1N936B Search Results

Contextual Info: Zener Diodes 500 mW CrossReference Part No. 1N935 1N935A 1N935B 1N936 1N936A 1N936B 1N937 1N937A 1N937B 1N938 1N938A 1N938B 1N939 1N939A 1N939B 1N941 1N941A 1N941B 1N942 1N942A 1N942B 1N943 1N943A 1N943B 1N944 1N944A 1N944B 500 mW - 68 - Zener Voltage @ I ZT

Contextual Info: 1989963 CENTRAL SEMICONDUCTOR t.1 3E &ê39 61C "00270 7W/-// DE I n ö T T b a 0D0DS7D 7 r 1N935B 1N936B 1N937B 1N93ÔB 1N939B @b C auîtral SsHaBeemaiDctoB* e©G’p. s central semiconductor Corp. TEMPERATURE COMPENSATED ZENER DIODE 145 Adams Avenue

1n93a

Abstract: 1N935B 1N939B 1W93 1N93 1N936B
Contextual Info: 1989963 CENTRAL SEMICONDUCTOR 61C "00270 7W/-// bi d e nfln'ta 0000270 ? ) ~ 1W935B Ë m g@B Castrai m 1N936B 1N93TB 1N93ÔB 1N939B m SenaBeengaiDctoB* CeB’p. central semiconductor Corp. 145 Adams Avenue Hauppauge, New York 1 1 7 8 8 TEMPERATURE COMPENSATED

zener 7.5 B 20

Abstract: 1N93A 1N935B 1N939B temperature compensated zener diode 1N93 1N936B
Contextual Info: 1989963 CENTRAL SEMICONDUCTOR t.1 3E &ê39 61C "00270 7W/-// DE I n ö T T b a 0 D 0D S 7 D 7 r 1N935B 1N936B 1N937B 1N93ÔB 1N939B @b C a u ît r a l s SsHaBeemaiDctoB* e©G’p. central semiconductor Corp. TEMPERATURE COMPENSATED ZENER DIODE 145 Adams Avenue

Contextual Info: I n ter n a tio n a l 1N935 thru S e m ic o n d u c to r , I n c . 1N940B TEM PERATUR E COM PENSATED ZEN ER REFERENCE DIODES 9 .0 V O L T N O M IN A L Z E N E R V O L T A G E MAXIMUM RATINGS Operating Temperature: Storage Tem perature: DC Power Dissipation:

1N47A

Contextual Info: jemitronicr discrete devices SEMICONDUCTORS Sem itronics Corp. silicon voltage reference diodes 500 milliwatt temperature compensated 200 milliwatt Nom. Zener Dynamic Zener Temp. Type Voltage, Impedance, Current Coefficient Vz volts Zz (ohms) lz (mA) (% per °C)

EATON CM20A

Abstract: A5 GNE mosfet Hall sensor 44e 402 2N8491 FTG 1087 S TRIAC BCR 10km FEB3T smd transistor marking 352a sharp EIA 577 sharp color tv schematic diagram MP-130 M mh-ce 10268
Contextual Info: Table of Contents N E W A R K E L E C T R O N IC S “Where serving you begins even before you call” Newark Electronics is a UNIQUE broadline distributor of electronic components, dedicated to provid­ ing complete service, fast delivery and in-depth inventory. Our main

1N3157A

Abstract: motorola 239 zener AMERICAN POWER DEVICES 1N938
Contextual Info: AMERICAN POWER DEVICES S'lE D LVJ 0737135 • • • • • 5 5 630 • A P D T r ^ - t o AMERICAN POWER DEVICES SELECTION GUIDE APD devices cross-reference to Motorola part numbers. For applications where output voltages must remain within narrow limits during changes in input voltage,

1N827A

Abstract: 1N4565 1N821 1N821A 1N823 1N823A 1N825 1N825A 1N827 1N829
Contextual Info: TC ZENER DIODES 250mW cont. Pari# Nominal Zener Voltage Min. Max. Test Current VzOO 1N821 1N821A 1N823 1N823A 1N825 1N825A 1N827 1N827A 1N829 1N829A 5.9 5.9 5.9 5.9 5.9 5.9 5.9 5.9 5.9 5.9 6.5 6.5 6.5 6.5 6.5 6.5 6.5 6.5 6.5 6.5 7.5 7.5 7.5 7.5 7.5 7.5 7.5

