6 PIN FLYBACK TRANSFORMER Search Results

Contextual Info: LT1424-9 Isolated Flyback Switching Regulator with 9V Output FEATURES • ■ ■ ■ ■ ■ U ■ DESCRIPTIO No Transformer “Third Winding” or Optoisolator Required Application Circuit Meets PCMCIA Type II Height Requirement Fixed, Application Specific 9V Output Voltage

Contextual Info: r r u n LT1424-5 m TECHNOLOGY Isolated Flyback Switching Regulator with 5V O utput F€RTUR€S DCSCRIPTIOn • No Transformer “Third Winding” or Optoisoiator Required ■ Designed for Use with 1:1 Ratio Transformers ■ Fixed, Application Specific 5V Output Voltage

CHN 523 diode

Abstract: transistor chn 523
Contextual Info: Final E le ctrica l S p e c ific a tio n s r r u n LT1424-5 Isolated Flyback Switching Regulator with 5V O utput m TECHNOLOGY July 1998 FCRTURCS DCSCRIPTIOn • No Transformer “Third Winding” or Optoisolator Required ■ Designed for Use with 1:1 Ratio Transformers

12v transformer

Abstract: hi-pot transformer
Contextual Info: High Frequency Wire Wound Transformers EP13 Platforms - SMT Power Range: up to 60W Height: 12.7mm Max Footprint: 17.7mm x 14.0mm Max Toplogy: Forward and Flyback Electrical Specifications @ 25°C - Operating Temperature -40°C to +130°C 126.7µH ±10% Lk. Inductance

GRM31CR71H475KA12

Abstract: wurth 24v 10396-T028 10396-T022 NXP 0.5W ZENER 48V to 12V buck transformer GRM21BR71E225KA73B WURTH 510 010 003 Nippon capacitors SOD123 F03
Contextual Info: LT3511 Monolithic High Voltage Isolated Flyback Converter Features Description 4.5V to 100V Input Voltage Range Internal 240mA, 150V Power Switch Boundary Mode Operation No Transformer Third Winding or Opto-Isolator Required for Regulation n Improved Primary-Side Winding Feedback

hi-pot transformer

Abstract: HI-POT HI-POT transformers 9 pin pulse transformer
Contextual Info: High Frequency Wire Wound Transformers EP13 Platforms - SMT Power Range: up to 60W Height: 12.7mm Max Footprint: 17.7mm x 14.0mm Max Toplogy: Forward and Flyback Electrical Specifications @ 25°C - Operating Temperature -40°C to +130°C 126.7µH ±10% Lk. Inductance

Contextual Info: Final Electrical Specifications LT1424/LT1425 X T L TECHNOLOGY Ifflß Isolated Flyback Switching Regulators M arch 1997 F€flTUR€S DCSCRIPTIOn • No Transformer “Third Winding” or Optoisoiator Required ■ ±5% Accurate Output Voltage Without User Trims

PA1032

Abstract: PA0663 flyback transformer 8 pin schematics PA1006 ER14.5 Flyback transformer Flyback transformer 9 pin 10 pin flyback transformer schematics PA1032T ER9.5
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND TRANSFORMERS ER Platforms - ER9.5, ER11 and ER14.5 Transformers and Inductors Power: 1W to 9W Three Different SMT Platforms Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

PA1133

Abstract: PA1134 PA1136 flyback transformer PA1130 9 pin pulse transformer PA0770 transformer 220 12v flyback transformer 12v dc 10 pin flyback transformer schematics
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS EP Platforms - EP7, EP10 and EP13 Ideal for PoE Transformers and Inductors Power: 3W to 15W Three Different SMT Platforms Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

Flyback transformer

Abstract: 6 pin pulse transformer 111 flyback transformer data pin 10 pin flyback transformer schematics ER14.5 TRANSFORMER PA1032 of IC 7806 fly-back transformer 12 pin flyback transformer
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS ER Platforms - ER9.5, ER11 and ER14.5 Transformers and Inductors Power: 1W to 9W Three Different SMT Platforms Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

12v 6A transformer

Abstract: flyback transformer 12v dc 10 pin flyback transformer schematics 12v transformer 12 pin flyback transformer flyback transformer 10 pin flyback transformer 10/12 pin flyback transformer 12V 1A Transformer specification PA0769NL
Contextual Info: HIGH FREQUENCY WIRE WOUND TRANSFORMERS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

EFD15 5v flyback

Abstract: 12v transformer 12v 6A flyback efd15 5v 2a transformer EFD TRANSFORMER 6 pin pulse transformer
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

transformer 3A

Abstract: 80w flyback PA0751 PA104
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

EFD20 - TRANSFORMER

Abstract: PA0751 efd-25 transformer
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND TRANSFORMERS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

