IMPEDANCE MATCHING Search Results

PLC modem

Abstract: 0941 27842
Contextual Info: PREM O 2 Socket Base Filters & Impedance Matching Units Power Line Comumcations P-0941-003/4 Impedance Matching units , P-0941-005/6 (Filters) Features -Allows to increase the impedance o f the line, improving PLC signal transmission performance (impedance matching

BLS2731-10

Abstract: AN98029 broadband impedance transformation
Contextual Info: APPLICATION NOTE Broadband impedance matching for S-Band Transistors AN98029 Philips Semiconductors Broadband impedance matching for S-Band Transistors CONTENTS 1 INTRODUCTION 2 DESIGN METHOD 3 IMPEDANCE MEASUREMENT 4 FITTING DATA TO MODEL 5 LUMPED ELEMENT INPUT AND OUTPUT

T-599

Abstract: transformer bobbin power transformer
Contextual Info: PARAMETER UNITS Primary Impedance 600 Ω Secondary Impedance 600 Ω Primary DC Resistance 65 Ω Secondary DC Resistance 85 Ω Maximum Power +7 dBm DC Current 100 mA Frequency Response 300 - 3500Hz + 0.5 dB Insertion Loss @ 1kHz 2.5 dB Impedance Matching

21C15DC

Abstract: 10A15DA ndk 107 10A15CA 21.4MHZ NDK
Contextual Info: 10.7MHz, 21.4MHz SERIES MCF BUILT-IN TRANSFORMER TYPE An integrated MCF with a built-in transformer matching terminating impedance and MCF impedance. • Features 8 Can be manufactured with desired terminating impedance 8 No adjustment needed 8 Stable temperature characteristics

T-1160

Abstract: 1160
Contextual Info: COUPLING TRANSFORMER Level: -45 dBm to +7 dbm Impedance Matching + 10 % over entire frequency range Longitudinal Balance: Per FCC 68.310 Electrical Specifications at 25OC Units Impedance PRI. 600 CT Ω Impedance SEC. 600 Split Ω Pri. Unbalance 90 mA DC

Contextual Info: AN727 Si4012 A NTENNA I NTERFACE AND M ATCHING N ETWORK G UIDE 1. Introduction This document provides guidelines and design examples for the high impedance matching networks necessary for the proper usage of the Si4012 transmitter. Section “2. High Impedance Differential Power Amplifier” gives a brief overview of the differential high impedance

Contextual Info: AN727 Si4012 A NTENNA I NTERFACE AND M ATCHING N ETWORK G UIDE 1. Introduction This document provides guidelines and design examples for the high impedance matching networks necessary for the proper usage of the Si4012 transmitter. Section “2. High Impedance Differential Power Amplifier” gives a brief overview of the differential high impedance

P463

Contextual Info: TEMEX TMX P463 SAW BANDPASS FILTER - WCDMA RX-IF Specification All performances include temperature variations & matching elements tolerances Minimum Typical Source impedance Balanced Ω 1000 Load impedance (Balanced) Ω 1000 Operating temperature range

Contextual Info: Filename: tfs 110ac.doc Version 1.2 Vectron International 26.05.2010 Filter specification TFS 110AC 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: Source impedance: Load impedance: 25 °C dBm 450 Ω | -0,9 pF

T-1024

Abstract: 1024 audio isolation transformer audio transformers Matching Transformer line matching transformer schematic diagram transformer
Contextual Info: Audio Transformer P/N T-1024 Impedance Matching Transformers for telecommunications. Isolation is 1250 VAC minimum Longitudinal Balance is 60dB minimum Designed to meet FCC part 68 Custom Designs Available PARAMETER UNITS Primary Impedance Schematic Diagram

Contextual Info: Cable Assemblies Definition of Parameters Impedance - The characteristic impedance equation for a coaxial transmission line is expressed as follows: 138.06 Impedance = Zo= - — - \e where: Log 10 D/d D = diameter of outer conductor d = diameter of center conductor

bogen t725

Abstract: 600-ohm input and output center tap transformer T72510 Transformer isolated amplifier 8ohm speaker T725 TL100 bogen t72510 transformer primary center tapped power transformer
Contextual Info: Transformers Speaker Impedance Matching Models: T725 & T72510 T725 T72510 Line Impedance Matching Models: TL100, TL600, & WMT1A TL100/TL600 Description Features WMT1A T725, T72510 The Bogen Models T725 and T72510 transformers are speaker-matching transformers that allow an

