WAYNE KERR 3245 Search Results

E5100

Abstract: 4210S 16085A 4263B 4274A wayne kerr 4225 HP 4194 GenRad
Contextual Info: Document 126-1 PrecisionTestFixtures Surface Mount Components High Frequency L Metering The SMD-A, -B and -F precision fixtures are designed for testing all types of passive SMD components with body sizes from 0402 to 1812 at frequencies from DC to 1.8 GHz. Their unique design minimizes stray capacitance and residual inductance. A spring loaded clamp

AXL-A

Abstract: testfixtures
Contextual Info: Document 126-1 PrecisionTestFixtures High Frequency L Metering The SMD-A, -B, -F and -G precision fixtures are designed for testing passive SMD components with body sizes from 0201 to 1812 at frequencies from DC to 1.8 GHz. Their unique design minimizes stray capacitance and residual inductance.

wayne kerr 4225

Abstract: agilent 18 4263a wayne kerr 6425 4263B E5100 ESI 296 kerr agilent 4263B 1689M
Contextual Info: Document 126-1 PrecisionTestFixtures Surface Mount Components High Frequency L Metering The SMD-A, -B, -F and -G precision fixtures are designed for testing passive SMD components with body sizes from 0402 to 1812 at frequencies from DC to 1.8 GHz. Their unique

wayne kerr 6425

Abstract: wayne kerr 4225 16085A wayne kerr wayne kerr 6425 b spring loaded SMA connector hp 4274A 4210S wayne kerr 4210s 1687B
Contextual Info: Document 126-1 Precision Test Fixtures Surface Mount Components High Frequency L Metering The SMD-A and -B precision fixtures are designed for testing all types of passive SMD components with body sizes from 0603 to 1812 at frequencies from DC to 1 GHz. Their unique design minimizes stray capacitance and

l-leak

Abstract: Inductance LEAKAGE INDUCTANCE wayne kerr 3245 kerr
Contextual Info: TESTING INDUCTANCE INDUCTANCE LP : Inductance is most often measured with sine wave on a suitable bridge. In the case of transformers it is an Open Circuit Inductance (OCL). The primary winding is measured with an open secondary. The voltage and frequency of the test signal is

T-911

Contextual Info: PARAMETER UNITS TURNS RATIO 1:1:1:1 +1% Pins 1-10 : 2-9 : 4-7 : 5-6 1 3.025 mH 2 Leakage Inductance 10 max. µH DCR Pins 1 - 10 1.9 max. Ω DCR Pins 2 - 9 1.9 max. Ω DCR Pins 4 - 7 1.9 max. Ω DCR Pins 5 - 6 1.9 max. Ω 1000 VRMS Inductance +10% Isolation

turnsrat

Abstract: wayne kerr oscilloscope wayne kerr 3245
Contextual Info: TURNS RATIO TURNS RATIO: The turns ratio is normally measured as a voltage ratio. Using a suitable oscilloscope with high impedance probes, the ratio may be determined by applying a Sine Wave to one of the windings and measuring the ratio of the corresponding voltage amplitude appearing on the opposite winding s .

1099

Abstract: T-1099 AD20msp910 T1099 wayne kerr 3245
Contextual Info: PARAMETER TURNS RATIO Pins 3-4 : (1-5) UNITS ADSL Line Interface Transformer 1 : 1 +1% Inductance 1 Min. 25.4 mH DCR Pins 1 - 6 1.30 +10% Ω DCR Pins 2 - 5 1.30 +10% Ω DCR Pins 3 - 4 2.25 +10% Ω Longitudinal Balance at 20 kHz - 1.1 MHz 40 Min. Designed for use with Analog Devices #

1225

Abstract: T-1225
Contextual Info: PARAMETER UNITS TURNS RATIO HDSL Line Interface Transformer 1 : 2.12 +1% Pins 10-6 : 2-5 short pins 8-7 : 4-1 Inductance 1 2.25 + 5% mH 40 max. µH Leakage Inductance 2 DCR Pins 2 - 4 1.8 +15% Ω DCR Pins 1 - 5 1.8 +15% Ω DCR Pins 10 - 8 0.42 +15% Ω DCR Pins 7 - 6

9565

Abstract: HP4191A wayne kerr 3245
Contextual Info: PA R NU T MB ER FR E RA QU NG EN E CY M VO Hz LT RA AG TI E NG IN DU (µ CT H) A M NC CU in. E R MA RE XI NT M R DC UM AT ( IN (m RES Am G Oh IS ps m TA ) s) NC P E 25 MH ER MA LI X z NE IM UM 10 0M Hz TYPICAL IMPEDANCE Series 9565 High Performance Line Filters

Contextual Info: PA R NU T MB ER FR E RA QU NG EN E CY M VO Hz LT RA AG TI E NG IN DU (µ CT H) A M NC CU in. E R MA RE XI NT M R DC UM AT ( IN (m RES Am G Oh IS ps m TA ) s) NC P E 25 MH ER MA LI X z NE IM UM 10 0M Hz TYPICAL IMPEDANCE Series 9565 High Performance Line Filters