12 pin flyback transformer

Abstract: 12v transformer PA0691 PB2134 flyback transformer 12v dc 10 pin flyback transformer schematics PA1039 PA0751 12v 6A flyback efd-15 transformer
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

12v transformer

Abstract: forward TRANSFORMER 15w flyback transformer PB2187 application note 12v 6A transformer efd15 5v 2a transformer flyback transformer efd-25 transformer flyback 5v 2a transformer EFD15 EFD20
Contextual Info: HIGH FREQUENCY CONVENTIONAL WOUND MAGNETICS EFD Platforms - EFD15, EFD20 and EFD25 Transformers and Inductors Power: 30W to 180W Three Different Platforms: THT and SMT Low Profile Platforms: 8.4mm to 13.5mm Custom designs available Electrical Specifications @ 25°C — Operating Temperature -40°C to 125°C

Ei22 transformer

Abstract: Pulse Transformer VAC PA2653NL transformer power high frequency 36168
Contextual Info: High Frequency Wire Wound Transformers EI22 Platforms - THT AC/DC and DC/DC Switching Transformers Electronics Reinforced Insulation 3000Vrms Hi-Pot Topology: Flyback Custom Design Available Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 1

transformer bobbin

Abstract: CHN 802 SRW24LQ TDK EER28L lp type bobbin TDK Ferrite Core PC47 tdk SRW SRW2826EG EE 16 bobbin vertical transformer bobbin for EE22
Contextual Info: 1/16 Switching Power Supply Transformers SRW Series Conformity to RoHS Directive Development Concept Our newly developed transformers and chokes feature a new core shape using a new core material that is designed for different core usages based on the advantages of each material’s characteristics. Our lineup of transformers (small, thin, or inexpensive) allows us to

10 pin flyback transformer schematics

Abstract: PX215 LT1725 11 pin flyback transformer schematics
Contextual Info: POWER TRANSFORMER Flyback Transformer for PoE E & E Magnetic Products Limited For Linear Technology LT1725 Isolated Flyback Controller SCHEMATICS Operates with 36 - 72V input Can be used in isolated and non-isolated designs Low Leakage Inductance Hipot voltage between the primary and bias windings to

planar transformer 24V

Abstract: ferrite core transformer construction 10 pin flyback transformer schematics planar transformer pcb flyback transformer pin description flyback transformer pin connections flyback transformer 12v dc transformer 3A 24V High power planar Transformer 2232V
Contextual Info: PRODUCT DATA SHEET PLANAR POWER TRANSFORMER Features Applications ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ Planar windings 4mm height above PCB Low leakage inductance High frequency operation Externally configurable 10–32V input capability Auxiliary winding

flyback transformer pin connections

Abstract: planar transformer pcb dc-dc converter 48v to 24v 3a flyback PCB layout P6140-2 flyback converter DC/DC 18v output Flyback transformer planar 10 pin flyback transformer schematics flyback transformer pin description switching transformer winding
Contextual Info: PRODUCT DATA SHEET PLANAR POWER TRANSFORMER Features Applications ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ Planar windings 4mm height above PCB Low leakage inductance High frequency operation Externally configurable 18–70V input capability Auxiliary winding

ltbqd

Abstract: Rubycon photoflash c8117 DCT15EFD-U44S003 transformer 3A 32050 midcom C8118 RBG monitor block diagram 32051 Rubycon photoflash capacitors
Contextual Info: LT3750 Capacitor Charger Controller U FEATURES • ■ ■ ■ ■ ■ ■ DESCRIPTIO The LT 3750 is a flyback converter designed to rapidly charge large capacitors to a user-adjustable target voltage. A patented boundary mode control scheme* minimizes transition losses and reduces transformer size. The

PZT amplifier

Abstract: UCC2975 UCC2975PW UCC2976 UCC2976PW UCC2977 UCC3975 UCC3976 UCC3977 low profile transformer ccfl driver
Contextual Info: UCC2975, UCC2976, UCC2977 UCC3975, UCC3976, UCC3977 SLUS499A – NOVEMBER 2001 – REVISED JANUARY 2002 MULTIĆTOPOLOGY PIEZOELECTRIC TRANSFORMER CONTROLLER FEATURES D 3-V to 13.5-V Operation D Supports Flyback UCC3975 , Half-Bridge D D D D D DESCRIPTION

PHILIPS PHM2INQ15T

Abstract: DCT15EFD-U44S003 ltbqd 18v transformer 1a detonator Flyback Transformers SANYO 12 pin flyback transformer PHILIPS
Contextual Info: LT3750 Capacitor Charger Controller FEATURES • ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LT 3750 is a flyback converter designed to rapidly charge large capacitors to a user-adjustable target voltage. A patented boundary mode control scheme* minimizes transition losses and reduces transformer size. The