1N3307 Search Results

Contextual Info: ZENER DIODES, 50 WATTS, DO-5 PACKAGE S t o « ill & mm N um ber 2 a tter Zener Voltage T ee l a t „ C u rre n t ¥> t«A> M aximum 2ener Im pedance at l,*S 0mA at l„ (m A ) 2,. (Ohm s) 1N33Q5 1NS3Q& 1N3307 1N3308 1N3309 6.8 7.5 8.2 9.1 10 1850 1700 1N3310

Contextual Info: 1N3307R Diodes General-Purpose Reference/Regulator Diode Military/High-RelN V Z Nom.(V) Reference Voltage8.2 @I(Z) (A) (Test Condition)1.5 Tolerance (%)20 P(D) Max. (W)50 Z(z) Max. (ê) Dyn. Imped.400m Temp Coef pp/10k Maximum Operating Temp (øC)175õ Package StyleStR-1/4

Contextual Info: 1N3307A Spec Sheets Details Diodes, Transistors, Thyristors, Triacs, Di. 1 of 2 HOME | CATALOG | CART |EXPRESS CHECKOUT | PARTS WATCH | NEW ITEMS |RFQ| Home 1N3307A Availability Online Store

1N3306B

Abstract: 1N3305 1N3305B 1N3307B 1N3308B 1N3309B 1N3310B 1N3311B 1N3312B 1N3350
Contextual Info: 1N3305 – 1N3350 Naina Semiconductor emiconductor Ltd. Zener Diodes Electrical Characteristics TC = 25OC unless otherwise specified Type number 1N3305B 1N3306B 1N3307B 1N3308B 1N3309B 1N3310B 1N3311B 1N3312B 1N3313B 1N3314B 1N3315B 1N3316B 1N3317B 1N3318B

ne002

Abstract: 1n4551 ir705 1N3307 1N3316 1N3326 1n4554 1N3340 IN3310 1N3309
Contextual Info: Back to Zener Diodes 1N3305 1N4549 1N3350 1N4556 'li'i NEW ENGLAND SEMICONDUCTOR 50 WATT SILICON ZENER DIODES Available in Voltages from 3.9 V thru 200 V POLARITY : Standard polarity FEATURES: anode to case. Reverse polarity cathode to case indicated by

4E20-8

Abstract: 1N3299 1N3300 1N3300A 1N3303 1N3303A 1N3304 1N3489 1N3489A 1N3490
Contextual Info: FOUR LAYER DIODES Parameters for All 4-Layer Diodes @ 25°C Switching current Is 125|aA Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @ 70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 |iA @ 0.6 Vs Reverse leakage current

fri07

Abstract: 1n3842 1N3299 1N3836 4e20-3 1N3844 4E20-8 4E50-M-28 1N3300 1N3300A
Contextual Info: FOUR LAYER DIODES Parameters for All 4-Layer Diodes 25°C @ Switching current Is 125|aA Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @ 70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 |iA @ 0.6 Vs Reverse leakage current

1n5944

Abstract: 1N4550 1N4564 1N2814 1N2806 1N3316 1N2816 1N3307 1n5942 1N974/A/B
Contextual Info: Glass POWER 40 0 mW PACKAG E DO-7 \T 4 0 0 mW " V " 500 mW ' V ' 1.5 W DO-41 DO-35 Zener Volts 27 28 1N971 B BZX79C 27 1N5935 B 30 33 36 39 43 1N972 1N973 1N974 1N975 1N976 B B B B B B ZX 79C 30 BZX79C 33 BZX79C 36 B ZX 79C 39 BZX79C 43 1N 5936 1N5937 1N 5938

1n3020 zener diode

Abstract: 1N3206 in3155 1N2980 1N2981 1N2982 1N2983 1N2985 1N2986 1N2987
Contextual Info: Zener Type No. Zener Voltage at 1ZT Volts @ mA Max. Zener Impedance @ lZT Ohms 3.0 4.0 " 1N2979 1N2980 1N2981 1N2982 1N2983 2N2984 1N2985 1N2986 1N2987 1N2988 1N2989 1N2990 1N2991 1N2992 1N2993 15.0 16.0 17.0 18.0 19.0 20.0 22.0 24.0 25.0 27.0 30.0 33.0 36.0

1N3327

Abstract: 2901N 1N3315BR 1N3328 wzk marking 1N3326 1N3340 1N3350B 1N3308B 1N3309
Contextual Info: 5^0 THOMSON D | 7 ^ 2 3 7 r é\ ~o«- - ' THOMSON-CSF DIVISION SEMICONDUCTEURS . j - - 59C 0242 6 QOGEMSti - . t b / ? D 1N 3305B — 1N 3350B , - - - Z E N E R D IO D E S DIODES ZENER Ptot = 50 W 50 W silicon Zener diodes : • • 6.8 V < V z T n o m < 200 V

