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siemens ferrite transformer

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: for product marketing of inductive ferrite components at Siemens Matsushita Components. Inductive ferrite components are used not only in power supplies and to suppress interference. Capable of , another key factor of circuit design. The mechanical design of miniature ferrite inductors from Siemens , input resistance is RL/2. A transformer should be used for low-loss matching. Here too, Siemens , GHz Double-aperture transformers (shown here 41/2 times actual size) with ferrite cores can be Siemens Matsushita Components
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ferrite core high voltage transformer ferrite core transformer siemens matsua FERRITE TRANSFORMER design ferrite core transformer design transformer high frequency siemens current transformer siemens
Abstract: head of development of inductive ferrite components at Siemens Matsushita Components. Key data of R 10 S0 transformer Number of terminal pins N1:N2:N3:N4 Max. permissible asymmetrical DC , from different manufacturers has resulted in numerous transformer types. With a wide range of ferrite , Inductive ferrite components for ISDN transformers Optimized broadband solutions The , strength Vpp kVac 1.5/0.5 Table 1 Available as an SMD or PTH version, the RM 5 transformer is a typical Siemens Matsushita Components
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siemens r10 core N48 transformer core power FERRITE TRANSFORMER design Siemens RM6 Core n48 rm6 ferrite RM6
Abstract: UK0 interface UPN interface S2M interface HDSL transformer 24 Siemens Matsushita Components , B78388-P1255-A5 39 HDSL transformer RM 8 LP Siemens Matsushita Components 33 34 35 7 , Miniature Ferrite Inductors (MIFI) MIFI - Siemens Matsushita Components Odering Code Page , transformer. It is 4 mm or a multiple thereof. 16 Siemens Matsushita Components Packing The tapes , excellent protection during transport. Finished transformer Siemens Matsushita Components 17 Siemens Matsushita Components
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B78304-B1032-A3 interface up0 B78304-B1031-A3 siemens ignition transformer B78304-B1030-A3 B1032
Abstract: Miniature ferrite inductors (MIFI) Siemens Matsushita Components 77 57 Inductive Components for , requirements in the circuit. The application range extends from 100 kHz in the case of miniature ferrite , between 0,1 and 100 MHz. Based on a special ferrite core, MIFIs have very small case dimensions despite the high inductance. Construction of the case with a ferrite layer, to enclose the winding, produces , ranges of different applications 58 Siemens Matsushita Components Inductive Components for RF Siemens
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ferrite core EA Design and construction of FM radio siemens matsua RF siemens matsua mobile POWER FERRITE TRANSFORMERS ferrite wireless power
Abstract: (1993) Information on ferrite materials appearing in manufacturers´ catalogs of transformer and inductor , production of ferrite parts is being established. Siemens Matsushita Components 177 Standards and , Standards and Specifications 1 General information Ferrite parts from S+M Components are , dealing with ferrites. In the supplement to DIN 41 280 (Soft Magnetic Ferrite Cores: Material Properties , 970 Part 13 (CECC 25 300) DIN 45 970 Part 14 (CECC 25 400) Inductor and transformer cores for Siemens
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Siemens Ferrite n27 RM ferrite n48 transformer ETD 34 25301001 IEC 60410 magnetic transformer 1993
Abstract: Jürgen Hess New ferrite materials and core shapes for broadband transformer design Broadband , handle sinusoidal signals with a broad energy distribution over a wide frequency range. Special ferrite , attenuation in the linear range Effective attenuation is a measure of the loss in the transformer. It specifies the deviation of the secondary voltage or power of a real transformer from that of an ideal transformer: The basic attenuation a0 consists of a component an, which varies with the number of turns and Siemens Matsushita Components
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ferrite core geometry N30 transformer core ferrite N30 hysteresis magnetic loops FERRITES T44 N26 core transformer n30 transformer
Abstract: "highfrequency" ferrite materials from Siemens Matsushita Components, industrial users can now design transformers , ferrite material. Higher transformer outputs up to 100 kW can be obtained with materials N67 or N87 (Fig , ferrite materials have been developed by Siemens Matsushita Components in response to the trend toward , making compromises in transformer design. This often results in costly solutions, because complicated , conflicting trends in ferrite design. On the one hand, the high-power range above 100 kW with switching Siemens Matsushita Components
