C6V2 ST Search Results

surface mount zener diode 36V

Abstract: zener diode c12 C18 zener CBV2 ZMM55 ZMM55C ZMM55-C10 ZMM55-C11 c4v3 zener diode ZMM55-C2V4
Contextual Info: JGD ZMM55C - SERIES 500mW O SURFACE MOUNT ZENER DIODES/MINI - MELF Device Type ZMM55-C2V4 ZMM55-C2V7 ZMM55 - C3V0 ZMM55 - C3V3 ZMM55 - C3V6 ZMM55 - C3V9 ZMM55-C4V3 ZMM55-C4V7 ZMM55 - C5V1 ZMM55 - C5V6 ZMM55 - C6V2 ZMM55-C6V8 ZMM55 - C7V5 ZMM55 - C8V2 ZMM55 - C9V1

BZX85-C12

Abstract: bzx85-c20 BZX85C15
Contextual Info: Zener Diodes BZX85 Series 1.3 W Zener Diodes DO-41 Glass Package TA = 25 °C Type Maximum Zener Impedance Zener Voltage Range* at BZX85-C3V6 BZX85-C3V9 BZX85-C4V3 BZX85-C4V7 BZX85-C5V1 BZX85-C5V6 BZX85-C6V2 BZX85-C6V8 BZX85-C7V5 BZX85-C8V2 BZX85-C9V1 BZX85-C10

B2X55C

Abstract: B2X55 B2X55-C10 BZX55C4 BZX55C13
Contextual Info: Zener Diodes BZX55 Series 500 mW Zener Diodes DO-35 Glass Package TA = 25 °C Type BZX55-C0V8) BZX55-C2V7 BZX55-C3V0 BZX55-C3V3 BZX55-C3V6 BZX55-C3V9 BZX55-C4V3 BZX55-C4V7 BZX55-C5V1 BZX55-C5V6 BZX55-C6V2 BZX55-C6V8 BZX55-C7V5 BZX55-C8V2 BZX55-C9V1 B2X55-C10

BZX85-G12

Abstract: BZX85g BZX85 ZENER BZX85C15
Contextual Info: I T T SEMICONDUCTORS fi? D E Ï 4b04T5S D00534D T ZENER DIODES 7 - /''- y .r 1 BZX85 Series 1.3 W att Glass Zener Diodes in DO-41 Package TA = 25 °C Type BZX85-C3V6 BZX85-C3V9 BZX85-C4V3 BZX85-C4V7 BZX85-C5V1 BZX85-C5V6 BZX85-C6V2 BZX85-C6V8 BZX85-C7V5

ZENER DIODE 15Y

Abstract: Zener diode 16y c5v1 zener diode c30 C30 DIODE ZENER 16y zener C4V7 22y diode C3V9 zener diode 11y
Contextual Info: BZV49 SERIES C2V7 - C47 SOT89 SILICON PLANAR VOLTAGE REGULATOR DIODES PIN CONFIGURATION ABSOLUTE MAXIMUM RATINGS PARAMETER Voltage Range Nominal Tolerance Maximum Forward Current Power Dissipation at Tamb = 25°C Operating and Storage Temperature Range vz

BZX84

Abstract: c3v9 BZY88 CODE W4 BZY88 equivalent zener BZY88 equivalent C7V6 zener diode bzy88 C18-C20 c5v1
Contextual Info: i semiconductors FERRANTI BZX84 Series C2V7 to C47 J Silicon V o lta g e R egulator D iodes DESCRIPTION Silicon voltage regulator diodes designed fo r voltage reference and stabilizer applications. The series consists o f 31 types w ith nominal zener voltages ranging from 2 -7 V to 47V w ith a ± 5 % tolerance.

c3v6

Contextual Info: B ZX 55 SERIES J V VOLTAGE REGULATOR DIODES Silicon planar diodes in a DO-35 envelope intended for use as low-voltage stabilizers or voltage references. The series covers the normalized range o f nominal working voltages from 2,4 V to 75 V with a tolerance of ± 5% international standard E24 .