Contextual Info: FR E RA QU NG EN E CY M VO Hz LT RA AG TI E NG IN DU (µ CT H) A M NC CU in. E R MA RE XI NT M R DC UM AT ( IN (m RES Am G Oh IS ps m TA ) s) NC P E 25 MH ER MA LI X z NE IM UM 10 0M Hz High Performance Line Filters TYPICAL IMPEDANCE NU MB ER * 9565R 9565

wayne kerr 3245

Contextual Info: PA R NU T MB ER FR E RA QU NG EN E CY M VO Hz LT RA AG TI E NG IN DU (µ CT H) A M NC CU in. E R MA RE XI NT M R DC UM AT ( IN (m RES Am G Oh IS ps m TA ) s) NC P E 25 MH ER MA LI X z NE IM UM 10 0M Hz TYPICAL IMPEDANCE Series 9565 High Performance Line Filters

9565R

Abstract: 780 AC HP4191A
Contextual Info: FR E RA QU NG EN E CY M VO Hz LT RA AG TI E NG IN DU (µ CT H) A M NC CU in. E R MA RE XI NT M R DC UM AT ( IN (m RES Am G Oh IS ps m TA ) s) NC P E 25 MH ER MA LI X z NE IM UM 10 0M Hz High Performance Line Filters TYPICAL IMPEDANCE NU MB ER * 9565R 9565

DC1050

Abstract: 155K 1050R
Contextual Info: er w Po -104K -124K -154K -184K -224K -274K -334K -394K -474K -564K -684K -824K -105K -125K -155K -185K -225K -275K -335K -395K -475K 100 120 150 180 220 270 330 390 470 560 680 820 1000 1200 1500 1800 2200 2700 3300 3900 4700 SERIES DC1050 and DC1050R 0.034

104k

Abstract: api 610 475K100
Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 8/26/10 2:16 PM Page 99 er w Po -104K -124K -154K -184K -224K -274K -334K -394K -474K -564K -684K -824K -105K -125K -155K -185K -225K -275K -335K -395K -475K 100 120 150 180 220 270 330 390 470 560 680 820 1000 1200

Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 8/26/10 2:17 PM Page 100 s or ct du In er ow Millimeters 35.56 to 37.60 29.21 Reference 19.05 Minimum 27.03 Maximum 5.08 Reference P ER ET e AM nc DI fere AD e R LE es, ch L In TA EN C) EM A D CR T ( IN EN RR CU

5500

Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 9/21/10 1:02 PM Page 148 er w Po * -392K -472K -562K -682K -822K -103K -123K -153K -183K -223K -273K -333K -393K -473K -563K -683K -823K -104K -124K -154K -184K -224K -274K -334K -394K -474K -564K -684K -824K -105K

5500

Abstract: da 1191
Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 8/9/11 8:48 AM Page 148 SERIES 5500R AND 5500 3.9 0.007 11.91 4.7 0.008 11.14 5.6 0.011 9.50 6.8 0.012 9.10 8.2 0.013 8.74 10 0.016 7.88 12 0.018 7.43 15 0.020 7.05 18 0.022 6.72 22 0.024 6.43 27 0.025 6.30 33 0.028

pm5328

Abstract: 80C390 Marconi 2955 philips PM3092 54200A 893-C 3.5 digit LCD display Tektronix 2212 pm3082
Contextual Info: baaus always t for cash! RACK Z^B N E TS } } } • . . b 2 USD r y m i'ir o a t 40U p 4 .a d o ^ = ne, 0 n L Í s r e n e r O Ltatv Jb a Smart o I.a O Q A C - c v o id a »s t . r a f P rice! v try V - ra c e n U K b y i/n ts fe a tu re fro m do o r, o ack door

SIEMENS 565-2

Abstract: B81121 X2 MKP B82524-V-A7 B85321-A-B9 B85321-A-B11 b81551-a-B9 B82302-A-A2 B85321-A-B12 B82791-A5-A5 Siemens B81121
Contextual Info: Inhaltsverzeichnis, Bestellnummern-Verzeichnis Bauformen-Übersicht Seite 5 12 Allgemeines 33 Entstörkondensatoren 53 Durchführungskondensatoren Durchführungsfilter 77 93 HF-Drosseln 105 Drosseln für Netzanwendungen 135 Drosseln und Filter für Daten- und Signalleitungen

B84206

Abstract: b84204 3 phase motor siemens SLIP RING MOTOR 150 KW B81131 smd glass diode color codes reliability report and tests for failure rate of MKT 368 capacitor B81551-A-B7 ferrite rod ANTENNA B85121-A-C18 B85121-A-B29
Contextual Info: Contents Index of Types 5 9 General Technical Information 11 Quality Assurance 39 RF Chokes 51 Chokes for Data and Signal Lines 129 Chokes for Power Lines 145 Filters 203 Feed-Through Capacitors Feed-Through Filters 365 EMI Suppression Capacitors 393 EMI Suppression Varistors

CX 2859 SMD

Abstract: B84206 B82504-W-A6 B81121 3 phase motor siemens SLIP RING MOTOR 150 KW SIEMENS B84101-C20 A1273 B81551-A-B14 b81121 x2 a1273 transistor
Contextual Info: Contents Index of Types 5 9 General Technical Information 11 Quality Assurance 39 RF Chokes 51 Chokes for Data and Signal Lines 129 Chokes for Power Lines 145 Filters 203 Feed-Through Capacitors Feed-Through Filters 365 EMI Suppression Capacitors 393 EMI Suppression Varistors

tm 48f 038 transformer

Abstract: 2j 103k 51f smd
Contextual Info: Custom Solutions & Manufacturing Excellence From the day our company opened for business in 1947, our continuous growth as a U.S. manufacturer has been a great source of pride. We have accomplished this, in part, by providing custom solutions for your challenging circuit designs. Our products are