LFB182G45BG2D280

Abstract: LFB182G45BG LFB182g45 LFB182 CC254X
Contextual Info: No.DM-5400-01A Balance Matching BAND PASS FILTER Preliminary 1. Characteristics (at 25 °C) Part Number Unbalance Port Impedance (Nominal) Balance Port Impedance (Nominal) Frequency Range (BW) Insertion Loss in BW Attenuation Unbalance Port V.S.W.R. in BW

C238A

Abstract: transistor C238 transformer ka C238
Contextual Info: IMPEDANCE-MATCHING TRANSFORMER For CATV Wideband Amplifiers Miniature surface mount package Excellent insertion loss Provides impedance matching for 300Ω signal and 75Ω input to amplifier 2.0MHz to 1600MHz bandwidth Useful for CATV receivers and other applications

dual jfet TO78

Contextual Info: LSU425 HIGH INPUT IMPEDANCE MONOLITHIC DUAL N-CHANNEL JFET Linear Systems replaces discontinued Siliconix U425 The LSU425 is a high input impedance Monolithic Dual N-Channel JFET The LSU425 monolithic dual n-channel JFET is designed to provide very high input impedance for

TO78 package

Abstract: dual jfet TO78
Contextual Info: LSU424 HIGH INPUT IMPEDANCE MONOLITHIC DUAL N-CHANNEL JFET Linear Systems replaces discontinued Siliconix U424 The LSU424 is a high input impedance Monolithic Dual N-Channel JFET The LSU424 monolithic dual n-channel JFET is designed to provide very high input impedance for

TFK 105

Abstract: bumper diode tfk BA679 BC558 U4253BM U4253BM-AFP FM chip antenna tfk 4 132
Contextual Info: U4253BM AM/FM - Antenna Impedance Matching IC Description * The U4253BM is an integrated AM/FM antenna impedance matching circuit in BICMOS technology. The device is designed in particular for car application and is suitable for windscreen and roof antennas.

U426

Abstract: dual jfet TO78
Contextual Info: LSU426 HIGH INPUT IMPEDANCE MONOLITHIC DUAL N-CHANNEL JFET Linear Systems replaces discontinued Siliconix U426 The LSU426 is a high input impedance Monolithic Dual N-Channel JFET The LSU426 monolithic dual n-channel JFET is designed to provide very high input impedance for

Contextual Info: U4253BM AM/FM Antenna Impedance Matching IC Description The U4253BM is an integrated AM/FM antenna impedance matching circuit in BICMOS technology. The device is designed in particular for car application and is suitable for windscreen and roof antennas. Features

BA679

Abstract: BC558 U4253BM U4253BM-AFP
Contextual Info: U4253BM AM/FM Antenna Impedance Matching IC Description The U4253BM is an integrated AM/FM antenna impedance matching circuit in BICMOS technology. The device is designed in particular for car application and is suitable for windscreen and roof antennas. Features

12250

Abstract: Wideband T-12201 t12260 T-12209 12205 70080 5070d
Contextual Info: Wideband RF Impedance Matching Transformers Designed for use in 50 Ω Impedance RF, and Fast Rise Time, Pulse Applications. Isolation 1500VRMS minimum Operating Temperature Range: +0 to +70 oC NEW VERSION HIGH ISOLATION 1500VRMS minimum Electrical Specifications at 25o C

AMPSA

Abstract: DS-AMPSA-MTCH-2014.2.5
Contextual Info: AWR Connected AMPSA OVERVIEW AWR Connected™ for AMPSA Impedance-Matching Wizard IMW provides a state-of-the-art synthesis solution for impedance-matching networks for/of RF and microwave circuits and devices such as amplifiers, antennas, etc. Integrating

Contextual Info: U423 HIGH INPUT IMPEDANCE MONOLITHIC DUAL N-CHANNEL JFET Linear Systems replaces discontinued Siliconix U423 The U423 is a high input impedance Monolithic Dual N-Channel JFET The U423 monolithic dual n-channel JFET is designed to provide very high input impedance for differential

dual jfet TO78

Contextual Info: U424 HIGH INPUT IMPEDANCE MONOLITHIC DUAL N-CHANNEL JFET Linear Systems replaces discontinued Siliconix U424 The U424 is a high input impedance Monolithic Dual N-Channel JFET The U424 monolithic dual n-channel JFET is designed to provide very high input impedance for differential