bzx55

Contextual Info: N AMER PHILIPS/DISCRETE b 'lE D m J ^53*131 002bflQ2 M'IS * A P X _ bZ X 55 SERIES VOLTAGE REGULATOR DIODES Silicon planar diodes in a DO-35 envelope intended for use as low-voltage stabilizers or voltage references. The series covers the normalized range of nominal working voltages from 2,4 V to 75 V

C6V8 PH

Abstract: C5V6 ph PH C5V1 C4V7 PH C5V1 ph C6V2 PH PH C3V6 PH c9v1 C7V5 PH 1R SOT89
Contextual Info: • bbS3S31 00SS723 341 H A P X N AMER PHILIPS/DISCRETE b7E » BZV49 SERIES J V SILICON PLANAR VOLTAGE REGULATOR DIODES Silicon planar voltage regulator diodes, in a SOT-89 plastic envelope, intended fo r stabilization applica­ tions in thick and th in -film circuits.

C6V2 ST

Abstract: ST c6v8 c5v6 st C5V1 ST zener c15 ST C4V3 ST C9V1 ST C4V7 ST c5v1 C5V6
Contextual Info: BZV49 SERIES ELECTRICAL CHARACTERISTICS at Tamb= 25°C . Zener Voltage Vz at lz=2m A Type VOLTS BZV49: Nom . Tem perature Coefficient Sz at lz=2m A m V/°C Differential Resistance rz at lz=2m A a Reverse Current lRat V R HA V Min. Max. M ax. Min Max Max Max

Contextual Info: N APIER PHILIPS/DISCRETE b^E » • bb53T31 002b7bb bEM HIAPX _ J ^ B ZV85 SERIES VOLTAGE REGULATOR DIODES Silicon planar voltage regulator diodes in hermetically sealed DO-41 glass envelopes intended for stabilization purposes. The series covers the normalized E24 ± 5% range of nominal working voltages

BZY88

Abstract: C5VI C5VI ST C6V2 ST Zener c9v c3v2 C6V2 BZY88 15 BZY88/C4V7 TZPD11
Contextual Info: lîîK ^ K -l Microsemi Corp. BZY88, T Z P I , TZPY EUROPEAN-TYPE ZENEFS FEATURES • • • • Z e n e r v o lta g e s fro m 2.7 V to 33V. H ig h s u r g e c u rre n t rating. Z e n e r v o lta g e c o n tro lle d at t h re e te st levels. H e rm e tic a lly s e a le d g l a s s co n stru ctio n .

Contextual Info: N AUER PHILIPS / D I S CR E T E 2SE I> • bb53T31 O O lb T S I A VOLTAGE REGULATOR DIODES Q ■ BZV85 SERIES T -//-/3 V Silicon planar voltage regulator diodes in hermetically sealed DO-41 glass envelopes intended fo r stabilization purposes. The series covers the normalized E24 ± 5% range o f nominal working voltages

C5V1

Abstract: C4V7 c24 zener BZV4 BZV49
Contextual Info: I SOT89 SILICON PLANAR VOLTAGE REGULATOR DIODES ISSUE 3 - NOVEMBER 1995 BZV49 SERIES O_ ' ABSOLUTE MAXIMUM RATINGS as per Electron Coc ing Sytem . PARAMETER SYMBOL Voltage Range Nominal Tolerance Maximum Forward Current Power Dissipation at Tamb=25“C

Q62702-Z686

Abstract: z682 Z848 z688 bzx c36 Q62702-Z683 Q62702-Z851 Q62702-Z693 z850 Q62702-Z692
Contextual Info: BZX55 Silicon planar Z-Diode BZX 55 is a silicon planar Z -d io d e in a glass-case 51 A 2 DIN 418 8 0 D O -7 , for stabilizing and lim itin g voltages as w e ll as fo r generating reference voltages at low pow er requirements. The planar technique ensures a very lo w reverse current level,

