VA51 Search Results

Contextual Info: VA5142A SILICON ABRUPT JUNCTION TUNING VARACTOR PACKAGE STYLE DO-7 DESCRIPTION: The VA5142A is an Abrupt Silicon Tuning Varactor. MAXIMUM RATINGS I 100 mA V 90 V PDISS 400 mW @ TC = 25 OC TJ -55 OC to +150 OC T STG -55 OC to +175 OC CHARACTERISTICS SYMBOL

VA511C-36N1

Contextual Info: Surface Mount Voltage Variable Attenuator 510 MHz, 10% Bandwidth, Low Loss Package Style 36 VA511C-36N1 Key Features • • • IP3 = +45 dBm Attenuation - 20 dB Solder Reflow to +240°C Guaranteed Specifications Insertion Loss dB TYP 0.8 MAX 1.3 Attenuation Range (dB)

IN5139

Abstract: VA5139 VA5139A VA5140 VA5140A VA5141 VA5141A VA5143 VA5143A VAS142A
Contextual Info: TELEDYNE COMPONENTS » B6£ 0^17^05 üGObbbñ k HIGH Q VA5139 Thru VA5143 . S IL IC O N V A R A C T R O N V O L T A G E -V A R IA B L E C A P A C IT A N C E D IO D E S GEOMETRY 415 ♦ Q@ —4V to 350 • 90 VOLT BREAKDOWN MINIMUM MECHANICAL DATA D O -7 P A C K A G E

IN5717

Abstract: IN5718 IN5714 7C3 diode IN5421
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces M V830-M V840 DO-7 G lass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X

teledyne crystalonics

Abstract: VA-212 MC-150 1N4786
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 G lass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

CV1664

Abstract: DO-14 diode VA51 VA521
Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces M V830-M V840 DO-7 G lass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X

FV1106-FV1116

Abstract: c60 c4
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 Glass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

1N5718

Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf > 100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA < 1 .0M* Replaces MV830-MV840 DO-7 G lass CV830CV840 X C V1006-16CV1106-16 X X CV1620CV1650 X X X X

Contextual Info: RoHS COMPLIANT Electrical Characteristics Nominal Impedance: Frequency Range: Operating Voltage rms : Dielectric Withstand Voltage (rms): Insulation Resistance: Non-constant DC to 300 MHz 500 V maximum at sea level 1500 V maximum at sea level 500 megohms minimum

7 segment display LT 542

Abstract: 7 SEGMENT DISPLAY LT 543 LT 542 seven segment display data sheet PowerPC Microprocessor Family Programming RTL 8188 BLR MQ 06 MKP BC MPCPRGREF/D LM 4863 D LT 543 7 segment display
Contextual Info: G522-0290-00 MPCFPE/AD 1/97 REV. 1 PowerPC Microprocessor Family: The Programming Environments Motorola Inc. 1997. All rights reserved. Portions hereof © International Business Machines Corp. 1991–1997. All rights reserved. This document contains information on a new product under development by Motorola and IBM. Motorola and IBM reserve the right to change or

diode 1N951

Abstract: teledyne crystalonics 1N3628
Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current <10nA low Cost Comments <1.0M* R e p lace s M V 8 3 0 -M V 8 4 0 D O -7 G la s s CV830C V 840 X CV1006-16CV1106-16 X X CV1620CV1650

IN5139

Abstract: va5142 1N950
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf CV830CV840 >100pf X Max Working Voltage Q 7-50 50-150 >150 X 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* X X X Replaces FV1006-16, FV1106-16 DO-7 Glass C V 1 0 0 6 -1 6 - X X Replaces MV830-MV840

CV1620

Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 Glass CV830CV840 X C V1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

varactor

Abstract: 1N3182 1N5138 1N3947 1N5136 K511 vc299 vc99 MIL-S-19500 1n3945
Contextual Info: Table of Contents ZENER DIODES Page K 1 2 0 -K 5 1 0 K511 - K681 1N4678 - 1N4714 1 N 4 6 1 4 - 1N4627 1N4099 - 1N4121 1N5518 - 1N5546 1N6082 - 1N6091 KZ43A - KZ100A KZ343A - KZ3100A KZ450 - KZ498 CURRENT REGULATOR AND VARACTOR DIODES Page 9 9 9 10 10 11 11

1N5139-1N5148

Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 G lass CV830CV840 X C V1006-16CV1106-16 X X CV1620CV1650 X X X X X

piezo

Abstract: TGS 308 sensor ultrasonic flowmeter transducer circuit LDT1-028K PIEZOELECTRIC CABLE ultrasonic proximity detector report file human motion sensor basic measuring circuit TGS 2201 Ldt0-028k fetal doppler sensors
Contextual Info: Piezo Film Sensors Technical Manual Measurement Specialties, Inc. Sensor Products Division 950 Forge Avenue Norristown, PA 19403 Tel: 610.650.1500 FAX: 610.650.1509 Internet: www.msiusa.com e-mail: sensors@msiusa.com P/N 1005663-1 REV B 02 APR 99 - TABLE OF CONTENTS –

FZT600

Contextual Info: SOT223 NPN SILICON PLANAR MEDIUM POWER DARLINGTON FZT600 TRANSISTOR 1 Issu E 2- FEBRUARY 1995 FEATURES ! I ‘ * 2A continuous * Guaranteed 140 VOLT current c VCE[l hFE Specified up to 1A E PART MARKING DETAIL FZT600 - * ,BSOLUTE MAXIMUM PARAMETFR .—.-.

STK402-450

Abstract: teledyne crystalonics VA157 1N950
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 Glass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

glass "DO-7" diode color

Abstract: CV5022 CV5020 1N5714-1N5718 1N950
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 Glass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

33B1

Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces M V830-M V840 DO-7 G lass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X

in4796

Abstract: in4786 IN4808 1N4794 DO-14 IN479 IN4809 IN4797
Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 G lass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

V900-V982

Abstract: V910 VARACTOR
Contextual Info: VARACTOR SELECTOR GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 Glass CV830CV840 X CV1006-16CV1106-16 X X CV1620CV1650 X X X X X Replaces MV1620-MV1650

1N5714-1N5718

Abstract: 1N5718 1N5461-1N5476 mv1650 CV830-CV840 2115 jan PC107-PC173 1n950-1n956
Contextual Info: VARACTOR SELECTO R GUIDE Series Capacitance 1-IOOpf >100pf Max Working Voltage Q 7-50 50-150 >150 10-50 50-100 >100 Leakage Current low Cost Comments <10nA <1.0M* Replaces MV830-MV840 DO-7 G lass CV830CV840 X C V1006-16CV1106-16 X X CV1620CV1650 X X X X X

lt 8228

Abstract: 7 segment display LT 542 7 SEGMENT DISPLAY LT 543 D-16 D-18 lt 8225 LT 8229 microprocessor architecture programming
Contextual Info: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. G522-0290-00 MPCFPE/AD 1/97 REV. 1 PowerPC Microprocessor Family: The Programming Environments For More Information On This Product, Go to: www.freescale.com Freescale Semiconductor, Inc.