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DC1319B-A Linear Technology BOARD EVAL LED DRIVER LT3756 visit Linear Technology - Now Part of Analog Devices
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592 visit Linear Technology - Now Part of Analog Devices
DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518 visit Linear Technology - Now Part of Analog Devices
DC1319A-B Linear Technology BOARD EVAL LED DRIVER LT3756-1 visit Linear Technology - Now Part of Analog Devices
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

MUR850 diode

Catalog Datasheet MFG & Type PDF Document Tags

diode mur

Abstract: 600V 25A Ultrafast Diode . ULTRAFAST SINGLE DIODE DATA SHEETS A214 Series A315 Series GE1001, GE1002, GE1003, GE1004 GE1101, GE1102 , MUR840, RURP840, MUR850, RURP850, MUR860, RURP860 MUR870E, MUR880E, MUR890E, MUR8100E, RURP870, RURP880 , . 30A, 1200V Ultrafest Diode , . 30A, 1200V Ultrafast Diode , . 75A, 1200V Ultrafast Diode
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RURU10060 diode mur 600V 25A Ultrafast Diode MUR850 diode diode 400V 4A igbt 1000v 80a igbt 200v 30a GE1103 GE1104 GE1301 GE1302 GE1303 GE1304

30A, 600v DIODE

Abstract: igbt 1000v 80a - - MCT/IGBT/DIODES 5 PAGE 5-3 5-5 ULTRAFAST SINGLE DIODES SELECTION G U ID E . ULTRAFAST SINGLE DIODE DATA SHEETS MUR810, MUR815, MUR820, RURP810, RURP815, RURP820 MUR840, MUR850, MUR860, RURP840, RURP850.RURP860 MUR870E, MUR890E, RURP870, RURP890, MUR880E, MUR8100E, RURP880, RURP8100 8A, 100V - 200V Ultrafast D io d e s . 8A, 400V - 600V Ultrafast D io d e s
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30A, 600v DIODE MUR1510 MUR1515 RURD410 RURD415 RURD420 RURD410S

Voltech pm3000

Abstract: schematic diagram computer Power supply 500w voltage is one diode drop above ground. It is part of a current mirror. Therefore, a voltage source of , in the circuit will include major losses in the MOSFET, the output diode, and the inductor. Because , at any input voltage and output current. The output diode must reverse recover high current with , the duty cycle of equation 2. However, the diode current is the inductor current chopped at high , current that passes through diode D (i.e., ID = id(t). af af af af IL s = af a f af
Fairchild Semiconductor
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ML4821 Voltech pm3000 schematic diagram computer Power supply 500w Voltech PM1000 Voltech IRF840

BYX49-600

Abstract: BYW19-1000 HFA25TB60 HFA30PA60C HFA30PB120 HFA50PA60C MGR2018CT MGR2025CT MUR810 MUR815 MUR820 MUR840 MUR850 , conducting. XXX Ultrafast and Hyperfast Reverse Recovery Diode RUR : Ultrafast RHR : Hyperfast X , 100V, Single Diode H : 2 and 3 Lead TO-218 20 = 200V, etc. M : TO-204AA P : 2 and 3 Lead TO , 150A 4E : TO-268 (D3-Pak) 50 = 50A For CC types the rating is for each diode. Intersil
Intersil
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BYX49-600 BYW19-1000 BY229-1000 BYX49 1200 motorola diode cross reference BYX49-1200 FO-012 MS012AA

D83-004

Abstract: d83-004k 1µF Ceramic 2200 pF 1500µF 16V Electrolytic 4.7µF 1N5406 MUR850 1N4148 3V Zener diode or 4 x 1N4148 in , 11 R20 7.5 Q3 IRF840 VREF C9 C11 1µF 0.1µF C6 1000pF D6 MUR850 POWER FACTOR CORRECTION R1 330k , The rectifying diode at the output of the current transformer can be a 1N4148 for secondary currents , . All critical switching leads (power FET, output diode, IC output and ground leads, bypass capacitors
Micro Linear
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D83-004 d83-004k d83004 Diode D83-004 d83 004 768t188 ML4819 ML4812 ML4819CP ML4819CS DS4819-01

