DC DC TRANSFORMER DESIGN Search Results

LQM2MPN

Abstract: LQM2MPN4R7NG0 LQM2MPN1R0NG LQM2MPN1R
Contextual Info: Coils/Inductors/Microchip Transformer > Chip Coils > for DC-DC Converter Monolithic Type Data Sheet Chip Coils 1 for DC-DC Converter Monolithic Type LQM2MP_G0 Series 0806 Size • Packaging 0.9±0.1 ■ Dimension 0.5±0.2 Code Packaging Minimum Quantity

MT89790B

Abstract: TEW5433
Contextual Info: CEPT/T1 TEW5433 is designed to be used, as a transmit transformer in the ISDN primary rate access network for, Mitel TEW5433 Output Transformer MT89760/60B MT98790/90B TEW5433-4 is designed for, MT89790B when operating from a single 5 V dc source. Applications:

N87 material

Abstract: B66427 SIEMENS n87 transformer calculation CK3100 EPF12 B66427-G-X187
Contextual Info: EPF 12/6/3 Core B66427 ● E core with flattened, lower center leg for especially flat transformer design ● Optimized cross section of legs ● For DC/DC converters ● EPF cores are supplied as single units Magnetic characteristics per set Σl/A le Ae

B66412

Abstract: B66411 B66411-G-X149 B66411-G-X187 Siemens efd 30
Contextual Info: EFD 10/5/3 Core B66411 ● E core with flattened, lower center leg for especially flat transformer design ● For DC/DC converters ● EFD cores are supplied as single units Magnetic characteristics per set Σl/A le Ae Amin Ve = 3,21 mm–1 = 23,1 mm = 7,2 mm2

Ferrite 3c8

Abstract: 3C8 Ferrite Material pulse transformer driver ic inverter FERRITE TRANSFORMER design rs-flip-flop HIP2030 ferrite core transformer design FLIP-FLOP RS 12v step down transformer Variable frequency drive circuit
Contextual Info: HIP2030 Variable Duty Cycle Transformer Isolated Gate Driver Used In Controlling Power Devices TM Application Note April 1995 AN9414 Author: J. K. Azotea Introduction Description Transformer coupling of low level voltages to control power devices has three main advantages: DC isolation, secondary

HYBRID TRANSFORMER

Abstract: HYBRID TRANSFORMER audio 4-wire to 2-wire hybrid TLA2276 2276 TLA22
Contextual Info: Audio TLA 2276 Hybrid Transformer Applications: TLA 2276 is designed to be used in a 2-coil hybrid transformer configuration with the following features: • Low Insertion Loss. • High Return loss. • DC capability. • High Transhybrid Loss. Hybrid Interface between the 2wire loop and the 4-wire circuit,

hybrid telephone transformer

Abstract: HYBRID TRANSFORMER telephone hybrid HYBRID TRANSFORMER audio TLA4215 transformer to 300-Hz B9504 4215
Contextual Info: Audio TLA 4215 Hybrid Transformer TLA 4215 is designed to be used in a 2-coil hybrid transformer configuration with the following features. • Low profile. • Small size. • DC capability. • Conforms to FCC Part 68 and C03 regulations. Applications: Interfacing of Telecommunications equipment requiring separate transmit and receive path to

83C92C

Abstract: EM2C marking LSILOGIC 10BASE2 1N916 80C03 80C04A 80C24 10BASE-2 ethernet transformer center tap
Contextual Info: TM - EM2H Ether Module Ether Module -EM2H 10Base-2 10Base-2 Ethernet Transceiver Module with on Board Isolation Transformer & DC/DC Converter 97176 This document is an LSI Logic document. Any reference to SEEQ Technology should be considered LSI Logic. Note: Check for latest Data Sheet revision

TLA4891

Abstract: TLA4891-1 TLA4891-2 TLA4891-3
Contextual Info: Audio TLA4891 Line Matching Transformer TLA4891 series transformers are designed to interface telecommunications equipment to a telephone line, capable of handling unbalanced DC. Applications: • Low profile. • Up to 90 mA unbalanced line current. • Exceeds the requirements of

