SHIELD WINDING Search Results

th12a

Abstract: 61008-1 pe-61001 PE-8270 PE-61015 PE-8271 PE-8272 PE-4290X PE-61007 PE-61017
Contextual Info: GENERAL PURPOSE TRANSFORMERS 2 Watt Pulse, Electrostatically Shielded, and 500 mW Pulse Transformers Mechanicals TH1 to TH5 TH2/TH4: 2 WINDING WITH SHIELD OR 3 WINDING TH1: 2 WINDING TH3/TH5: 2 WINDING WITH CT AND SHIELD OR 3 WINDING WITH SHIELD .100 TYP 2,54

Contextual Info: PFC Boost Inductor EPC3245-XX ELECTRONICS INC. • Used as Power Factor Correction PFC Boost Inductor • Isolation Between Shield and Winding : 4.5K Vrms • All parts have Faraday Shield (except Toroid) • Isolation Between Winding : 1500 Vrms • UL 94V-0 Recognized Components

FERRITE TOROID

Abstract: EPC3245-1 EPC3245-2 EPC3245-3 EPC3245-XX EPC3245-4
Contextual Info: PFC Boost Inductor ELECTRONICS INC. EPC3245-XX • Used as Power Factor Correction PFC Boost Inductor • Isolation Between Shield and Winding : 4.5K Vrms • All parts have Faraday Shield (except Toroid) • Isolation Between Winding : 1500 Vrms • UL 94V-0 Recognized Components

EPC3246-XX

Abstract: PFC Boost FERRITE TOROID EPC3246-1 EPC3246-2 EPC3246-3 EPC3246-15
Contextual Info: PFC Boost Inductor ELECTRONICS INC. EPC3246-XX • Used as PFC Boost Inductor with Auxiliary Winding • Isolation Between Shield and Winding : 4.5K Vrms • All parts have Faraday Shield (except Toroid) • Isolation Between Winding : 1500 Vrms • UL 94V-0 Recognized Components

Contextual Info: PFC Boost Inductor ELECTRONICS INC. EPC3245-XX • Used as Power Factor Correction PFC Boost Inductor • Isolation Between Shield and Winding : 4.5K Vrms • All parts have Faraday Shield (except Toroid) • Isolation Between Winding : 1500 Vrms • UL 94V-0 Recognized Components

Contextual Info: Industry standard full capacity taps Wound core construction for lower losses and quiet operation Heavy gauge steel ULType 2 enclosures, UL-3R Listed with weather shield accessory Faraday shield eliminates noise and voltage spikes Vibration isolation pads

Contextual Info: SECTION IV_ DRIVE ISOLATION TRANSFORMERS Drive Isolation Transformers Features • U L Type 3 R Enclosures with Weather Shield on Ventilated Units above 20 KVA . Type 2 Enclosure without weather shield. UL listed and CSA certified. 7.5 —

Contextual Info: Industry standard full capacity taps Wound core construction for lower losses and quiet operation Heavy gauge steel ULType 2 enclosures, UL-3R Listed with weather shield accessory ,- i ^ Faraday shield eliminates noise and voltage spikes Vibration isolation pads

23V366

Abstract: Thordarson 23V367
Contextual Info: THORDADSON POWER TRANSFORMERS STEP UP + STEP DOWN + 115 TO 115 VOLTS ISOLATION TRANSFORMERS 115 Volts TO 115 Volts, 50 - 60 Hertz - Isolation & Electrostatic Shield 3 Conductor Input Line Cord & Output Cord with Plug Case & Electrostatic Shield are Connected to Ground

Contextual Info: General Description Features • UL Type 3R Enclosure with Weather Shield. Type 2 enclosure without Weather Shield. • UL Listed and CSA Certified. • Shielded for cleaner power. • UL component recognized 220° C insulation system. • 115°C or80°C riseby

Contextual Info: G eneral Description Fea ures • 111 Type 3R Enclosure with W eather Shield. Type 2 enclosure without Weather Shield. * Units through 225 KVA are terminated in copper bus. 300 KVA and above are terminated in aluminum bus. • UI. Listed and CSA Certified.

Contextual Info: SECTIO N I Drive Isolation Transformers Features • UL Type 3R Enclosures with Weather Shield. Type 2 Enclosure without weather shield. UL listed and CSA certified. • 3-Phase 60 Hertz. • 180° C and 220° C insulation systems. • Encapsulated and ventilated designs.

