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Part Manufacturer Description Datasheet Download Buy Part
PQ40/40-3F36 Ferroxcube International Holding BV FERRITE CORE
PLT64/50/5-3C95 Ferroxcube International Holding BV FERRITE CORE
CP-P11/7-1S Ferroxcube International Holding BV COIL FORMER
CLM/P-PQ32/20 Ferroxcube International Holding BV U SHAPED CLIP
E38/8/25-3F4 Ferroxcube International Holding BV FERRITE CORE
E13/6/6-3C94 Ferroxcube International Holding BV E Core

Ferroxcube 3C8 Datasheets Context Search

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Ferroxcube 3C8

Abstract:
Text: such as Ferroxcube 3C8 . Driver specifications: * 200 milliwatts average gate drive power * 100 , one-half inch diameter toroid, Ferroxcube part number 204T250-3C8, is selected which has the following


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PDF U-127 UC3724/UC3725, U-110 U-126 Ferroxcube 3C8 204T250-3C8 pulse transformer driver ic Amp. mosfet 1000 watt MPS-U10 application note gate driver for h bridge mosfet core 3c8 U 126 ac step-up transformer winding awg Isolated mosfet gate drive circuit
1999 - Ferroxcube 3C8

Abstract:
Text: such as Ferroxcube 3C8 . Driver specifications: * 200 milliwatts average gate drive power * 100 , one-half inch diameter toroid, Ferroxcube part number 204T250-3C8, is selected which has the following


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PDF U-127 UC3724/UC3725, Ferroxcube 3C8 U-127 204T250-3C8 Dual secondary Transformer Unitrode U-127 UNITRODE U-124 CURRENT TRANSFORMER Isolated mosfet gate drive circuit Amp. mosfet 1000 watt wound bifilar
1996 - Ferroxcube 3C8

Abstract:
Text: separated T1, Primary = 130T (C.T.) #26 Secondary = 18T (C.T.) #22 Core = Ferroxcube 3622 3C8 material C.T. = 50T #26 0n Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2, Primary = 16T (C.T.) #18 Secondaries (each) 52T (C.T.) #22 Core = Ferroxcube 4229 3C8 material L1, L2 = 120T #20 on single gapped EC35 Ferroxcube core. 3C8 material. SL00382 Figure 23. NE/SE5560 Push-Pull Switched-Mode Regulated Supply , Ferroxcube 3622 3C8 material C.T. = 50T #26 0n Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2, Primary = 16T


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PDF NE/SE5560 NE/SE5560 SL00383 Ferroxcube 3C8 NE5560 NE5560N Ferroxcube 3C8 flyback core 3c8 se5560 Ferroxcube 3C8 4229 NE5560D F2D transistor Current-Fed Push-Pull Converter
Ferroxcube 3C8

Abstract:
Text: > #22 Core = Ferroxcube 3622 3C8 material C .T « 50T #26 On Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2, P rim a ry * 16T (C.T) #18 Secondaries (each) 52T (C.T.) #22 Core » Ferroxcube 4229 3C8 material L-|, l_2 120T #20 on single gapped EC35 Ferroxcube core. 3C8 material. Figure 18. NE/SE5560 Push-Pull , ) #26 S econdary* 1BT (C T )# 2 2 Core = Ferroxcube 3622 3C8 material C .T .-S O T #26 On Ferroxcube , Ferroxcube 4229 3C8 materia! c w * w n W M tiM t « «IW O M L i. I-2 * 1201" #20 on single gapped EC3S


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PDF NE/SE5560 NE/SE5560 711Gflab 711DA21. Ferroxcube 3C8 Ferroxcube 3C8 4229 NE5560N NE5560D se5560n SE5560 4229-3C8 NE5560 Ferroxcube 3C8 flyback VZ-02
Ferroxcube 3C8

Abstract:
Text: Core = Ferroxcube 3622 3C8 material CT - 50T#26 on Ferroxcube 2616 core ( 3C8 ) F2D bobbin 72, Primary = 16T (C T)#18 Secondaries (each52T (C T) »22, Core = Ferroxcube 4229 3C8 material L1.L2 = 120T #20 on single gapped EC35 Ferroxcube core 3C8 material _Figure 18. 5560 Push-Pull Switch Mode Regulated Supply , 3C8 material C T = 50T #26 or Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2. Primary = 16T (CT.) »ISSacondaries (each 52T(C T.) #22, Core = Ferroxcube 4229 3C8 material LI, L2 = 120T #20 on single gapped EC35