Contextual Info: • 1N935B, 1N937B. 1N938B, AND 1N939B AVAILABLE IN JAN, JANTX AND JANTXV • 1N935B-1.1N937B-1.1N938B-1. AND 1N939B-1 AVAILABLE IN JAN. JANTX AND JANTXV 1N935 thru 1N939B and 1N935B-1 thru 1N939B-1 • 9.0 VOLT NOMINAL ZENER VOLTAGE •TEMPERATURE COMPENSATED ZENER REFERENCE DIODES

N4920

Abstract: IN821 qpl-19500 4918A 1NB21 1N939B-1 1n4* 149 H 1N9438 1N45BTA-1 4765A
Contextual Info: QUICK REFERENCE GUIDE TEMPERATURE COMPENSATED REFERENCE DIODES EFFECTIVE TEMPERATURE COEFFICIENT %TC NOMINAL VOLTAGE TEST CURRENT OPERATING TEMPERATURE Vz@lz VOLTS Iz mA RANGE °C 6.2 7.5 -5 5 to +100 7.5 -5 5 to + 100 *\d ." ' A 7.5 -55 to + 100 1NB21-1 0.5

IN5351

Abstract: 1N5389 1N4701A IN3998 IN3999 1N9408 1n2046-2 1n93B 1N2765 1N1736A
Contextual Info: discrete devices iomitronicr hot line TOLL FREE NUMBER 800-777-3960 silicon zener diodes N O T E S : T h e fo llo w in g n o te s e x p la in v a ria tio n s in th e s ta n d a rd ty p e n u m b e rs lis t e d fo r S ilic o n Z e n e r D io d e s . “ N o te ” n u m b e rs

1N9351

Abstract: 1N935B-1 military part marking symbols jan 1N938B-1 1N935 zener diode 7.5 b
Contextual Info: 1N935B-1 – 1N938B-1 Qualified Levels: JAN, JANTX, JANTXV and JANS Temperature Compensated Zener Reference Diodes Available on commercial versions Qualified per MIL-PRF-19500/156 DESCRIPTION The popular 1N935B-1 through 1N938B-1 series of Zero-TC Temperature Compensated

1N series ZENER DIODE 5 to 10 volt watt

Abstract: 1n2007 diode 1N2621 IN2049 zener diode 1N961 939B IN2806 in825 IN946 1N938
Contextual Info: 5 5 5 5 S S CO 9 O r-i CM CO W V CO CO ^ ^ ^ ^ O l O ' 01 z z z H H oí oí oi O ' O ' O ' z z z z z z H H H h ri h i o o o OOO o o o in in in 500.0 500.0 500.0 125.0 150.0 185.0 230.0 270.0 330.0 400.0 500.0 750.0 900.0 1100.0 1500.0 1700.0 2200.0 2500.0

IN942

Abstract: itt is 2.5-400 1N3156 1N3155 ITT GUIDE diode zener ITT zener diode AMERICAN POWER DEVICES 1N938
Contextual Info: AMERICAN POWER DEVICES S3E D 0737135 00000S1 7 T C Z E N E R DIODES 400 mW & 500 mW, TC Type Zener Voltage Test MIn. Max. Current ITT 1N940 1N940A 1N940B V V 8.55 9.45 mA 7.5 tZener impedance is derived from the 1kHz supenmposed on the test current. DO-7 Case

1N315

Abstract: 1N935
Contextual Info: AMERICAN POWER DEVICES S3E D 073713S QDDDDn 1 / - t{~ a -7 T C Z E N E R DIODES 250mW, TC Type DO-7 Case Voltage Maximumt mperature Dynamic Impedance TeS tability Z7T@ '7T n mV 15 96 10 96 15 48 48 10 19 15 10 19 15 9 10 9 15 5 10 5 Zener Voltage Test MIn. Max. Current

