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PMP5660.1 Texas Instruments Multi-Transformer 2x25V (390V@192mA) visit Texas Instruments
PMP5660.2 Texas Instruments Multi-Transformer 2x25V (50V@700mA) visit Texas Instruments
PMP5660 Texas Instruments Multi-Transformer 2x25V?50V@700mA, 390V@192mA visit Texas Instruments
PMP5412 Texas Instruments Transformer-less, non-isolated AC to DC visit Texas Instruments
ISO1176TDWR Texas Instruments Isolated ProfiBus Transceiver with integrated transformer driver 16-SOIC -40 to 85 visit Texas Instruments
ISO3086TDW Texas Instruments Isolated 485 Transceiver with integrated transformer driver 16-SOIC -40 to 85 visit Texas Instruments Buy

siemens ferrite transformer

Catalog Datasheet MFG & Type PDF Document Tags

ferrite core high voltage transformer

Abstract: ferrite core transformer siemens matsua 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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siemens r10 core

Abstract: N48 transformer core 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
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B78304-B1032-A3

Abstract: interface up0 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
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B78304-B1032-A3 interface up0 B78304-B1031-A3 siemens ferrite transformer siemens ignition transformer B78304-B1030-A3

siemens ferrite transformer

Abstract: ferrite core transformer siemens matsua 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
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ferrite core transformer siemens matsua ferrite core EA ferrite core transformer siemens matsushita siemens matsua mobile POWER FERRITE TRANSFORMERS Design and construction of FM radio

Siemens Ferrite n27 RM

Abstract: siemens ferrite transformer (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
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Siemens Ferrite n27 RM ferrite n48 transformer ETD 34 IEC 60410 magnetic transformer 1993 25301001

N30 transformer core

Abstract: ferrite core geometry 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
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N30 transformer core ferrite core geometry ferrite core transformer design n30 transformer FERRITES T44 N26 core transformer

Siemens Ferrite n67

Abstract: Siemens Ferrite n67 RM "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
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Siemens Ferrite n67 Siemens Ferrite n67 RM ferrite n67 n27 ferrite Siemens Ferrite n27 u93 FERRITES N67

ups transformer winding formula

Abstract: ferrite core transformer siemens matsua 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
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ups transformer winding formula ups with ferrite core transformer induction heating oscillator circuit resonant converter for induction heating siemens locomotive sensor x-ray

E20 ferrite core

Abstract: ferrite composite 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
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E20 ferrite core ferrite composite eddy current E20 CORE size ferrite core flyback
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

TUBE Light Choke Coil Winding

Abstract: Siemens Ferrite n27 , 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
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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

BUZ90 equivalent

Abstract: B82724-J2182-N21 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
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BUZ90 equivalent B82724-J2182-N21 450 watt smps Design 10K275 TDA tda 7805 s10k300 THERMISTOR B43501-A3477-M B43501-A3567-M B43501-A9107-M B43501-B9107-M B43501-A9127-M B43501-A9157-M

ETD FERRITE transformer

Abstract: ring ferrite inductor design , 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
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ETD FERRITE transformer ring ferrite inductor design ferrites and accessories matsua FERRITE TRANSFORMER ETD applications of ferrites

siemens Pm 90 87

Abstract: ETD 49 ferrite core 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
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siemens Pm 90 87 ETD 49 ferrite core Siemens efd 30 E core gluing
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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gardners transformers

Abstract: ferrite TRANSFORMER calculation 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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AN-439 gardners transformers ferrite TRANSFORMER calculation b42V center tap transformer AN4391 Siemens Ferrite TP3200 TP3204

electronic 40 w tube light choke

Abstract: electronic choke for tube light lists the various passive components available from Siemens Matsushita for half-bridge series resonant , : 10 to 47 µF/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
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DIAC EQUIVALENT circuit siemens b43588 transistor Electronic ballast electronic ballast for tube light 36 B59119 thermistor th1 F/275 F/250 F/100 F/350 S10K150 B81133

SMD Transistor dj rm

Abstract: catalog for current transformer siemens ) 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 planar ferrite cores siemens converter catalog MTBF SIEMENS

ferrite core transformer siemens matsua

Abstract: Flyback transformer planar 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
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Flyback transformer planar matsua "high voltage transformer" SIEMENS THYRISTOR siemens converter forward converter Siemens matsushita rm

siemens b43588

Abstract: Siemens Ferrite n27 lists the various passive components available from Siemens Matsushita for half-bridge series resonant , : 10 to 47 µF/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
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B64290-K44-X830 EF25 n27 S10k 275 varistor ferrite material n27 electronic tube light choke B64290-K38-X830
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