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PDF 7110fl2b 711002b Ferroxcube 3C8 core 3c8 Ferroxcube 4229 sawtooth generator EC35 bobbin Ferroxcube 3C8 forward converter GDIP1-T16 Philips 150C1 S331 S332
F2D transistor

Abstract:
Text: must be kepi separated T1r Prtmary = 130T (C T ) #26 Secondary = 1ST (CT.J #22 = Ferroxcube 3622 3C8 material - 50T #26 on Ferroxcube 2616 core ( 3C8 ) F2D bobbin = 1ST (C T) #18 Secondaries {each 52T (C T) #22, = Ferroxcube 4229 3C8 material = 120T #20 on single gapped EC35 Ferroxcube core 3C8 material , = 18T(CT)#22 Ferroxcube 3622 3C8 material 50T #26 or Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2. Primary = 16T (CT.) »18Secondaries (each 52T(C T.) «22, Ferroxcube 4229 3C8 material 120T #20 on single


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PDF 16-Pin 5560/BEA GDIP1-T16 18Secondaries F2D transistor Ferroxcube 3C8 forward converter Ferroxcube 3C8 core 3c8 EC35 bobbin Ferroxcube 3C8 4229 Ferroxcube 3C8 flyback EC35 TRANSFORMER ferroxcube bobbin ferroxcube core 3c8
Ferroxcube 3C8

Abstract:
Text: 3C8 material = 50T #26 on CT Ferroxcube 2616 core ( X 8 ) F2D bobbin T2, Primary * 16T (C T ) #18 , Ferroxcube core 3C8 material Figure 18. 5560 Push-Pull Switch Mode Regulated Supply with CMOS Drive , Core Ferroxcube 3622 3C8 material CT 50T #26 on Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2. Primary 16T (C T.) #18 Secondaries {each 52T (C T.) #22, Ferroxcube 4229 3C8 material Core 120T #20 on single gapped EC35 Ferroxcube core. 3C8 material L I, 1 2 Figure 19. 5560 Push-Pull Switch Mode Regulated


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PDF 00A53M3 Ferroxcube 3C8 T f2d 3.G Ferroxcube 3c6 Ferroxcube 3C8 forward converter EC35 Philips
NE5560N

Abstract:
Text: Secondaries (each) 52T (C.T.) #22 Core a Ferroxcube 4229 3C8 material L i , t-2 120T #20 on single gapped EC35 Ferroxcube core. 3C8 material. Figure 18. NE/SE5560 Push-P ull Sw itched-Mode R egulated S , Ferroxcube 3622 3 08 material C.T. - 50T #26 On Ferroxcube 2616 core ( 3C8 ) F2D bobbin T2, Primary a 16T (C T , L i, Lg * 120T #20 on single gapped EC3S Ferroxcube core. 3C8 material _ Figure 19 , ground m ust be kept separated T1, Primary - 130T (C .T ) #26 Secondary = 1ST (C.T> #22 Core = Ferroxcube


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PDF NE/SE5560 NE5560/SE5560 NE/SE5S60 7110fl2Li NE5560N NE5560 Ferroxcube 3C8 se5560 NES560D sawtooth generator SE5560F core 3c8 6 pin smps power control ic NE5560D
F2D transistor

Abstract:
Text: Ferroxcube 3622 3C8 material C.T * SOT #26 On Ferroxcube 2616 core (3CS) F2D bobbin T2, Prim ary* 16T (C.T) # i 8 Secondaries (each) 52 T fC.T.} *22 Core * Ferroxcube 4229 308 material L i , t-2 " 120T #20 on , Ferroxcube 2616 coro ( 3C8 ) F2D bobbin T2, Primary 16T (C T) #18 Secondaries (each) 52T (C T.) #22 Core - Ferroxcube 4229 3C8 material W C O M M O N ctmntNTMNtiftt N C T W 6A K L i, L2 * 120T #20 on single gapped EC35 Ferroxcube core. 3C8 material Figure 19. NE/SE5S60 Push-Pull Switched-Mode Regulated With


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PDF NE/SE5560 NE5560 SE5560 NE/SE5S60 7110fl2b F2D transistor Ferroxcube 3C8 ferroxcube 3c8 material NE5560D NE5560N philips bobbin 2616 Ferroxcube 3C8 4229 T f2d 3.G Ferroxcube 3C8 forward converter
lem 500w power amplifier circuit diagram

