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ATS-13C-85-C1-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB visit Digikey Buy
ATS-03C-85-C2-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB T766 visit Digikey Buy
ATS-13C-85-C3-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB T412 visit Digikey Buy
ATS-13C-85-C2-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB T766 visit Digikey Buy
ATS-03C-85-C1-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB visit Digikey Buy
ATS-03C-85-C3-R0 Advanced Thermal Solutions Inc HEATSINK 35X35X10MM R-TAB T412 visit Digikey Buy

3C85 material

Catalog Datasheet MFG & Type PDF Document Tags

p4na60

Abstract: uc3843a ac adapter SPECS: CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 1.7 mH , : CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 0.8 mH N1: 2 , TL431 4N35 3.3 nF 10 k 1 k 2.7 k TRANS FORMER SPECS : CORE: ETD29x16x10, 3C85 material or , TL431 4 2 3 1.8 k 6 1 2 1/2 W 100k TRANSFORMER SPECS: CORE: E19x8x5, 3C85 material or equivalent 0.6 mm air gap for a primary inductance of 1.8mH N1:170 T, AWG34 ( 0.20 mm) N2
STMicroelectronics
Original
L6561 p4na60 uc3843a ac adapter mains monitor 4n35 p4na60f 40W AC-DC Adapter circuit P4NA60FP AN1060 L6561- AN966 AN1007 AN1059

3c85 transformer

Abstract: mains monitor 4n35 SPECS: CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 1.7 mH , : CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 0.8 mH N1: 2 , TL431 4N35 3.3 nF 10 k 1 k 2.7 k TRANSFORMER SPECS: CORE: ETD29x16x10, 3C85 material or , TL431 4 2 3 1 1.8 k 6 2 1/2 W 100 k TRANSFORMER SPECS: CORE: E19x8x5, 3C85 material or equivalent 0.6 mm air gap for a primary inductance of 1.8mH N1:170 T, AWG34 ( 0.20 mm) N2
STMicroelectronics
Original
3c85 transformer 3c85 transformer smps bridge 12v 50 A battery charger smps schematic 90w flyback l6561 flyback pfc led L6561 AN966 L4955 AN932 TSM101

l6561 flyback pfc led

Abstract: 12v 50 A battery charger smps schematic , 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 1.7 mH N1: 2 series windings , 7 4 22 STP3NB60 2.4 k 1 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent , 2 1/2 W TRANSFORMER SPECS: CORE: E19x8x5, 3C85 material or equivalent 0.6 mm air gap for a , 4N35 3.9K 5.1K 270K 0.022µF TL431 2.7K TRAN SFORMER SPECS: CORE: ETD29x16x10, 3C85 material or equivalent 1 mm air gap for a primary inductance of 530 µH N1: 69 T, AWG25 ( 0.51 mm) N2: 11
STMicroelectronics
Original
l6561 flyback pfc 220 ac to 24 dc SMPS charger circuit diagram smps isolated 12v output 90w L6561 application note l6561 flyback pfc ac to dc 2xAWG22

l6561 flyback pfc led

Abstract: smps lead acid battery charger schematic 100 nF 7 4 47 k 22 STD1NB60 7.5 k 2 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material , 100 k TRANSFORMER SPECS: CORE: E19x8x5, 3C85 material or equivalent 0.6 mm air gap for a primary , SPECS: CORE: ETD29x16x10, 3C85 material or equivalent 1 mm air gap for a primary inductance of 530 µH , L6561 7 1 6 4 47 k 22 STP3NB60FP 7.5 k 1 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for a primary inductance of 0.8 mH N1: 2 series windings 48 T each
STMicroelectronics
Original
smps lead acid battery charger schematic stP3NB60FP equivalent smps L6561 OPTO tl431 flyback converter 2A 15V L6561 AN

smps lead acid battery charger schematic

Abstract: P4NA60 47 k 22 STD1NB60 7.5 k 2 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent , STP3NB60FP 7.5 k 1 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent 0.5 mm air gap for , SPECS: CORE: E19x8x5, 3C85 material or equivalent 0.6 mm air gap for a primary inductance of 1.8mH , SPECS : CORE: ETD29x16x10, 3C85 material or equivalent 1 mm air gap for a primary inductance of 530 µH , , 3C85 grade or equivalent 1 mm air gap for a primary inductance of 380 µH N1 : 38 T, 2 series windings
STMicroelectronics
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smps lead acid battery charger Design equations of high-power-factor flyback smps 12v,1 amps l6561 flyback design E25-13-7 computer smps circuit diagram

H11AB17A

Abstract: wlo4f the ungapped AL to the gapped AL. The un-gapped AL for the EFD30 is about 2100 in 3C85 material. The remanent flux density in a 3C85 un-gapped core is about 160mT at room temperature. Therefore the remanent , choice for the power switch. Since the saturation flux density of 3C85 material is well above 250mT , the verge of saturation. If this level is picked to be 300mT (from Philips data for 3C85 material
Unitrode
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UC3909 H11AB17A wlo4f uc3906 Battery 12v uc3906 Design Seminar Data Handbook MA01 3M 5413 U-166

