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

AES TRANSFORMERS

Contextual Info: Switchcraft ȍ to 7ȍ and 7ȍ to ȍ Impedance Matching Transformers 366 367 Features: ures: 366 and 367 Impedance Matching Transformers -110ȍ ȍ to 75ȍ and 75ȍ to 110ȍ ȍ impedance matching 366 and 367 impedance matching transformers from Switchcraft® are

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

Contextual Info: Audio Transformer P/N T-35200-4 Impedance Matching Transformers for telecommunications. Isolation is 1500 VRMS minimum Longitudinal Balance is 60dB minimum Designed to meet FCC part 68 Custom Designs Available PARAMETER UNITS Primary Impedance 600 Ω Secondary Impedance

Contextual Info: Wideband RF Impedance Matching Transformers Designed for use in 50 Ω Impedance RF, and Fast Rise Time, Pulse Applications. Operating Temperature Range: +0 to +70 oC Isolation 500VRMS minimum Electrical Specifications at 25o C Impedance DIP Ratio Schem. Style

Contextual Info: Wideband RF Impedance Matching Transformers Designed for use in 50 Q Impedance RF, and Fast Rise Time, Pulse Applications. Isolation 500VRMSminimum • Operating Temperature Range: +0 to +70 !>C Electrical Specifications at 25° C Impedance Ratio Schem. DIP

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: Wideband RF Impedance Matching Transformers Designed for use in 50 Ω Impedance RF, and Fast Rise Time, Pulse Applications. Isolation 500VRMS minimum Operating Temp. Range: +0 to +70 oC Schematic "A" Electrical Specifications at 25o C DIP Part No. Impedance

35000

Abstract: Encapsulated mini-aud T-35000 T35016 T-35016 T-35002
Contextual Info: Mini Audio Transformers Ideal for use in Input, Interface, Isolation & Output Impedance Matching Applications Electrical Specifications at 25OC Pri. Sec. Part Impedance Impedance Ω (Ω) Number Pri. DCR (Ω) Sec. DCR (Ω) L (1) (H) T-35000 1600 3.2 186

T-12001

Abstract: T-12002 T-12004 T-12009 T-12050 T-12067 T-12062 12050 Wideband RF Impedance Matching Wideband
Contextual Info: Wideband RF Impedance Matching Transformers Designed for use in 50 Ω Impedance RF, and Fast Rise Time, Pulse Applications. Operating Temperature Range: +0 to +70 oC Isolation 500VRMS minimum Electrical Specifications at 25o C Impedance DIP Ratio Schem. Part No.

Contextual Info: Wideband RF Impedance Matching Transformers Designed for use in 50 Q Impedance RF, and Fast Rise Time, Pulse Applications. Isolation 500VRMS minimum. Electrical Specifications at 25° C Impedance DIP Ratio Schem. Part No. Style ± 5% Pri. Ind. min. ( pH)

MAX2320

Abstract: MAX2338 MAX2358 MAX2472 SIEMENS saw filter Maxim Integrated MAX2640 28 27 app abstract
Contextual Info: Maxim > App Notes > Wireless, RF, and Cable Keywords: smith chart, RF, impedance matching, transmission line Jul 22, 2002 APPLICATION NOTE 742 Impedance Matching and the Smith Chart: The Fundamentals Abstract: Tutorial on RF impedance matching using the Smith chart. Examples are shown plotting reflection

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

vectron 252

Contextual Info: Filename: tfs 248m.doc Version 1.1 Vectron International 23.10.2008 Filter specification TFS 248M 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: Source impedance: Load impedance: 23 200 169 200 800

662k

Abstract: .662K AN9607 HC5509 HC5509A1R3060 HC5517 ic 725 op amp
Contextual Info: Impedance Matching Design Equations for the HC5509 Series of SLICs TM Application Note October 1996 AN9607.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. The network is capable of synthesizing both resistive and complex impedances. Matching the SLIC’s 2-wire impedance to the load is

662k

Abstract: .662K AN9607 15nf HC5509 HC5509A1R3060 HC5517
Contextual Info: Impedance Matching Design Equations for the HC5509 Series of SLICs Application Note October 1996 AN9607.1 Introduction The HC5509 Series of SLICs use feedback to synthesize the impedance at the 2-wire tip and ring terminals. The network is capable of synthesizing both resistive and complex impedances. Matching the SLIC’s 2-wire impedance to the load is

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

L110

Abstract: DB3350
Contextual Info: TEMEX TMX L110 SAW BANDPASS FILTER - CDMA CELLULAR RX 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 192g.doc Version 1.0 Vectron International 06.04.2009 Filter specification TFS 192G 1/5 Measurement condition Ambient temperature: Input power level: source impedance: load impedance: 23 200 Ω 50 Ω °C dBm Terminating impedance: * Input:

DW9255c

Contextual Info: Filename: tfs 35c.doc Version 1.2 VI TELEFILTER 15.06.2004 Filter specification TFS 35C 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: Source impedance: Output impedance: 25 °C dBm 310 Ω | -25,7 pF

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