SPW-105

Abstract: SPW-051 SPW-102 SPW-104 SPW-159 SPW-060 SPW-055 SPW-304 SPW-053 SPW-106
Contextual Info: ndustry Standard/U.S. Domestic Series-Low •iOfth ChaoeS ws Low Profile - Low Price! M A Superior Design Three flange bobbin design. No electrostatic shield required. Anchor, insulating and crossover tapes. Two distinct, separate windings for each primary

tranformer

Abstract: 5564 TEW5564
Contextual Info: ISDN TEW5564 Isolation/Bridging Tranformer TEW5364 is specifically designed to be used as an isolation/bridging transformer in test setups for testing Longitudinal Balance and Return Loss in Primary Rate and Basic Rate Circuits. Features: • Shield between windings.

MTT-50

Contextual Info: TDK Power Transformers, Power Inductors Multilayer chip transformers POWER TRANSFORMERS, MTT5050 SERIES TDK Multilayer Chip Transformers have a magnetic shield type and of totally monolithic structure. Magnetic material processing and multilayer tech­ nology eliminate the need for wire winding.

Pulse Transformer VAC

Abstract: VAC PULSE TRANSFORMER 2779D 2741L2
Contextual Info: HIGH FREQUENCY MAGNETICS Specialty Surface Mount Shielded Transformer • Operates as high frequency pulse transformer in telecom switching systems at various signaling rates • Interwinding Electrostatic Shield provides low capacitance and high EMI suppression

transformer 230V 16V 350mA

Contextual Info: LOW VOLTAGE P.C. BOARD MOUNT LOW PROFILE 229 SERIES Key Features: - Low profile mounting, dual-split bobbin design - Low primary to secondary coupling, balanced windings, no electrostatic shield required and low EMF radiation due to semi-toroidal design - Universal dual primary 115/230V - 50/60 Hz.

2771M

Abstract: S553-6500-84 CT 2048 T192
Contextual Info: HIGH FREQUENCY MAGNETICS T1/E1 Surface Mount Shielded Hardened Transformers • Operates at the rate of 1.544 Mb/s and the E1 rate of 2.048 Mb/s • Interwinding Electrostatic Shield provides low capacitance and high EMI suppression 2771K and S553-6500-84: Winding 4-1 is

Pulse Transformer VAC

Contextual Info: HIGH FREQUENCY MAGNETICS Specialty Surface Mount Shielded Transformer • Operates as high frequency pulse transformer in telecom switching systems at various signaling rates • Interwinding Electrostatic Shield provides low capacitance and high EMI suppression

transformer 230V to 12V 500mA

Contextual Info: LOW VOLTAGE P.C. BOARD MOUNT LOW PROFILE 229 SERIES Key Features: - Low proile mounting, dual-split bobbin design - Low primary to secondary coupling, balanced windings, no electrostatic shield required and low EMF radiation due to semi-toroidal design - Universal dual primary 115/230V - 50/60 Hz.

2741L2

Abstract: 2779D TM001
Contextual Info: HIGH FREQUENCY MAGNETICS Specialty Through Hole Shielded Transformer • Operates as a high frequency pulse transformer in telecom switching systems at various signaling rates • Interwinding Electrostatic Shield provides low capacitance and high EMI suppression

optocoupler PC817D

Abstract: PC817D PI-3902-070104 LNK353P PI-38 LNK353 TOPSWITCH battery charger 10BQ060 Power Integrations PI Expert BZX79B5V1
Contextual Info: Design Idea DI-78 LinkSwitch-HF Low Cost 1.6 W CV/CC Charger/Adapter Application Device Power Output Input Voltage Output Voltage Topology Charger/Adapter LNK353 1.6 W 85-265 VAC 5.2 V Flyback Design Highlights • • through the use of transformer shield windings, a snubber R4

Contextual Info: Split Bobbin PC Board Transformers IfH transform er The use of a Split Bobbin allows winding to be nonconcentric side-by-side , consequently high isolation is achieved at low cost. • Eietter insulation — 2500 VRMS hipot is standard. • Lower capacitance — no need for electro-static shield.

1165

Abstract: T-1165 F-42510-EC switching transformer winding pc-b2510 f42510-ec PCB2510 T1165 EC bobbin transformer winding datasheet
Contextual Info: 100 kHz Switching Transformer SCHEMATIC DIAGRAM Order of Windings P1 Tape Shield Tape S1+S2 Tape C1 Tape P1 = 45 TURNS # 28 S1 = 19 TURNS 2 x # 27 S2 = 11 TURNS # 32 C1 = 9 TURNS # 32 P1 = Primary Winding S1 = Secondary Winding S2 = Secondary Winding C1 = Control Winding