D83-004

Abstract: d83 004 1µF R25 1 R24 1 C4 6800pF Q1 IRF840 T1 D6 MUR850 1N5406 D5 R23, 100 , ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the , FET, output diode, IC output and ground leads, bypass capacitors) should be kept as small as , C18 1500µF 16V Electrolytic C19 4.7µF D1- D5 1N5406 D6 MUR850 D7, D10 1N4148 D8 3V Zener diode or 4 x 1N4148 in series D9 MUR110 D11, D12 MUR150 D13
Micro Linear
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d83-004 diode D83 ZENER inductor 2mH 4 Amp irf840 pwm amp single phase SPWM IC TL431 PLE

D83-004

Abstract: d83-004 diode D1- D5 1N5406 D6 MUR850 D7, D10 1N4148 D8 3V Zener diode or 4 x 1N4148 in , Q1 IRF840 T1 D6 MUR850 1N5406 D5 R23, 100 D11 MUR150 D10 1N4148 R19, 3k , ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the , switching leads (power FET, output diode, IC output and ground leads, bypass capacitors) should be kept as
Fairchild Semiconductor
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diode D83 004 SPWM sine ferroxcube 768T188 d83004k

TRANSISTOR 7812 ct

Abstract: regulator 7812 ct /Magnetics F41206-TC). The rectifying diode at the output of the current transformer can be a 1N4148 for , highly recommended. All critical switching leads (power FET, output diode, IC output and ground leads , D6 VCC P3* A ­ + T1 D5 MUR850 C3 6.8nF 1kV C4 1µF 630V RG 10 , 0.47µF, 50V Ceramic 0.002µF, 50V Ceramic 1N5406 (Motorola) MUR850 (Motorola) 1N4148 R1A, R1B, R4A
Micro Linear
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TRANSISTOR 7812 ct regulator 7812 ct motorola sc 7812 REGULATOR IC 7812 7812 voltage regulator 5A motorola 1N4148 DS4812-01

7812 12V 1A positive voltage regulator price

Abstract: regulator 7812 ct /Magnetics F41206-TC). The rectifying diode at the output of the current transformer can be a 1N4148 for , highly recommended. All critical switching leads (power FET, output diode, IC output and ground leads , D6 VCC P3* A ­ + T1 D5 MUR850 C3 6.8nF 1kV C4 1µF 630V RG 10 , 0.47µF, 50V Ceramic 0.002µF, 50V Ceramic 1N5406 (Motorola) MUR850 (Motorola) 1N4148 R1A, R1B, R4A
Micro Linear
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7812 12V 1A positive voltage regulator price 1k trimpot 768T188-3C8 single phase IC1 7812 B64290-K45 Ferroxcube 3C8

regulator 7812 ct

Abstract: TRANSISTOR 7812 ct ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the , critical switching leads (power FET, output diode, IC output and ground leads, bypass capacitors) should , MUR850 C3 6.8nF 1kV C4 1µF 630V RG 10 IRF840 Q1 B CH 6.8nF HEATSINK R7 , (Motorola) MUR850 (Motorola) 1N4148 R1A, R1B, R4A, R4B R2A, R5A 180k 10k TRIMPOT BOURNS 3299 or
Fairchild Semiconductor
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Siemens Ferrite B64290 1n5406 MOTOROLA 4229PL00-3C8 100k trimpot 7812 12V 1A positive voltage regulator 7812 12V voltage regulator ML4812CP ML4812CQ ML4812IP ML4812IQ

d83-004

Abstract: D83-004K , Ceramic 2200pF 1500//F, 16V Electrolytic 4.7/uF 1N5406 MUR850 1N4148 3V Zener diode or 4 x 1N4148 in , diameter of the ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode , (power FET, output diode, IC output and ground leads, bypass capacitors) should be kept as small as
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4229-3C8 spw -136 pw 380v 04 x spw -099 transformer spw -018 transformer 1N4001 1N5818 1N5819 15AWG 2N2222

motorola mur850

Abstract: motorola 1N4148 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the output of the current transformer can be , on one side are highly recommended. All critical switching leads (power FET output diode, IC output , Ceramic .002/liF 50V Ceramic 1N5406 (Motorola) MUR850 (Motorola) 1N4148 5A 250V 3AG with clips ML4812CP
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motorola mur850 Siemens Ferrite n27 RM SPWM 555 B64290-K45-X830 R16 N30 ML4812 Application note design AM signal using multiplier IC 768T1883C8 ML4812MJ

d83-004

Abstract: d83-004k 2200 pF 1500fiF 16V Electrolytic 4.7(iF 1N5406 MUR850 1N4148 3V Zener diode or 4 x 1N4148 in series , 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the output of the current transformer can be , critical switching leads (power FET, output diode, IC output and ground leads, bypass capacitors) should be
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B64290-K45-X27 K187 UG00 B64290K45X27 4229-3CB IRF821 768T188-38 MOC8102 TL431

