SIFERRIT MATERIAL Search Results

Mn-Zn Ferrites

Abstract: MT 2800 N E55 ferrite core ETD 49 ferrite core Siemens efd 30 ferrite n41 siemens 4900 SIEMENS Siemens E55
Contextual Info: SIFERRIT-Werkstoffe SIFERRIT Materials Unter der Bezeichnung SIFERRIT stellen wir weichmagnetische oxidkeramische Werkstoffe MnZn-Ferrite und NiZn-Ferrite für ein breites Anwendungsgebiet her. Under the designation SIFERRIT® we manufacture soft magnetic

ETD 49 ferrite core

Abstract: etd 49 core Ferrites and accessories
Contextual Info: Ferrites and Accessories SIFERRIT Contents Type Symbols and terms SIFERRIT material properties Adjusting screw drivers RM cores PM cores P cores (pot cores) P core halves EP cores ETD cores EFD cores EC cores ER cores E cores U cores I cores Ring cores

Contextual Info: EPCOS Ferrites and Accessories SIFERRiT Introduction Contents Type Symbols and terms SIFERRIT material properties RM cores PM cores P cores (pot cores) P core halves (incl. PS cores) EP cores ETD cores EFD cores EC cores ELP cores and 1cores E cores U cores and 1cores

Contextual Info: Ferrites and accessories SIFERRIT material PC47 Date: June 2013 Data Sheet  EPCOS AG 2013. Reproduction, publication and dissemination of this data sheet and the information contained therein without EPCOS’ prior express consent is prohibited. SIFERRIT materials

B62152-A8-X17

Abstract: B62152-A7-X17 siemens N30 B62152A7X17 siferrit material siferrit siferrit N30 siemens siferrit al 400 B62152A4X17 41279
Contextual Info: Double-Aperture Cores B62152 Double-Aperture Cores Primarily used for broadband transformers up to high frequencies Application examples ● SIFERRIT material N30 for low frequencies and for pulse applications ● SIFERRIT material K1 for matching transformers and baluns

siferrit material

Abstract: B62152-A27-X30 B62152A1X epcos ferrite application B62152A4X1 B62152A ferrite N30 B62152-A7-X1
Contextual Info: Double-Aperture Cores B62152 Double aperture cores Primarily used for broadband transformers up to high frequencies Application examples • SIFERRIT material N30 for low frequencies and for pulse applications ■ SIFERRIT material K1 for matching transformers and baluns

B62152-A7-X30

Abstract: Epcos N30 Epcos N30 pulse transformer n30 epcos B62152-A27-X30 B62152-A4-X1 B62152 B62152-A1-X1 B62152-A27-X1 B62152-A4-X30
Contextual Info: Double-Aperture Cores B62152 Double aperture cores Primarily used for broadband transformers up to high frequencies Application examples • SIFERRIT material N30 for low frequencies and for pulse applications ■ SIFERRIT material K1 for matching transformers and baluns

Ferrite Siemens r4

Abstract: B64290K B62152-A8-X17 b621 B62152-A7-X17 parylene P Ferrite Siemens B62152A7X17 B62152-A8-X30 B64290-K
Contextual Info: B62152 DoubkAperbreCores Primarily used for broadband transformers up to high frequencies Application examples SIFERRIT material N30 for low frequencies and for puise applications SIFERRIT material Kl for matching transformers and baluns up to about 250 MHz in antenna feeders or

Contextual Info: Ferrites and accessories SIFERRIT material N96 Date: June 2013 Data Sheet  EPCOS AG 2013. Reproduction, publication and dissemination of this data sheet and the information contained therein without EPCOS’ prior express consent is prohibited. SIFERRIT materials

B62152

Abstract: B62152-A7-X30 B62152-A8-X1 B62152-A1-X1 siferrit N30 siferrit material siferrit B62152-A4-X1 B62152-A4-X30 B62152-A7-X1
Contextual Info: Double-Aperture Cores B62152 Primarily used for broadband transformers up to high frequencies Application examples ● SIFERRIT material N30 for low frequencies and for pulse applications ● SIFERRIT material K1 for matching transformers and baluns up to about 250 MHz in antenna feeders or

BAYER* makrofol ID 320

Abstract: luvocom 1105 gf 14 CRASTIN CE 7931 siferrit MT-11010 FAL0605-H siferrit material etd 49 core FAL0625-W luvocom
Contextual Info: SIFERRITâ Materials SIFERRIT materials Based on IEC 60401, the data specified here are typical data for the material in question, which have been determined principally on the basis of toroids ring cores . The purpose of such characteristic material data is to provide the user with improved means for

epcos 565

Abstract: epcos 500 epcos ferrite application epcos 476
Contextual Info: Ferrite and Accessories Contents Selector Guide Index of Part Numbers 3 10 24 SIFERRIT Materials 31 General – Definitions Application Notes Processing Notes 107 124 151 Packing Quality Considerations Standards and Specifications 165 175 178 RM Cores PM Cores

N22 Schalenkern

Abstract: Siemens Ferrite N47 Siemens Ferrite B65541 EFD20 trafo ETD54 n62 R6KE Siemens Ferrite B64290 Siemens Ferrite n67 EC70 N27 siferrit n27
Contextual Info: Inhaltsverzeichnis Bauformen-Übersicht Bauformnummern-Verzeichnis SIFERRIT-Werkstoffe Seite 5 11 25 31 Allgemeines - Begriffsbestimmungen Anwendungs-, Verarbeitungshinweise Verpackung 103 121 163 Angaben zur Qualität Normen und Vorschriften 177 181 RM-Kerne