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Siemens Ferrite n67 Siemens Ferrite n67 RM ferrite n67 n27 ferrite FERRITES N67 Siemens Ferrite n27 u93
Abstract: General Motors has opted for an inductive charging system based on Siemens Matsushita Components ferrite , ferrite cores from Siemens Matsushita Components for the EV1. Launched last year in the United States, the , of transformer substations represents another potential application for oversize ferrite cores , application in 50 Hz technology, which resulted in very large transformer cabinets. Ferrite cores have now , . Contactless recharging of GM's EV1 using ER 178 ferrite cores from Siemens Matsushita Components is safe Siemens Matsushita Components
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ups transformer winding formula ups with ferrite core transformer induction heating oscillator circuit sensor x-ray siemens locomotive built around high speed contactless
Abstract: Ferrite film innovates transformer design An end to leakage The author, JÜRGEN HESS, Dipl.-Phys., is responsible for development of inductive ferrite components at Siemens Matsushita Components in Munich. Large air gaps in the ferrite cores of power transformers and chokes with conventional , , which proInnovative ferrite polymer composite film from Siemens duce its magnetic propMatsushita , magnetic material developed by Siemens Matsushita Components. Flyback and choke converters are commonly Siemens Matsushita Components
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E20 ferrite core E20 CORE size eddy current eddy current measurements ferrite composite
Abstract: General Technical Information 1 Introduction In the field of inductive ferrite components , . As a leading manufacturer of ferrite cores and coil formers we have the know-how for developing , I.F.C. Use of innovative ferrite materials and core shapes Production of samples Latest measurement , of an application-specific transformer. Please send us the list completed with data relevant for your application ­ together we will find the most appropriate solution. Siemens Matsushita Components 11 Siemens
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FIN0056-K
Abstract: , Dipl.-Ing. (FH), is responsible for product marketing of inductive ferrite components at Siemens Matsushita , cooperation with customers, Siemens Matsushita Components develops inductive ferrite components (chokes and , factor correction. Siemens Matsushita in series with the rectisupplies inductive ferrite comfier diodes , light when it strikes the Inductive ferrite components for 2 58 W electronic ballast Resonant circuit choke B78449-P6052-A5 Saturation current transformer B78510-P6059-A5 Power factor correction choke Siemens Matsushita Components
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TUBE Light Choke Coil Winding Siemens Ferrite n27 electronic 40 w tube light choke electronic choke for tube light 40 w electronic tube light choke fluorescent dc choke circuit
Abstract: capacitors, chokes and transformers. Innovative passive components of high quality from Siemens Matsushita , controlled by a Siemens IC, the TDA 4605-3. When the power is applied for the first time, IC1 is in the idle , 175 W for 29" TV sets 2 The current rise in the primary winding 1-7 of the transformer TR1 is , transformer TR1 has fully transferred the stored energy to the load on the secondary side, the voltage at the , switching loss. Zero crossings are also generated by the transformer TR1 when the output is short-circuited Siemens
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BUZ90 equivalent B82724-J2182-N21 450 watt smps Design TDA tda 7805 10K275 TV flyback ferrite B43501-A3477-M B43501-A3567-M B43501-A9107-M B43501-B9107-M B43501-A9127-M B43501-A9157-M
Abstract: , Double-Aperture Cores Ferrite Polymer Composites Subject Index Symbols and Terms 111 128 150 165 174 177 181 , Siemens Matsushita Components Ferrites and inductors in modern office communications The little , and competent Ferrites and Accessories S +M COMPONENTS Siemens Matsushita Components Ferrite inductors from SCS stock Transformation at its best Not just one-off solutions but complete , LP for high DC biasing S interface transformer RM 5 for precise pulse transmission in ISDN terminals Siemens
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ETD FERRITE transformer ring ferrite inductor design applications of ferrites FERRITE TRANSFORMER ETD ferrites and accessories matsua
