ETD39 42 Search Results

etd39

Abstract: MT 2800 N CPH-ETD39-1S-16P MT 2800 ETD-39
Contextual Info: FERROXCUBE DATA SHEET ETD39/20/13 ETD cores and accessories Supersedes data of September 2004 2008 Sep 01 Ferroxcube ETD cores and accessories ETD39/20/13 CORE SETS Effective core parameters handbook, halfpage SYMBOL PARAMETER VALUE UNIT Σ I/A core factor (C1)

ETD49

Abstract: ETD34 CORE ETD39 ETD-39 ETD29 ETD34 ETD 34 3c85 CLI-ETD29 3C85 ferroxcube ETD44
Contextual Info: 2002-05-15 PRODUKTINFORMATION Vi reserverar oss mot fel samt förbehåller oss rätten till ändringar utan föregående meddelande ELFA artikelnr 58-760-08 Kärna 3C85 ETD29 58-760-16 Bobin ETD29 58-760-24 Clip ETD29 58-760-32 Kärna 3F3 ETD29 58-760-40 Kärna 3F3 ETD29 gap 350um

ETD39 12v

Abstract: s10k275 etd39 ICE1CS02 ntc r110 fuse EVALCOMBI-ICE1CS02 1uf 630v 3300uf/25v 330uf 450v NTC 3K
Contextual Info: Application Note, V2.0, April 2009 EVALCOMBI-ICE1CS02 300W PFC/PWM COMBI High Efficiency Evaluation Board with ICE1CS02 Power Management & Supply N e v e r s t o p t h i n k i n g . Edition 2009-04-13 Published by Infineon Technologies Asia Pacific, 168 Kallang Way,

ETD34

Abstract: etd49 ETD29 etd39 ETD34 CORE ETD39-3C90 ETD29-3C90 ETD39 3c90 E45329 ETD 39
Contextual Info: Ferroxcube ETD cores and accessories ETD29 CORE SETS Effective core parameters SYMBOL PARAMETER VALUE UNIT Σ I/A core factor (C1) 0.947 mm−1 Ve effective volume 5470 mm3 Ie effective length 72.0 mm Ae effective area 76.0 mm2 Amin minimum area 71.0 mm2

EC70 IF CORES

Abstract: bobbin EER42 18 pin etd49 bobbin bobbin winding area etd39 C3939 EC35 bobbin bobbin EER 42 ec70 bobbin rynite fr530L ETD44 bobbins vertical
Contextual Info: Section 12. EC Cores PHYSICAL DIMENSIONS PART NUMBER TYPE *-43517-EC EC35 *-44119-EC *-45224-EC *-47035-EC (EC41) (EC52) (EC70) A B C&F D (min.) E S T in. 1.358 ± .030 .681 ± .006 .374 ± .012 .469 .8955 ± .020 .108 ± .010 1.122 ± .030 (mm) (34.49)

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 500 n 35 : 4 : 4 : 3 3.5 A typ. ±3% Saturation current |ΔL/L| < 20% DC Resistance 1

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 500 n 35 : 2 : 2 : 3 3.5 A typ. ±3% Saturation current |ΔL/L| < 20% DC Resistance 1

ETD39 TRANSFORMER

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance base 10 kHz/ 100 mV Rated Current base ΔT = 40K Saturation Current base |ΔL/L| < 10% DC Resistance base @ 20°C Leakage Inductance base 100 kHz/ 100 mV

ETD39 TRANSFORMER

Abstract: ETD39 TRANSFORMER s m
Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance base 10 kHz/ 100 mV Rated Current base ΔT = 40K Saturation Current base |ΔL/L| < 10% DC Resistance base @ 20°C Leakage Inductance base 100 kHz/ 100 mV

ETD39 TRANSFORMER

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance base 10 kHz/ 100 mV Rated Current base ΔT = 40K Saturation Current base |ΔL/L| < 10% DC Resistance base @ 20°C Leakage Inductance base 100 kHz/ 100 mV

ETD39 TRANSFORMER

Abstract: ETD39 TRANSFORMER s m
Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance base 10 kHz/ 100 mV Rated Current base ΔT = 40K Saturation Current base |ΔL/L| < 10% DC Resistance base @ 20°C Leakage Inductance base 100 kHz/ 100 mV

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 500 n 35 : 8 : 8 : 3 3.5 A typ. ±3% Saturation current |ΔL/L| < 20% DC Resistance 1

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 500 n 35 : 4 : 4 : 3 3.5 A typ. ±3% Saturation current |ΔL/L| < 20% DC Resistance 1

ETD39 TRANSFORMER

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance base 10 kHz/ 100 mV Rated Current base ΔT = 40K Saturation Current base |ΔL/L| < 10% DC Resistance base @ 20°C Leakage Inductance base 100 kHz/ 100 mV

