TRANSFORMER 30 MW Search Results

M 108

Abstract: ETC64-1T-1
Contextual Info: ISO 9001 CERTIFIED E-Series RF 64:1 Transformer 30 - 108 MHz Features ETC64-1T-1 SM-22 * 64:1 Impedance Ratio Specifications @ 25°C Frequency Range 30 - 108 MHz Insertion Loss 30 - 108 MHz Maximum 31 dB Amplitude Imbalance 30 - 108 MHz Maximum 1.5 dB Phase Imbalance

Contextual Info: Mini-Circuits - Specification for Transformer - JT-1975 RF Transformer Configuration Type: JT-1975 Insertion Loss Frequency MHz RATIO 2.50 0.04-80 3 dB MHz 2 dB MHz 1 dB MHz Case Style 0.04-100 0.05-60 0.10-30 BH292 Connection nh Notes: Pin Connections Primary

Ultrasonic cleaner circuit diagram

Abstract: CL-1L3 MCF 100 Mhz overtone NDK
Contextual Info: Crystal Filter n Precautions for Use n How to Adjust the Transformer in the Connected Section of MC L1 MCF L2 MCF 2 90 MCF L2 MCF ATT 4 80 6 70 – 8 60 10 50 + + 12 40 – –16 –12 –8 16 20 G.D G.DELAY s 14 30 C L1 L3 ATT.(dB) n How to Adjust the Transformer in the Connected Section of MCF

50126

Abstract: T-50126 hp 4192a
Contextual Info: Turns Ratio + 5% PARAMETER MIN. Open Circuit Inductance MULTI-PURPOSE PULSE TRANSFORMER 1:1 MAX. UNITS Leakage Inductance 0.45 µHy Interwinding Capacitance (CW/W) 30 pF Primary DC Resistance 0.8 ohms Secondary DC Resistance 0.8 ohms Primary ET-Constant

ADTL2-18

Abstract: il 074 M726
Contextual Info: Surface Mount RF Transformer ADTL2-18 30 to 1800 MHz Maximum Ratings Features Operating Temperature -20°C to 85°C Storage Temperature -55°C to 100°C RF Power 250 mW 3 secondary dot 6 secondary 4 secondary ct — not used 2,5 CASE STYLE: CD542 PRICE: $3.95 ea.

Circuit diagram of LDR

Abstract: LDR voltage range 3 pins LDR LDR FUNCTION 3 pins LDR Datasheet LDR range LDR Datasheet Circuit diagram of LDR oscillator LDR 03 datasheet LDR resistor
Contextual Info: SM8142 EL Sheet Driver NIPPON PRECISION CIRCUITS INC. OVERVIEW The SM8142 is a transformer-less electroluminescent EL sheet lamp driver, capable of driving sheets up to 30 cm2 in size. It employs a high-efficiency driver output circuit configuration to control power dissipation. It

et 312

Abstract: P0176 ul 3135 p0597
Contextual Info: LOW PROFILE SELF-LEADED SMT DUAL INDUCTORS Materials meet UL 94V-0 rating Frequency range of up to 1 MHz Can be used as a simple inductor, 1:1 coupled inductor, or 1:1 transformer Electrical Specifications @ 25°C — Operating Temperature -30°C to +130°C

TUBE 6082

Abstract: P0183 P508A P0175 inductor 1133
Contextual Info: LOW PROFILE SELF-LEADED SMT DUAL INDUCTORS Materials meet UL94V-0 rating Suited for IR and vapor reflow solder Frequency range of up to 1 MHz Can be used as a simple inductor, 1:1 coupled inductor, or 1:1 transformer Electrical Specifications @ 25°C — Operating Temperature -30°C to +130°C

P0400

Abstract: 36p04 P0395 P0396 P0397 P0398 P0399 P0401 P0402 P0403
Contextual Info: SELF-LEADED SMT DUAL INDUCTORS ! NEW Materials meet UL94 VO rating Suited for IR and vapor reflow solder Frequency range of up to 1 MHz Can be used as a simple inductor, 1:1 coupled inductor, or 1:1 transformer Electrical Specifications @ 25°C — Operating Temperature -30°C to +130°C