Abstract: 34 36 43 44 44 45 46 47 48 49 51 53 55 57 59 60 61 62 64 Siemens Matsushita Components 5 , Performance factor (PF = f · Bmax) 6 Siemens Matsushita Components Contents Page 6 6.1 6.2 6.3 , transformer cores Selection tables: Power capacities Thermal resistance for the main power transformer core shapes Siemens Matsushita Components 7 Contents Page Processing notes 1 2 2.1 Gapped and ungapped ferrite cores Processing notes for the manufacture of wound products for small-signal and power Siemens
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siemens Pm 90 87 ETD 49 ferrite core E core gluing Siemens efd 30
Abstract: design the transformer yourself. 16 Siemens Matsushita Components Checkliste Induktivitäten , Ferrit-Induktivitäten Inductive Ferrite Components Die zahlreichen Kombinationsmöglichkeiten von , of ferrite cores permit the design of transformers for a large variety of applications. The I.F.C , on page 18 lists some characteristics required for the design of an application-specific transformer , Kundenschaltung (bei Black-Box-Entwicklung) Siemens Matsushita Components 17 Checklist for inductive EPCOS
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Abstract: winding With the DC flux removed the hybrid transformer can be wound on a small ferrite core without an , 8 mA The ferrite material of the hybrid transformer must be able to handle this uncompensated DC , Siemens RM8-T35 ferrite core with a typical inductance factor of 8400 nH T2 Following a similar , dB return loss against a reference impedance of 900X a 2 16 mF A suitable ferrite is Siemens , T AWG 38 Nc Start 7 end 6 2550T AWG 41 2 Ferrite Core Siemens RM10-T35 or equivalent AL e National Semiconductor
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gardners transformers ferrite TRANSFORMER calculation b42V center tap transformer Siemens Ferrite AN4391 TP3200 TP3204 AN-439
Abstract: lists the various passive components available from Siemens Matsushita for half-bridge series resonant , : 10 to 47 uF/400 V Axial-lead wiring (not for ESL) T1: EF 16/ferrite material N27 for ESL EF 20/ferrite material N27 EF 25/ferrite material N27 EF 25S/ferrite material N27 T2: Ring core R 10/N30 or R , electrolytic capacitor Ferrite cores PTC thermistor Table 1 Passive components for half-bridge series , frequency is determined by the capacitor C5 and the transformer inductance L1. The inductor L6, which acts Siemens Matsushita Components
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siemens b43588 DIAC EQUIVALENT circuit thermistor th1 S10k 275 varistor transistor Electronic ballast electronic ballast for tube light 36 F/275 F/250 F/400 F/100 F/350 S10K150
Abstract: ) has been in charge of development of inductive ferrite components. 3 Siemens Matsushita , , Siemens Matsushita Components and the Siemens Public Communication Networks Group have together succeeded , Power transformer Ts Switching transistor VCO Voltage-controlled oscillator VR Voltage controller 1 , transformer with its extremely low leakage inductance is a key component for low-loss energy conversion. New , , power dissipation in the ferrite core and the winding must be kept as low as possible. On the mechanical Siemens Matsushita Components
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SMD Transistor dj rm catalog for current transformer siemens MTBF SIEMENS planar ferrite cores siemens converter catalog
Abstract: section of the ferrite core, this kind of transformer is intended for low-power DC/DC converter. But the , transformers 53 Planar power chokes Siemens Matsushita Components 42 E 6,3 55 41 DC/DC , . The following pages show the most common basic configurations for DC/DC converters. 42 Siemens , ) Figure 2 Siemens Matsushita Components 43 DC/DC Converters General Information Figure 3 , kind of circuit also calls for a relatively large inductive component, whose ferrite core must be Siemens
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Flyback transformer planar SIEMENS THYRISTOR siemens converter matsua "high voltage transformer" forward converter ferrite core flyback
Abstract: lists the various passive components available from Siemens Matsushita for half-bridge series resonant , : 10 to 47 uF/400 V Axial-lead wiring (not for ESL) T1: EF 16/ferrite material N27 for ESL EF 20/ferrite material N27 EF 25/ferrite material N27 EF 25S/ferrite material N27 T2: Ring core R 10/N30 or R , electrolytic capacitor Ferrite cores PTC thermistor Table 1 Passive components for half-bridge series , frequency is determined by the capacitor C5 and the transformer inductance L1. The inductor L6, which acts Siemens Matsushita Components
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ferrite material n27 B64290-K44-X830 EF25 n27 electronic tube light choke B64290-K38-X830 resonant MOSFET ELECTRONIC BALLAST
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