Abstract:
Text: . foil 10T C.T. 2 x #19 Ferroxcube 846XT250-3C8 16T #22 14T #22 Ferroxcube 768XT188-3E2A IT 100T, #32 Ferroxcube 768XT188-3E2A 8T #27 8T #27 4T #27 Ferroxcube EC52- 3C8 8T 2X .016 X 1 Cu. foil 77 mil gap on all three posts Ferroxcube 2616PA250-3B7 22T 5X (2 #27 in parallel) B. Holland, "Modeling, Analysis and , selecting the core size. The core selected here is a Ferroxcube EC-52-3C8. EC cores are very popular because , EC52G- 3C8 (2X) which has a 180 mil gap and grind it to size. Another method is to add spacers between the


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PDF CS3842A 00W/200kHz 200mA 24AWG 30AWG 846XT250-3C8 768XT188-3E2A lem 500w power amplifier circuit diagram forward convert Ferroxcube 846XT250-3C8 Ferroxcube 3C8 flyback ferroxcube 3c8 material dc to ac instant power supply ckt diagram P-44040-UG Ferroxcube 3C8 500w push-pull power schematic diagram
EC52-3C8

Abstract:
Text: 2X .016 X .9 Cu. foil Sec(+12V): 10T C.T. 2 x #19 Core: Ferroxcube 846XT250-3C8 Pri: 16T #22 Secondaries: 14T #22 Core: Ferroxcube 768XT188-3E2A Pri: IT Sec: 100T,#32 Core: Ferroxcube 768XT188-3E2A Pri: 8T #27 Sec: 8T #27 Ter: 4T #27 Core: Ferroxcube EC52- 3C8 Winding: 8T 2X .016 X 1 Cu. foil 77 mil gap , . The core selected here is a Ferroxcube EC-52-3C8. EC cores are very popular because they provide , center post. You can select a gapped core like the EC52G- 3C8 (2X) which has a 180 mil gap and grind it to


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PDF CS-3842A CS-3842A 00W/200kHz 200mA 30AWG 846XT250-3C8 768XT188-3E2A EC52-3C8 EC52G-3C8 2616PA250-3B7 LN500 core ferroxcube CS-3842A application Ferroxcube 846XT250-3C8 500w push-pull power schematic diagram 768XT1883E2A
1999 - in4744

Abstract:
Text: .016 X .9 Cu. foil Sec(+12V): 10T C.T. 2 x #19 Core: Ferroxcube 846XT250-3C8 Pri: 16T #22 Secondaries: 14T #22 Core: Ferroxcube 768XT188-3E2A Pri: IT Sec: 100T, #32 Core: Ferroxcube 768XT188-3E2A Pri: 8T #27 Sec: 8T #27 Ter: 4T #27 Core: Ferroxcube EC52- 3C8 Winding: 8T 2X .016 X 1 Cu. foil 77 mil gap on , selected here is a Ferroxcube EC-52-3C8. EC cores are very popular because they provide adequate space for , by grinding the center post. You can select a gapped core like the EC52G- 3C8 (2X) which has a 180 mil


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PDF CS3842A CS3842A 00W/200kHz 200mA 846XT250-3C8 768XT188-3E2A in4744 Ferroxcube 3C8 byv 32 diode PQ-4040 PQ4040 768XT188 ferroxcube core 3c8 BYW 64 bridge rectifier 500w Full bridge transformer EC52-3C8
1995 - EC35 TRANSFORMER

Abstract:
Text: . L1 = Ferroxcube 204T50-3C8 (Toroid), N° turns : 4, Wire Gauge : 1 mm. (18 AWG). 2/6 , Load Regulation 4/6 APPLICATION NOTE APPENDIX POWER TRANSFORMER - T1 Core : Ferroxcube EC-35/ 3C8 Gap : 0.25mm. in each outer leg Note : For reduced EMI put gap in center leg only. Use 0.5mm


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PDF UC1842 EC35 TRANSFORMER Ferroxcube 3C8 SGSP369 EC35-3c8 HIGH FREQUENCY Transformer ec35 core 3c8 flyback, discontinuous mode core ferroxcube ferroxcube toroid 204T50-3C8
Ferrite 3c8