Circuit diagram of LDR

Abstract: LDR Datasheet LDR -03 100V transformerless power supply circuit ldr 05 ldr 1000 ldr 07 ldr resistor LDR 20K circuit design of ldr
Contextual Info: SM8142 EL Driver OVERVIEW The SM8142 is a transformer-less electroluminescent EL driver IC, capable of driving sheets up to 30 cm2 in size. It employs a high-efficiency driver output circuit configuration to control power dissipation. It is available in ultra-small 8-pin SON (Small Outline Non-leaded) packages*, making possible the construction of small,

EI-35

Abstract: Transformer EI-35 PC40 core PC40 EI
Contextual Info: POWER TRANSFORMER PC40-30 F SERIES 1. CONFIGURATION & DIMENSIONS : W B 1 5 3 6 4 4.76 (0.188) B A-6 A-6 2 L A-6 A-6 1.0414 (0.041) H PCB Pattern PC Terminal (Plug-in mounting) TYPE PC 6 PINS UNIT : mm (inch) A-6 SIZE (VA) 1.2 L W H WT. 6 PIN OPTIONAL BRACKET *

Contextual Info: MABA-010411-CT1160 Transformer, 1:1 75Ω 30 MHz - 60 MHz Rev. V1 Features ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ 1:1 impedance ratio Surface mount Available on tape and reel 260ºC reflow compatible RoHS Compliant and Pb free Excellent temperature stability Can be used on 50Ω and 75Ω systems

EI-25

Abstract: hi-pot 0830
Contextual Info: POWER TRANSFORMER PC28-30 F SERIES 1. CONFIGURATION & DIMENSIONS : W B 1 5 3 6 4 4.76 (0.188) B A-6 A-6 2 L A-6 A-6 1.0414 (0.041) H PCB Pattern PC Terminal (Plug-in mounting) TYPE PC 6 PINS UNIT : mm (inch) A-6 SIZE (VA) 1.0 L W H WT. 6 PIN OPTIONAL BRACKET *

EI-25

Abstract: hi-pot 0830
Contextual Info: POWER TRANSFORMER DPC28-30 F SERIES L 4.76 (0.188) B PCB Pattern A-8 A-8 A-8 8 7 6 5 A-8 W B 1.041 (0.041) H A-8 1. CONFIGURATION & DIMENSIONS : 1 2 3 4 PC TERMINAL (PLUG-IN MOUNTING) TYPE DPC 8 PINS A-8 SIZE (VA) 1.0 UNIT : mm (inch) L W H WT. 8 PIN OPTIONAL BRACKET *

EF16HP09-QO

Abstract: LNK574 LNK574DG DER-258 EN550022 E-Shield Transformer Techniques for Low EMI TDK Ferrite Core PC44 vishay 1N4007 DO-214AC EKZE160ELL331MHB5D SBCP-47HY102B
Contextual Info: Design Example Report Title <5 mW No-load Input Power, 2.1 W CV/CC Charger Using LinkZeroTM-LP LNK574DG Specification 85 VAC – 265 VAC Input; 6 V, 0.35 A Output Application LinkZero-LP Reference Design Author Applications Engineering Department Document

HTB2-102-281

Abstract: EE25 bobbin TNY278PN yw-360-02b EKMX401ELL220ML20S MOSFET 818 ln TNY278 DER-228 ee25 ferrite core TNY277
Contextual Info: Design Example Report Title 15 W Power Supply with <30 mW No-load Input Power Using TinySwitch-III TNY278P Specification 85 VAC – 265 VAC Input; 12 V, 1.25 A Output Application TinySwitch-III Reference Design Author Applications Engineering Department

tny264pn

Abstract: IC TNY264PN tny266 Transformer Construction Parameters EE13 transformer 5v shield ee13 ferrite transformer TNY266 TNY266 Power Integrations tny266 transformer tny266 equivalent TNY-264pn
Contextual Info: DI-28 Design Idea TinySwitch-II 3 W Charger: <30 mW No-load Consumption Application Device Power Output Input Voltage Output Voltage Topology Charger TNY264PN 3W 85 – 265 VAC 5 V, 600 mA Flyback Design Highlights • Less than 30 mW no-load power consumption for