1N3155

Abstract: 1N9351 AMERICAN POWER DEVICES 1N938
Contextual Info: AMERICAN POWER DEVICES 23E D • D73713S 0000020 S • T ^ T F O T T C Z E N E R DIODES DO-7 Case 250 mW, TC DO-7 Case Typet Nominal Zener Voltage V+ V Z t «- i o 1N4775 1N4775A 1N4776 1N4776A 1N4777 1N4777A 1N4778 1N4778A 1N4779 1N4779A 1N4780 1N4780A 1N4781

JANTXV1N4568A-1

Abstract: JANTX1N4569AUR-1
Contextual Info: Zero-TC Reference Diodes Part Number OTC JANTX1N4567AUR-1 JANTX1N4568A JANTX1N4568A-1 JANTX1N4568AUR-1 JANTX1N4569A JANTX1N4569A-1 JANTX1N4569AUR-1 JANTXV1N4565A JANTXV1N4565A-1 JANTXV1N4565AUR-1 JANTXV1N4566A JANTXV1N4566A-1 J ANTXV1N4566AU R-1 JANTXV1N4567A

IN939

Abstract: 1n4771 1N4770 1N4770A 1N4771A 1N4772 1N4772A 1N4773 1N4773A 1N943
Contextual Info: a> ro OUICK REFERENCE GUIDE MICROSEMI VOLTAGE REFERENCE TC DIODES Test Current l7T mA 62 62 75 ?5 DO-7/DO-35 DO-7/DO-35 6 3 75 DO-7 Operating Temperature Range, °C - 55 to * 100 - 5 5 to - 100 0.002%/°C 0.005% °C 0.01%/ C Case Type Type Number A VZ MV

1N9378

Abstract: 1N9358 AMERICAN POWER DEVICES 1n936 1N935-1N938 AMERICAN POWER DEVICES 1N938 2S400 1N935A 1N935B 1N936 AMERICAN POWER DEVICES
Contextual Info: AMERICAN POWER DEVICES STE D • G73713S OOOOOSfl S4T B A P D 1N935-1N938 1N935A-1N938A 1N935B-1N938B american S E M IC O N D U C T O R S power devices, inc. 500 mW temperature compensated zener reference diodes MECHANICAL CHARACTERISTICS MAXIMUM RATINGS FEATURES

IN4773

Abstract: IN2976 IN4773A IN536 1N29B IN4772 1H28 IN2822 IN2621 1N137
Contextual Info: TEX/ SEflIT R O N IC S CORP^ 27E I> • MAbTEm, 0DD0314 4 ■ semitron hot iine -r-n - 01 - T ' H - II TOLL FREE NUMBER 800-777-3960 discrete devices silicon voltage reference diodes 500 milliwatt temperature compensated 200 milliwatt m T 1N42# 1N1735 Norn.

1N623A

Abstract: 1N623 silicon voltage reference diodes TN945 DO13 1n2169 1NB25A 1N2621A 1N428 1N2164A
Contextual Info: lomitronlcr discrete devices SEMICONDUCTORS Sem itronics C orp. silicon voltage reference diodes 500 milliwatt temperature compensated 200 milliwatt Type Norn. Zener Dynamic Zener Voltage, Impedance, Current Vz volts Zz (ohms) lz (mA) 1N428 1N1735 6.2 6.2

MZ605

Abstract: 1N938A MZ5557 1N821 1N823 1N826 1N827 1N829 1N935A 1N936
Contextual Info: D O - 7 GLASS 6.2 V 11.7 V 9.0 V TEMPERATURE RANGE °C -5 5 , 0, 25 75, 100 Max AVZ mV 96 1N821 1N823 48 1N826 19 1N827 9 I IMO&!7 J 1N829 i V — 0 ,2 5 ,7 5 II 1N936 1N936 1N937 1N938 I 1N939 Non S uffix •V * 15 Ohms MZ605 A Suffix MZ610 10 Ohms A .

DO-204AA

Abstract: JEDEC do-204aa MZ605 1N4782 1N4771A DO-204AA Package 1N4770A 1N4773A 1N4773 1N4772
Contextual Info: For applications w here output voltage must remain within narrow limits during changes in input voltage, load resistance and temperature. Motorola guarantees all References D e­ vices to fall within the specified maximum voltage variations, A V z, at the specifically indicated test temperatures and test