Abstract:
Text: °C Summarizing the transformer design: Core: Ferroxcube EC52, 3C8 Ferrite E-E core Np: 92 turns AWG19 Na: 7 , : Ferroxcube 1107P-L00-3B7 Pot Core Nd: 20 turns AWG34 Nb: 5 turns AWG28x2 (2 wires, one for each base) Nc: 2 , the line side control circuit with high voltage isolation. The transformer is wound on a Ferroxcube , conditions or the core will saturate under transient conditions. Saturation flux density for 3C8 power , The total core losses for 3C8 ferrite are obtained from from Figure 1 in Section M3. The flux density


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PDF UC1524A 9-135V) 95-265V) AWG19 AWG32 10xAWG18 4229-3C8 10xAWG17 Ferrite 3c8 3C8 Ferrite Material ferroxcube Ee core Ferrite 3c8 flyback 204-T250-3E2A 204T250-3E2A UNITRODE U68A Ferroxcube EC52 EC52-3C8 Ferroxcube 3C8
1995 - EC35 TRANSFORMER

Abstract:
Text: . L1 = Ferroxcube 204T50-3C8 (Toroid), N° turns : 4, Wir e Gauge : 1 mm. (18 AWG). 2/6 , Load Regulation 4/6 APPLICATION NOTE APPENDIX POWER TRANSFORMER - T1 Core : Ferroxcube EC-35/ 3C8 Gap : 0.25mm. in each outer leg Note : For reduced EMI put gap in center leg only. Use 0.5mm


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PDF UC1842 EC35 TRANSFORMER SGSP369 HIGH FREQUENCY Transformer ec35 Ferroxcube 3C8 core ferroxcube Core Ferroxcube EC35-3C8 EC35 switching power AN-247 Capacitor ec-35
1985 - FERRITE core TRANSFORMER 300 watt inverter

Abstract:
Text: (FX3730) or 50W (FX3720). Each kit comprises two E-cores in grade 3C8 (A16) Ferroxcube and one bobbin of , Issued March 1990 K5796 ‘ Ferroxcube ’ switched-mode power supply cores Stock numbers 228-264, 228-270 These components are recognised industry-standard parts used for output transformer service in switched Exploded view mode power supplies and other high frequency applications where high operating flux , K5796 Figure 14 A Based on a typical initial Worked examples utilising Ferroxcube L permeability of


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PDF K5796 FX3730) FX3720) 918mm FERRITE core TRANSFORMER 300 watt inverter Ferroxcube 3C8 FX3730 Ferrite 3c8 FERRITE core TRANSFORMER 50 watt inverter ferrite core transformer for projects FX3720 maranyl transformer 50KHz 100W power loss 3c8
1998 - IN4744

Abstract:
Text: Core: Ferroxcube 846XT250-3C8 Pri: 16T #22 Secondaries: 14T #22 Core: Ferroxcube 768XT188-3E2A Pri: IT Sec: 100T, #32 Core: Ferroxcube 768XT188-3E2A Pri: 8T #27 Sec: 8T #27 Ter: 4T #27 Core: Ferroxcube EC52- 3C8 Winding: 8T 2X .016 X 1 Cu. foil 77 mil gap on all three posts Core , the center post. You can select a gapped core like the EC52G- 3C8 (2X) which has a 180 mil gap and , Ferroxcube EC-52-3C8. EC cores are very popular because they provide adequate space for large wire sizes


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PDF CS-3842A CS-3842A 00W/200kHz 200mA 78CH1337-AES) P-44040-UG 24AWG 30AWG IN4744 EC52-3C8 core ferroxcube 768XT188-3E2A BYW 64 bridge rectifier Ferroxcube 846XT250-3C8 CS-3842A application 500w Full bridge transformer dc to ac instant power supply ckt diagram diode BYW 64
2001 - IN4744

Abstract:
Text: : Secondaries: Ferroxcube 846XT250­3C8 16T #22 14T #22 T3 Core: Pri: Sec: Ferroxcube 768XT188­3E2A IT 100T, #32 T4 Core: Pri: Sec: Ter: Ferroxcube 768XT188­3E2A 8T #27 8T #27 4T #27 L1 Core: Winding: Ferroxcube EC52­ 3C8 8T 2× .016 × 1 Cu. foil 77 mil gap on all three , This value is used in selecting the core size. The core selected here is a Ferroxcube EC­52­3C8. EC , gapped by grinding the center post. You can select a gapped core like the EC52G­ 3C8 (2X) which has a 180