ee13 ferrite transformer

Abstract: TDK Ferrite Core PC40 TDK pc40 tny266 equivalent tdk ferrite pc40 tny266 Transformer Construction Parameters 11DQ06 equivalent tny266 transformer cell phone charger TNY266
Contextual Info: Design Idea DI-84 TinySwitch-II 3 W Charger: <30 mW No-load Consumption Application Device Power Output Input Voltage Output Voltage Topology Charger TNY264P 3W 85-265 VAC 5 V, 600 mA Flyback Design Highlights The bias winding should provide enough current to fully

TNY264PN

Abstract: flyback cell phone ac charger TNY266 Power Integrations DI-28 tny266 transformer ee13 ferrite transformer TNY264P tny266 Transformer Construction Parameters tny266 equivalent cell phone charger
Contextual Info: Design Idea DI-28 ® TinySwitch-II 3 W Charger: <30 mW No-load Consumption Application Device Power Output Input Voltage Output Voltage Topology Charger TNY264P 3W 85-265 VAC 5 V, 600 mA Flyback the internal current source at no-load. Other load conditions

DIN42600

Contextual Info: Medium-voltage transformers We make energy measurable and take care of your future www.g-mw.de We supply you an extensive range of products: Safety Appliance Testers Analogue Panel Meter Digital Panel Meter Energy Meters for Industry and Tariff Current and Voltage Transformers

universal cell phone charger circuit diagram

Abstract: schematic diagram of phone charger keihin cell phone adapter block diagram EPR-84 core EE13 transformer TDK Ferrite Core PC40 universal flyback transformer specification cell phone charger 103-270
Contextual Info: Title Engineering Prototype Report for EP-84 <30 mW No-Load Consumption AC-DC Power Supply Using TNY264P TinySwitch -II Specification 85 VAC to 265 VAC Input, 5 V, 600 mA, 3 W Output Application Cell Phone Charger Author Power Integrations Application Department

tny266 equivalent

Abstract: 11DQ06 equivalent ee13 ferrite transformer EE13 tdk tny264p tny266 Transformer Construction Parameters tny266 transformer ee13 transformer flyback converter PC817 BOBBIN TRANSFORMER for ee13
Contextual Info: Design Idea DI-61 ® TinySwitch-II 3 W Charger: <200 mW No-load Consumption Application Device Power Output Input Voltage Output Voltage Topology Charger TNY264P 3W 85-265 VAC 5 V, 600 mA Flyback The circuit meets CISPR-22 Class B conducted EMI limits without a Y capacitor, and therefore has very low AC leakage

ee13 ferrite transformer

Abstract: tny266 Transformer Construction Parameters 11DQ06 equivalent TNY266 tny266 transformer EE13 tdk ee13 transformer TDK Ferrite Core PC40 TNY266 Power Integrations tny2* 7 pin
Contextual Info: Design Idea DI-61 TinySwitch-II 3 W Charger: <200 mW No-load Consumption Application Device Power Output Input Voltage Output Voltage Topology Charger TNY264P 3W 85-265 VAC 5 V, 600 mA Flyback The circuit meets CISPR-22 Class B conducted EMI limits without a Y capacitor, and therefore has very low AC leakage

tdk ee16 pc40 bobbin

Abstract: core pc40 EE16 EE16 pc40 core EE16 transformer DI-77 TinySwitch-II EE16 transformer construction TDK EE16 PC40 EE16 t1 ee16 EE16 core transformer
Contextual Info: Design Idea DI-77 TinySwitch-II 3 W Adapter: <200 mW No-Load Consumption Application Device Power Output Input Voltage Output Voltage Topology Adapter TNY263P 3W 85-265 VAC 9 V / 330 mA Flyback Design Highlights • • • • • • a similarly rated linear transformer adapter will typically