2 6.2 V, 322 mA, 2W T1 EE16 9 C3 100 nF 50 V Figure 1. Basic Configuration Using , Opto Add Bias Winding Clampless design (LNK 362 only) n Z tC CIN Input Rectification Type , the Core Type cell is left empty, the spreadsheet will select the EE16 core. The user can change this , < 3.3 W < 3.3 W EE13 Yes , M L NS NB VB PIVB EE16 EE16 EE16_BOBBIN P/N: P/N: cm^2 cm nH/T^2 mm mm 0.192
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AN-40 Power Integrations optocoupler PC817D CELL EE10 bobbin 11DQ6 NB 40 smd transistor

schematic diagram of phone adapter

Abstract: 11DQ060 LNK 500P Opto-coupler PC817D Power Integrations Tel: +1 408 414 9660 Fax: +1 408 414 9760 , . Materials Item [1] [2] [3] [4] [5] [6] [7] [8] [9] Page 6 of 14 Description Core: EE16, TDK
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LNK500P schematic diagram of phone adapter 11DQ060 optocoupler PC817D ELECTROLYTIC capacitor, .10uF 50V LNK500 ac power adapter for phone schematic 264VAC DER-14 17F-3

smd-8c

Abstract: LNK584 100 V L3 1 mH D6 SS15 R2 4.7 k D1 1N4007 L4 1.8 µH T1 3 EE16 8 D2 1N4007 1 , (RestrictionofHazardous G SubstancesDirective) · / LNK 584 D G - TL TL /,D2.5kpcs,G1kpcs. 15
Power Integrations
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LNK584 LNK584DG IEC62301 smd-8c PI-2240-012301 SO8C smd8c PI-5909-100410 325VDC3 230VAC WIEC62301 85-265VAC

EPR-89

Abstract: Power Integrations operating efficiency over all combinations of load and line. The EE16 transformer bobbin that was used , 14 RF1 1 15 T1 1 Transformer, EE16, Horizontal, 10 pins 16 U1 1 LinkSwitch-XT , Feedback Type Opto Opto Add Bias Winding No No Clampless design (LNK 362 only) Yes , EE16 Core EE16 P/N: EE16_BO Bobbin P/N: BBIN AE 0.192 cm^2 LE 3.5 cm AL 1140 nH/T^2 BW
Power Integrations
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lnk500 to equivalent ic

Abstract: 8020 OPTOCOUPLER 4.7 µF 400 V C2 4.7 µF 400 V J1 26T R3 15 D6B 1N4937 4 T1 EE16 LP = 2.52 mH , high enough flux densities in the core to show uneven gapping. For a typical EE16 or EE13 core using , better, allowing designs up to 3 W. Using the larger EE16 allows for a 3 W output with center leg , advantage over the EE16. The transformer turns ratio should be selected to give a VOR (output voltage , Options Blank Standard Configurations LNK 520 G N - TL 18 E 2/05 TL Tape & Reel, 1 k pcs
Power Integrations
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LNK520 lnk500 to equivalent ic 8020 OPTOCOUPLER ee13 ferrite transformer EE13 core PI-3741-101703

TNY275PN

Abstract: LNK623PG Product Selector Guide Appliance Power Supply ICs April 2010 Product Selector Guide TOPSwitch-JX Isolated Flyback Main, Bias or Standby Supply TM CAPZero 50 W 75 W 90 W 177 W 100 W 244 W Output Characteristic (Wide Input 85 ­ 265 VAC) KEY Non-Isolated Buck/Buck-Boost Converters CV ±5% No OPTO LNK623 LNK 362 CV ±2% OPTO 1W TinySwitch-III LinkSwitch-XT , D6 1N4005 C5 2.2 µF 400 V C3 100 µF 16 V RTN 5 EE16 LinkSwitch-CV U1 LNK623PG
Power Integrations
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TNY275PN tny 176 tny275pn replacement top258pn ug2d equivalent TNY276 LNK562 MUR160 PC357C LM117 TL431 PI-5409-052009

lnk500 to equivalent ic

Abstract: LNK500 16 V 26T R3 15 D6B 1N4937 4 T1 EE16 LP = 2.52 mH C3 1 µF 50 V LinkSwitch , the core to show uneven gapping. For a typical EE16 or EE13 core using center leg gapping, a 0.08 mm , . Using the larger EE16 allows for a 3 W output with center leg gapping. The EE13 core size may be attractive in designs were space is limited or if there is a cost advantage over the EE16. The transformer , Mount DIP P Plastic DIP Package/Lead Options LNK 520 G - TL 18 C 3/04 Blank
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1N400x EE16 core transformer D-80336