TK84812

Abstract: p4812 have used a standard Beckman Indus trial HM31 -20100 current sense transformer. The rectify ing diode , MUR850 1N5406 1N4148 MUR105 1N4001 1N5254B 1N5818 1 pF 250VAC X P4616 . i MANUFACTURER TOKO National
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TK84812 P4887 P5278 p4812 TK84 ML4812 U1 low frequency sine oscillator 455 khz IEC-555 P4113 P6443 87F4866 P4812

MDA2501

Abstract: pbl302 MUR810 SPR81 C21 MUR815 SPR82 C21 MUR820 SPR82 C21 MUR830 SPR83 C21 MUR840 SPR84 C21 MUR850 SPR85 , RECOVERY SILICON DIODE RECTIFIERS: (GLASS & SILASTIC RUBBER PASSIVATED) DIOTEC DIRECT INDUSTRY -OR , DIODE RECTIFIERS: (GLASS & SILASTIC RUBBER PASSIVATED) DIOTEC DIRECT INDUSTRY -OR (SIMILAR) - PART , Tables GENERAL PURPOSE & FAST RECOVERY SILICON DIODE RECTIFIERS: (GLASS & SILASTIC RUBBER PASSIVATED , Appendix IV: Cross Reference Tables GENERAL PURPOSE & FAST RECOVERY SILICON DIODE RECTIFIERS: (GLASS &
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MDA2501 pbl302 g1756 g1756 Diode MDA2502 MDA2500 1N5817 1N5618 1N5820 1N5821 1N5822 1N5823

low frequency sine oscillator 455 khz

Abstract: TK84812 standard Beckman Indus­ trial HM31-20100 current sense transformer. The rectify­ ing diode at the , Gen. Inst. (Newark) D5 MUR160 Motorola (Newark) D6 MUR850 Motorola (Newark
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EC-555 P4124 P4910 P5297 KC015L CTM28992

D83-004

Abstract: The rectifying diode at the output of the current transformer can be a 1N4148 for secondary currents , . All critical switching leads (power FET, output diode, IC output and ground leads, bypass capacitors , 32 £ D I - D5 1N5406 R2 0 7.5Q D6 MUR850 R21.R1 9 3kQ D7, D IO 1N4148 R2 3 10 0 Ã2 D8 3V Zener diode or 4 x 1N4148 in series R2 R2 4, 5 in D9
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C8102 OR341
Abstract: ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the , on one side are highly recommended. All critical switching leads (power FEX output diode, IC output , Electrolytic R16 15K C19 4.7fi f R17 3 fi D1-D5 1N5406 R20 7.5fi D6 MUR850 R21, R19 3K D7 D10 1N4148 R23 D8 3V Zener diode or 4 x 1N4148 in series R24, R25 -
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10//H N2222 ML4819CQ 1090-D

d83-004k

Abstract: pw 380v 04 x //F, 16V Electrolytic 4.7/j F 1N5406 MUR850 1N4148 3V Zener diode or 4 x 1N4148 in series MUR110 , ferrite core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the output , on one side are highly recommended. All critical switching leads (power FET output diode, IC output
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2N222Z HLN 3142 000157S L4819 10//F IWL4819 T--58--11

capacitor 68nF

Abstract: ML4812 Application note core used in this example is 0.5" (SPANG/Magnetics F41206-TC). The rectifying diode at the output of , recommended. All critical switching leads (power FET, output diode, IC output and ground leads, bypass , (Motorola) D5 MUR850 (Motorola) D6, D8, D9, D11, D12, D13 1N4148 F1 5A 250V 3AG with
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capacitor 68nF 0890-C
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