BZX84-3V3 z14

Abstract: BZX84-3V3 bzx843v3 BZX84C
Contextual Info: BZX84C serias SILICON PLANAR VOLTAGE REGULATOR DIODES Low power general purpose voltage regulator diodes PACKAGE OUTLINE DETAILS ALL DIMENSIONS IN mm Pin configuration 1 = ANODE 2 = NC 3 = CATHODE 3.0 2 .8" 0.14 0.48 Ô3S L 0.70 0.50 3 2.6 1.4 1.2 2.4 R0.1

bzx84

Abstract: W5 c47 10C11 zener C47
Contextual Info: SOT23 SILICON PLANAR BZX84 SERIES C2V7 to C47 VOLTAGE REGULATOR DIODES ISSUE 3 - NO VEMBER 1995 Q PIN CONFIGURATIO N 1 L A ì SOT23 ABSOLUTE MAXIMUM RATINGS as per Electron Coding Sytem . PARAMETER SYMBOL Voltage Range vz Nom inal Tolerance C ±5 % 'f 250

BZX84C2V7

Abstract: C4727 c7v zener zener diode c18 C18-C20
Contextual Info: BZX84 SERIES C2V7 - C47 SOT23 SILICON PLANAR VOLTAGE REGULATOR DIODES PIN CONFIGURATION 1 ABSOLUTE MAXIMUM RATINGS * As per Pro Electron Coding System PARAMETER SYM BOL Voltage Range Nominal Tolerance Maximum Forward Current Power Dissipation at T amb = 25°C

BZV55 SOD-80

Abstract: BZV55 BZV55-C68 DO-213AA LL34
Contextual Info: • ZENER DIODES BZV55 C2V4 thru BZV55 C75 •LEADLESS PACKAGE FOR SURFACE MOUNT • DOUBLE PLUG CONSTRUCTION • METALLURGICALLY BONDED MAXIMUM RATINGS Operating Temperature: -65°C to +175°C Storage Temperature: -65°C to +175°C Power Derating: 3.33 mW / °C above +50°C

BZX88

Abstract: diode LZ. 02 marking v6 zener diode zener diode bzx88 c4v7
Contextual Info: BZX88 SERIES MICRO E ZENERS TABLE 1b The BZX88 series o f silicon voltage regulator diodes ¡s designed fo r voltage reference and stabilizer applications. The series consists o f 31 types w ith nominal zener voltages ranging from 2.7V to 47V w ith a ± 5 % tolerance

Contextual Info: MCC SMA5C3V3 THRU SMA5C39
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# TM Micro Commercial Components Features 3.0 Watt Surface Mount Silicon Zener Diodes Surface Mount Application 3.3 thru 39 Volt Voltage Range

BZX84-3V3

Abstract: BZX84C BZX84-C3V3 BZX84 BZX84-C18 BZX84-C27 BZX84-C43 BZX84-C7V5 bzx843v3
Contextual Info: BZX84C series SILICON PLANAR VOLTAGE REGULATOR DIODES Low power general purpose voltage regulator diodes PACKAG E O UTLIN E DETAILS ALL D IM EN SION S IN m m Pin configuration 1 = ANODE 2 = NC 3 = CATHODE _3.0_ 2.8 0.48 0.38 4* 0.14 3 2.6 2.4 _1.02 0.89" 2.00

Contextual Info: MCC SMA5C3V3 THRU SMA5C39
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# TM Micro Commercial Components Features 3.0 Watt Surface Mount Silicon Zener Diodes Surface Mount Application 3.3 thru 39 Volt Voltage Range

BZX85 C27

Abstract: BZX85
Contextual Info: BZX85-C3V6 THRU BZX85-C62 ZENER DIODES FEATURES DO-41 Glass min. 1.102 28.0 max. .161 (4.1) min. 1.102 (28.0) ♦ Silicon Planar Power Zener Diodes ♦ For use in stabilizing and clipping circuits with high power rating. max. ∅ 0.102 (2.6) Cathode Mark