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PDF CS3842AAN/D CS3842A r14525 IN4744 Ferroxcube 846XT250-3C8 EC52-3C8 768XT188-3E2A 846XT250-3C8 Ferroxcube 3C8 EC-52-3C8 magnetic core ferroxcube 3E2A diode BYW 64 2616PA250-3B7
sk1271

Abstract:
Text: 1 9 Ferroxcube 846XT250-3C8 16T #22 14T #22 Ferroxcube 768XT188-3E2A IT 100T, #32 Ferroxcube 768XT188-3E2A 8T #27 8T #27 4T #27 Ferroxcube EC52- 3C8 8T 2X .016 X 1 Cu. foil 77 mil gap on all three posts Ferroxcube 2616PA250-3B7 22T 5X (2 #27 in parallel) B. Holland, "M odeling, Analysis and Compensation of the , here is a Ferroxcube EC-52-3C8. EC cores are very popular because they provide adequate space for large , the EC52G- 3C8 (2X) which has a 180 mil gap and grind it to size. Another method is to add spacers


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PDF CS-3842A 00W/200kHz 200mA EC52-3C8 2616PA250-3B7 78CH1337-AES) CS-3842A sk1271 PQ4040 ic 3842a forward convert Ferroxcube 846XT250-3C8 CS-3842A application 846XT250-3C8 768xt1883 768XT188-3E2A 768XT188
SAA1029 equivalent

Abstract:
Text: No file text available


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PDF SG1524C /2524C /3524C SG1527 E5563 NE5560 DAC800 MC1488 1489/M NE5020 SAA1029 equivalent TDA1060 NE5205 TDA1060/k2645 equivalent
2002 - TL494 full bridge

Abstract:
Text: . Core: Windings: Ferroxcube 846 T250­ 3C8 Primary, 2 each: Secondary, 2 each: 30 turns, #30 AWG , T2 T3 T4 T5 L1 Core: Bobbin: Windings: Ferroxcube EC 70­3C8, 0.002 gap in each leg Ferroxcube 70PTB Primary (Q3, Q5): Primary (Q1): Secondary, 4 each: Shield, 2 each: 50


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PDF AN983/D TL494 r14525 TL494 full bridge half bridge TL494 tl494 application notes TL494 TRANSFORMER DESIGN NOTES TL494 half bridge tl494 dc to ac full bridge TL494 tl494 soft start Application Notes tl494 tl494 OFFLINE
2001 - EC35-3c8

Abstract:
Text: Feedback : 10 Turns #30 AWG (2 strands) Bifiliar Wound Core: Ferroxcube EC35- 3C8 Bobbin : Ferroxcube


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PDF PJ3845B EC35-3c8 EC35PCB1 T25 8PIN Core Ferroxcube EC35-3C8
24v 10A tl494

Abstract:
Text: Secondary : 120T C.T. #36 AWG Core : Ferroxcube 1408P-L00- 3C8 TEST CONDITIONS RESULTS Line Regulation Vin


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PDF TL494 500mA TL494C 24v 10A tl494 tl4941 5v 10A tl494 converter ic tl494C tl494 converter Ferroxcube 1408P-L00-3C8 converter ic tl494 1408P-L00-3C8 for Push-Pull TL494 tl494 24v
2002 - UC3843 in isolated flyback converter

Abstract:
Text: : Ferroxcube EC35- 3C8 Bobbin : Ferroxcube EC35PCB1 Gap : 0.10" for a primary inductance of 1.0mH Line


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PDF PJ3843B PJ3843B 10BSC 54BSC 27BSC 05BSC UC3843 in isolated flyback converter uc3843 12v to 40v UC3843 Boost converter EC35-3c8 800 WATT MOSFET AMPLI DIAGRAM UC3843 fly EC35PCB1 forward converter UC3843 UC3843 Boost BLOCK DIAGRAM uc3843 control constant current
2002 - 800 WATT MOSFET AMPLI DIAGRAM

Abstract:
Text: : 10 Turns #30 AWG (2 strands) Bifiliar Wound Core: Ferroxcube EC35- 3C8 Bobbin : Ferroxcube EC35PCB1


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PDF PJ3842B PJ3842B 10BSC 27BSC 05BSC 54BSC 800 WATT MOSFET AMPLI DIAGRAM EC35-3c8 Core Ferroxcube EC35-3C8 27-MOSFET PJ3842BCS PJ3842BCD fly back trans Ferroxcube 3C8 flyback EC35 12v
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