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 500 n 35 : 2 : 2 : 3 3.5 A typ. ±3% Saturation current |ΔL/L| < 20% DC Resistance 1

E19 CORE TRANSFORMER

Abstract: 50CS400 transformer ETD34 design CORE N67 ETD49 E55 ferrite core FERRITE TRANSFORMER etd34 EI114 transformer e19 smd transistor e42 ferrite core Etd44
Contextual Info: Tianjin Huigao Magnetics Co., Ltd 6# Taishan Rd. Hexi District. Tianjin China Tel: +86 22 28250366 Fax:+86 22 28306117 www.huigao-magnetics.com High Frequency Transformers Ferrite Core The selection of the ferrite core type for a specific transformer depends on the design parameters and

AN-32

Abstract: Power Integrations UTV817A LTV702FB LTV703FB Transformer ei33 EEL16 EI33 bobbin EI40 transformer liteon transformer
Contextual Info: ® TOPSwitch-GX Flyback Design Methodology Application Note AN-32 Designing an off-line power supply involves many aspects of electrical engineering: analog and digital circuits, bipolar and MOS power device characteristics, magnetics, thermal considerations, safety requirements, control loop stability, etc.

PC817 optocoupler

Abstract: T1A 250v fuse optocoupler PC817 T1A 250v cramer transformers sharp optocoupler PC817 PC817 OPTOCOUPLER SHARP capacitor 100nf 250v polyester Cramer coil 1nF Y1 CAPACITOR
Contextual Info: ESBT Auxiliary SMPS for 150W Revised: Monday, February 21, 2005 Petr Lidak Revision: 1,0 Item Quantity Reference Part Description electrolytic capacitor, EPCOS, LL, B43504-A5227-M, 400V Capacitors: 1 2 C1,C2 220uF 2 1 C3 10nF ceramic capacitor, 50V, -55.125°C

TV flyback transformer pinout

Abstract: UCC KME NCP1207 NCP1207 equivalent TV flyback transformer AND8112 ETD39 3c90 1N5820 SPICE NCP1207A AND8127
Contextual Info: AND8252/D High Efficiency Eight Output, 60 W Set Top Box Power Supply Design Prepared by: Frank Cathell ON Semiconductor http://onsemi.com APPLICATION NOTE INTRODUCTION/ABSTRACT Most STB power supplies provide from three to eight regulated and/or quasi−regulated outputs with typical power

AN-16 topswitch

Abstract: EEL16 TOP234Y 2581 OPTO EI40 transformer EER28L P6KE200 diode EER35 pin OPTO tl431 ETD34 saturation
Contextual Info: ® TOPSwitch -FX Flyback Design Methodology Application Note AN-25 Basic Circuit Configuration This application note introduces a simple methodology for the design of off-line flyback power supplies using the TOPSwitch-FX family. It is fundamentally the same as AN-16,

offline forward converter

Abstract: stw12nk90z AN2623 ICE61000-3-2 l5991 opto PC817 rubycon electrolytic capacitor BYT16P-400 1-PC817 10uF 450v
Contextual Info: AN2623 Application note Evaluation board for off-line forward converter based on L5991 Introduction This application note gives a practical example of a 160 W, isolated, forward converter using the L5991, high frequency current mode PWM controller. Design procedures for both the

cma 00124

Abstract: ETD34 PC40 AN1024a EE19 TDK Ferrite Core PC40 EE 25 bobbin epcos make philips 3C85 ferrite material EPC25 bobbin flyback transformer design Transformer and Inductor Design Handbook, FERRITE TRANSFORMER 20khz toroid
Contextual Info: APPLICATION NOTE AN-1024a International Rectifier • 233 Kansas Street El Segundo CA 90245 USA Flyback Transformer Design For The IRIS40xx Series By Jonathan Adams TOPICS COVERED Introduction To Flyback Transformer Design Power Supply Design Criteria Required

how to calculate ferrite core transformer

Abstract: how to calculate turn ratio for ferrite core transformer "EI CORE" cma 00124 TDK Ferrite Core PC40 PHILIPS pot core 3f3 step down transformer winding ratio ETD 34 3c85 EE19 TDK Ferrite Core PC40 TDK Ferrite Core PC44 etd34
Contextual Info: Application Note AN-1024 Flyback Transformer Design for the IRIS40xx Series Table of Contents Page 1. Introduction to Flyback Transformer Design . 1 2. Power Supply Design Criteria Required . 2

EPCOS

Abstract: ARALDITE HY 956 ARALDITE D AY 103 ARALDITE 103 hy 956 ARALDITE D HY 956 araldite ciba ARALDITE 103 ARALDITE D ARALDITE D AY 105 ARALDITE HY 991
Contextual Info: Ferrites and accessories Processing notes Date: September 2006 Data Sheet  EPCOS AG 2006. Reproduction, publication and dissemination of this data sheet and the information contained therein without EPCOS’ prior express consent is prohibited. Processing notes