PA 6/6 GF30 SIEMENS

Abstract: Siemens Ferrite B65541 ferrite ei core n27 TESLA mh 7400 CRASTIN SO 655 IEC 60205 Luvocom B64290-A38 etd59 siemens Siemens Ferrite B64290
Contextual Info: Contents Selector Guide Index of Part Numbers 5 11 26 SIFERRIT Materials 33 General – Definitions Application Notes Processing Notes 111 128 150 Packing Quality Considerations Standards and Specifications 165 174 177 RM Cores PM Cores EP Cores 181 274 290

MT 2800 N

Abstract: Siemens Ferrite n72 ferrite Ring Core matsua etd 49 core
Contextual Info: SIFERRIT Materials Material properties Resonant circuit inductors Preferred application Material uT7T r ' K I2 1' K1 M il <10 Base material NiZn NiZn NiZn NiZn NiZn MnZn grey yellow violet brown — white 250 ±20% 600 750 Symbol j Unit Color code Initial permeability

Contextual Info: EPCOS SIFERRIT Materials Material properties Preferred application Material Base material Color code adjuster Symbol Initial permeability (7 = 2 5 °C) Meas. field strength Flux density (near saturation) (7=10 kHz) Coercive field strength ( f = 10 kHz) Optimum

SIEMENS n87

Abstract: smd marking n3 planar transformer layout material N87 Siemens matsushita rm VP-500 current transformer siemens marking n3 l1013 L-1013
Contextual Info: Planar Inductors B 78387 RM 7 Power Transformer Benefits ● ● ● ● Low mounting height SMD terminals High power density Low thermal resistance Construction ● ● ● ● RM 7/4 core, SIFERRIT material Maximum component height 9 mm Multilayer winding

Siemens Ferrite B65541

Abstract: TESLA mh 7400 mh 7400 tesla MDT 760 THYRISTOR ARALDITE AY 105 ARALDITE HY 956 EPF S20 Siemens Ferrite B64290 ETD54 n62 ARALDITE D AY 103
Contextual Info: Contents Selector Guide Index of Part Numbers 5 11 23 SIFERRIT Materials 29 General – Definitions Application Notes Processing Notes 111 129 151 Packing Quality Considerations Standards and Specifications 165 175 179 RM Cores 183 PM Cores 283 P Cores P Core Halves P Cores for Proximity Switches

EPCOS N27

Abstract: UI N27
Contextual Info: U and UI Cores General Information U and UI cores 1 Core shapes and materials U cores of rectangular cross section and I cores are made of SIFERRIT materials N27 and N87. Owing to their high saturation flux density, high Curie temperature and low dissipation losses, they

siemens r10 core

Abstract: siemens ferrite n22 p14 CRASTIN CE 7931 Siemens Ferrite n27 RM Siemens Ferrite perminvar Siemens Ferrite n67 RM siemens siferrit al 400 siemens R10 K1 siferrit mt 500 b
Contextual Info: SIFERRIT Materials Based on IEC 60401, the data specified here are typical data for the material in question, which have been determined principally on the basis of ring cores. The purpose of such characteristic material data is to provide the user with improved means for

siemens ferrite n22 p14

Abstract: Siemens Ferrite B65541 EC35 Siemens ferrite core ETD54 n62 U93 QUANTA ARALDITE ay 105 EC70 N27 Siemens Ferrite N47 EC52 N27 FERRITES N67
Contextual Info: Contents Page 5 Selector Guide Index of Part Numbers 11 25 SIFERRIT Materials 31 General - Definitions Application and Processing Notes Packing 103 121 163 Quality Considerations Standards and Specifications 177 181 RM Cores 185 PM Cores 287 P Cores P Core Halves P Cores for Proximity Switches

efd-25 transformer

Abstract: 2616P 2213P Transformer ETD-29 12U25 FERRITE TRANSFORMER ETD ETD 34 24 V transformer ETD 52 Xenon 7000 EPCOS core PS 35
Contextual Info: Ferrites Ferrite und Zubehör Ferrites and Accessories SIFERRIT-Material Frequenzbereich Frequency range MHz U 17 10 …220 10 – 30 % K 12 3 … 40 26 – 25 % K1 1,5 … 12 M 33 0,2 … N 48 0,001 … 0,1 2300 – 25 % N 26 0,001 … 0,1 2300 – 25 % K 10

siemens siferrit N27

Abstract: Siferrit N67 UU CORE 100-turn u cores UI N27
Contextual Info: U, UI and UR Cores General Information 1 Core shapes and materials U and I cores are made of SIFERRIT materials N27, N53, N62, N67 and now new, of N82. Owing to their high saturation flux density, high Curie temperature and low dissipation losses, they are suitable for power, pulse and high-voltage transformers in particular line deflection transformers and

siemens siferrit N27

Abstract: IEC 60205 N27 transformer core N27 design N67 transformer core IEC 60205 calculation transformer N67 TRANSFORMER CORE N87 B230A siferrit n27
Contextual Info: E Cores General Information 1 Core shapes and materials The preferred materials for manufacture of E cores are the SIFERRIT materials N27, N67, N87, N49 and N30. N27 is recommended for power applications in the frequency range up to about 100 kHz, N67 for the frequency range from about 100 to 300 kHz and N87 for the frequency range