T2A250V

Abstract: DC DC converter 1A 400V TO 220 Package Philips EFD30x15x9, 3C85 Material or equivalent Bobbin Air gap 0.7 mm for an inductance 2-6 of 400 , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
AN1134 T2A250V DC DC converter 1A 400V TO 220 Package bridge RECTIFIER GI l5991 STP7NB60FI L5991

roederstein eys 07

Abstract: ITACOIL by ITACOIL). Core Philips ETD44, 3C85 Material Bobbin Horizontal mounting, 18 pins Air , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
AN1132 roederstein eys 07 ITACOIL 15v 60w smps equivalent for BC337 L5991 equivalent

roederstein eys 07

Abstract: Roederstein EKS Specification (Part Number ETD4407, supplied by ITACOIL). Core Philips ETD44, 3C85 Material Bobbin , electrical schematic is shown in fig. 1 and the bill of material is listed in Table 2. Table 1. Design
STMicroelectronics
Original
Roederstein EKS 663 T3.15A 8843 Zener fuse t3.15a 250v R34-R35 bc337 equivalent AN1133 L5993

T2A250V

Abstract: l5991 (Part Number RDT20001, supplied by RD Elettronica). Core Philips EFD30x15x9, 3C85 Material or , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
st 1n4148 1N4148 BYW29-200 BZW06-154 DF04M STP7NB60

T2A250V

Abstract: st 1n4148 Philips EFD30x15x9, 3C85 Material or equivalent Bobbin Horizontal mounting, 12 pins Air gap , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
rubycon mxr transil diode 600V 250v 25a 600w 600w power amplifier PCB layout flyback operate in both ccm and dcm rubycon electrolytic capacitor ripple current

BU508 TRANSISTOR gate driver circuit

Abstract: BU508 TRANSISTOR equivalent on an ETD34 core in 3C85 material. A switching frequency of 100 kHz was chosen to keep the third harmonic below 450 kHz. A Transformer Details Core: Philips ETD34-3C85-G200 Total Primary Inductance Lp
Allegro MicroSystems
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BU508 TRANSISTOR gate driver circuit BU508 TRANSISTOR equivalent schematic diagram UPS 600 Power structure TRANSISTOR c2324 ETD34 CORE 11DQ10 equivalent

T3.15A 250V

Abstract: stp7nb60fi Core Philips ETD44, 3C85 Material Bobbin Air gap 1 mm for an inductance 1-4 of 380 µH , electrical schematic is shown in fig. 1 and the bill of material is listed in Table 2. Table 1. Design
STMicroelectronics
Original
TPS5904 T3.15A 250V BC393 equivalent DIODE C06 3C85 material ETD44-3C85 smps 10w 5V

fuse t3.15a 250v

Abstract: equivalent for BC337 Specification (Part Number ETD4407, supplied by ITACOIL). Core Philips ETD44, 3C85 Material Bobbin , electrical schematic is shown in fig. 1 and the bill of material is listed in Table 2. Table 1. Design
STMicroelectronics
Original
diode 7935 BYW100-100 BYT11-800 STTA106 470uf, 400v electrolytic capacitor

STP7NB60FI

Abstract: philips capacitor 470uF 400V ETD4407, supplied by ITACOIL). Core Philips ETD44, 3C85 Material Bobbin Horizontal mounting, 18 , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
philips capacitor 470uF 400V philips capacitor 63v 10u roederstein d11 resistor 220uF 400V L7805CP equivalent philips ceramic multilayer axial

T3.15A 250V

Abstract: BYW100-100 ETD4407, supplied by ITACOIL). Core Philips ETD44, 3C85 Material Bobbin Air gap 1 mm for an , specification of the application. The complete electrical schematic is shown in fig. 1 and the bill of material
STMicroelectronics
Original
ST L5991 Philips Electrolytic Capacitor 250v capacitor 470uf 250v Philips Electrolytic Capacitor 22uf 250v 100UF 250V design SMPS L5991

T2A250V

Abstract: pwm lm393 controller transformer specification Core Philips EFD30x15x9, 3C85 Material or equivalent Bobbin Horizontal
STMicroelectronics
Original
AN1686 pwm lm393 controller Philips Components, transformer core philips 3C85 LM393B BYW29-200 zener diode PC917 L5991-BASED AN1215 AN1049

IC L6565

Abstract: equivalent L6565 : ETD29x16x10,3C85 material or equivalent 1 mm air gap for a primary inductance of 700 µH N1: 75 T, AWG25 , : CORE: ETD29x16x10, N67 material or equivalent IC2 TL431 1 mm air gap for a primary inductance of 285
STMicroelectronics
Original
L6565 L6565N IC L6565 equivalent L6565 IC L6565 equivalent Self-Oscillating Flyback Converters Self-Oscillating Flyback mosfet L6565D

L6565B

Abstract: TL431 TRANSFORMER SPECS: CORE: ETD29x16x10, 3C85 material or equivalent â‰1 mm air gap for a , TRANSFORMER SPECS: CORE: ETD29x16x10, N67 material or equivalent IC2 TL431 ≠1 mm air gap for a primary
STMicroelectronics
Original
L6565B

L6565B

Abstract: IC L6565 : CORE: ETD29x16x10,3C85 material or equivalent 1 mm air gap for a primary inductance of 700 µH N1: 75 T , TRANSFORMER SPEC S: CORE: ETD29x16x10, N67 material or equivalent IC2 TL431 1 mm air gap for a primary
STMicroelectronics
Original
stp7nb80fi N57T 5v L6565D STP4NA80FP ETD29x16x10 STP7NB80FI mosfet
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