lnk500 to equivalent ic

Abstract: emi filter by lcr electronics 100T D5 1N4007GP 6 J1 5 RTN C1 4.7 µF 400 V C2 4.7 µF 400 V 26T 4 T1 EE16 LP = 2.52 mH , core to show uneven gapping. For a typical EE16 or EE13 core using center leg gapping, a 0.08 mm gap , larger EE16 allows for a 3 W output with center leg gapping. The EE13 core size may be attractive in designs were space is limited or if there is a cost advantage over the EE16. The transformer turns ratio , Matte Tin (Pb-Free) Tape & Reel and Other Options Blank Standard Configurations LNK 520 G N - TL
Power Integrations
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emi filter by lcr electronics
Abstract: 400à¸'V J1 26T R3 15à¸'â"¦ D6B 1N4937 4 T1 EE16 LPà¸'=à¸'2.52à¸'mH C3 1à¸'µF , . For a typical EE16 or EE13 core using center leg gapping, a 0.08 mm gap allows a primary inductance , inductance tolerance to ±7% or better, allowing designs up to 3 W. Using the larger EE16 allows for a 3 W , or if there is a cost advantage over the EE16. The transformer turns ratio should be selected to , ) Tape & Reel and Other Options Blank Standard Configurations LNK 520 G N - TL 18 E 2/05 Power Integrations
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LNK562-564

Abstract: Power Integrations -1 L1 RF1* 8.2 3300 H 2.5 W 90-265 VAC 2 T1 EE16 7 C5 220 F 25 V VR1* R3 1N5240B , Size LNK562 LNK563 LNK564 EE13 1.1 W 1.4 W 1.7 W EE16 1.3 W 1.7 W 2W , Options Blank Standard Configurations LNK 562 D N - TL TL Tape & Reel, 1 k pcs minimum for G
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LNK562-564 8 pin SMD ic 4570 datasheet HIGH FREQUENCY Transformer ee19 LNK564P diode 1n4003 flash capacitor 564

LNK564

Abstract: HIGH FREQUENCY Transformer ee19 -1 L1 RF1* 8.2 3300 µH 2.5 W 90-265 VAC 2 T1 EE16 7 C5 220 µF 25 V VR1* R3 , Size LNK562 LNK563 LNK564 EE13 1.1 W 1.4 W 1.7 W EE16 1.3 W 1.7 W 2W , LNK 562 G N - TL TL Tape & Reel, 1000 pcs minimum, G package only F 10/05 13 LNK562
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SMD 564 regulator Transformer ee19 LNK562P LNK563P lnk 564 pin type DIP-8B

564 smd 6 pin

Abstract: 6 1 D2 1N4005 J3-1 4 J-2 N 2 T1 EE16 7 RTN 5 D LinkSwitch-LP U1 , Device Core Size LNK562 LNK563 LNK564 EE13 1.1 W 1.4 W 1.7 W EE16 1.3 W , Options Blank Standard Configurations LNK 562 D N - TL TL Tape & Reel, 1 k pcs minimum for G
Power Integrations
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564 smd 6 pin

Voltage Doubler with 555 circuit

Abstract: LNK562-564 -1 L1 RF1* 8.2 3300 µH 2.5 W 90-265 VAC 2 T1 EE16 7 C5 220 µF 25 V VR1* R3 , Size LNK562 LNK563 LNK564 EE13 1.1 W 1.4 W 1.7 W EE16 1.3 W 1.7 W 2W , LNK 562 G N - TL TL Tape & Reel, 1000 pcs minimum, G package only F 10/05 13 LNK562
Power Integrations
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Voltage Doubler with 555 circuit M52240 m52240539141

lnk606

Abstract: lnk605 D2 1N4007 R3 300 7 C3 820 pF 3 1 kV T1 EE16 10 D7 SS14 8 1 C7 680 MF 10 V VR1 2MM5230B-7 4.7 V 5 V , connected to the AC line. LNK 613 Primary The LNK613DG device (U1) incorporates the power switching device , Package Identifier G P D G Blank LNK 615 D G - TL TL Plastic Surface Mount DIP Plastic DIP Plastic SO
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lnk 305 pn Lnk 616pg lnk 615 LNK615 fr102 diode LinkSwitch-II LNK603-606/613-616 LNK61X PI-4960-041008

LNK 606 DG

Abstract: lnk605 D2 1N4007 R3 300 7 C3 820 pF 3 1 kV T1 EE16 10 D7 SS14 8 1 C7 680 MF 10 V VR1 2MM5230B-7 4.7 V 5 V , connected to the AC line. LNK 613 Primary The LNK613DG device (U1) incorporates the power switching device , Package Identifier G P D G Blank LNK 615 D G - TL TL Plastic Surface Mount DIP Plastic DIP Plastic SO
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LNK 606 DG pI LNK605 SO-8 lnk616 smd diode K7 ee16 transformer specification PI-4960-060608
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