Digital Subscriber Lines

Abstract: MT8972 PABX TEW5413
Contextual Info: ISDN U-BUS/DNIC Input/Output Transformer TEW5413 is designed to interface with Mitel MT8972 and MT8971B/72B DNIC devices. TEW5413 has the following features. • Low profile • Epoxy encapsulated • Up to 15 mA unbalanced dc line current. TEW5413 Applications:

TLA7290

Contextual Info: AUDIO Line Matching Transformer 7290 TLA7290 is designed to interface telecommunications equipment to a telephone line, capable of handling unbalanced DC. Applications: • Low profile • Up to 30 mA unbalanced line current • Exceeds the requirements of FCC Part 68 and CS 03

Contextual Info: Surface Mount RF Transformer 50Ω TC9-1 2 to 200 MHz Maximum Ratings Features Operating Temperature Storage Temperature RF Power DC Current -20°C to 85°C -55°C to 100°C 0.25W 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

Contextual Info: Surface Mount RF Transformer 50Ω TC1-15+ 350 to 1500 MHz Maximum Ratings Operating Temperature Storage Temperature RF Power DC Current Features -40°C to 85°C -55°C to 100°C 0.25W 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY NOT USED

Contextual Info: Surface Mount RF Transformer 50Ω TC1.5-52T+ 0.5 to 550 MHz Maximum Ratings Operating Temperature Storage Temperature RF Power DC Current Features -40°C to 85°C -55°C to 100°C 250mW 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY CT SECONDARY

Contextual Info: Surface Mount ADT9-1T+ ADT9-1T RF Transformer 50Ω 1 to 250 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.25W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

Contextual Info: Surface Mount ADT8-1T+ ADT8-1T RF Transformer 50Ω 0.1 to 130 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.5W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

AT224-3

Contextual Info: Surface Mount RF Transformer 50Ω TCL1-19G2+ 800 to 1900 MHz Maximum Ratings Operating Temperature Storage Temperature Features -20°C to 85°C -55°C to 100°C RF Power 0.25 W DC Current 30 mA • wideband, 800 to 1900 MHz • balanced transmission line

Contextual Info: Surface Mount ADT16-1T+ ADT16-1T RF Transformer 50Ω 1.5 to 160 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.25W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

Contextual Info: Surface Mount ADT4-6WT+ ADT4-6WT RF Transformer 50Ω 0.5 to 600 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.5W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

ADT16-6T

Contextual Info: Surface Mount ADT16-6T+ ADT16-6T RF Transformer 50Ω 0.1 to 70 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.25W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY SECONDARY CT

mcl 1020

Contextual Info: Surface Mount ADT1.5-17+ ADT1.5-17 RF Transformer 50Ω 0.5 to 1700 MHz Maximum Ratings Operating Temperature Features -20°C to 85°C Storage Temperature -55°C to 100°C RF Power 0.25W DC Current 30mA Pin Connections PRIMARY DOT 1 PRIMARY 3 SECONDARY DOT

Contextual Info: Surface Mount RF Transformer 50Ω TC1-1-13M 4.5 to 3000 MHz Maximum Ratings Operating Temperature Storage Temperature RF Power DC Current -40°C to 85°C -55°C to 100°C 0.25W 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY NOT USED 6 4

Contextual Info: Surface Mount ADT16-6+ ADT16-6 RF Transformer 50Ω 0.25 to 105 MHz Maximum Ratings Operating Temperature Storage Temperature -20°C to 85°C -55°C to 100°C RF Power 0.5W DC Current 30mA Pin Connections PRIMARY DOT PRIMARY SECONDARY DOT SECONDARY NOT USED

TC1-1TG2

Contextual Info: Surface Mount RF Transformer 50Ω TC1-1TG2+ 0.4 to 500 MHz Maximum Ratings Operating Temperature Storage Temperature -40°C to 85°C -55°C to 100°C RF Power 0.25W DC Current 30mA Features • usable over 0.4-500 MHz • excellent amplitude unbalance, 0.1 dB typ