1N3842

Abstract: 4E20-28 4e20-3 4E30-8 1N3490 1N3299 1N3839 1N3300 1N3300A 1N3303
Contextual Info: FOUR LAYER DIODES Parameters for All 4 -La ye r Diodes @ 25°C Switching current 125pA Is Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 nA @ 0.6 Vs Reverse leakage current

1N4726

Abstract: 1N5349 1N3327 1N2826 1N3326 1M4558 1N3316 1N2814 1N4564 1N3307
Contextual Info: GUIDE TO AVAILABLE AXIAL LEADED ZENER DIODES Earty Industry Standard Early Industry Standard Low Noise Low Current Mil - Spec Low Current Low Noise 50 uA Low Current Low Leakage Mil - Spec Industry Standard Mil - Spec 400mw DO-35 Industry Standard Mil - Spec

IN456

Abstract: 1n3321 1N3320B 1N3341B
Contextual Info: 1N 3 3 05 thru 1N 3350B and Microsemi Corp. SANTA ANA, CA j /ri,*,*,«« SCOTTSDALE, AZ / For more information call: / 1N4549B thru iM A C K ftB • 5 5 0 B 602 941-6300 FE A T U R E S SILICON 50 WATT ZENER DIODES • ZENER VOLTAGE 3.9 TO 200V • LOW ZENER IMPEDANCE

1n3346

Contextual Info: NEW ENGLAND SEMICONDUCTOR 1N3305 thru 1N3350 50 WATT SILICON ZENER DIODES Available in Voltages from 6.8 V thru 200 V POLARITY : Standard polarity FEATURES: anode to case. Reverse polarity cathode to case indicated by suffix R. (EX. 1N3305RB). • • •

1N5438

Abstract: tfc 5630 2N5161 germanium 2N4193 1N1319 A2023 transistor 2N217 1N5159 transistor bf 175
Contextual Info: The Semiconductor DataBook This is the first supplement to the 4th Edition o f the Semiconductor Data Book originally published in July 1969. It is produced to keep an up-to-date listing o f the most advanced semiconductor products. Devices characterized in this supplement include only the type numbers introduced after the publi­

LZ-230 zener diode

Abstract: lz 04 "50 watt zener diode" zener 7.5 B 47
Contextual Info: CENTRAL SEMICONDUCTOR T ï de | n t m t 3 □□oost.b s /,f 10 Watt Zener Diode • 5% Tolerance • Case D Do-4 TYPE NO. Zener Voltage V z @ lz Test Current lz Zener Impedance Zz Maximum Zener Current |ZM TYPE NO. Zener Voltage V z @ lz Test Current lz

in3314

Abstract: in3333 1N3307 IN3306 in3331 1N3327 1N3328 1N3326 1N3316 IN3305
Contextual Info: 1N3305 thru 1N3350 50 WATT SILICON ZENER DIODES Available in Voltages from 6.8 V thru 200 V POLARITY : FEATURES: Standard polarity anode to case. Reverse polarity cathode to case indicated by suffix R. (EX. 1N3305RB). • ZENER VOLTAGE 6 .8 TO 200 V •

1N5349b

Abstract: 1N5360B 1N2982B 1N5339B 1N2981B 1N5353B CZ5354B 1N2986B 1n3311b 1N5335B
Contextual Info: Zener Diodes Continued POWER 5.0 WATT 10 WATT 50 WATT CASE AX-5W DO-201 DO-4* TO-3 50 mil * DO-5* ZENER VOLTAGE INDUSTRY STANDARD RECOMMENDED FOR NEW DESIGNS GENERAL PURPOSE GENERAL PURPOSE GENERAL PURPOSE 3.6 3.9 4.3 4.7 5.1 5.6 6.0 6.2 6.8 7.5 8.2 8.7

28UNF2A

Contextual Info: 50 WATT, Metal JEDEC TYPE NUMBERt NOMINAL ZENER VOLTAGE Vz VOLTS Case DO-5, 1/4-28 TEST CURRENT Izt mA MAXIMUM ZENER IMPEDANCE Zzt @ I zt IZK ZzK @ Ohms mA Ohms MAXIMUM REVERSE LEAKAGE CURRENT Ir @ V r i* V r2 * * @ 25°C uk TYPICAL TEMPERATURE COEFFICIENT

1N5048

Abstract: CZ5339B 1n5248 1N5349B DO-41 1N2990B 1N5042 1N5021A 1N4465 1N5025A 1N5041
Contextual Info: Zener Diodes POWER 250 mW CASE ZENER VOLTAGE 1.8 2.0 2.2 2.4 2.7 3.0 3.3 3.6 3.9 4.3 4.7 5.1 5.6 6.0 6.2 6.8 7.1 7.5 8.2 8.7 9.1 10 11 12 13 14 15 16 17 18 19 20 22 24 400 mW DO-35 GENERAL PURPOSE 1N702A 1N703A 1N704A 1N705A 1N706A LOW NOISE LOW LEVEL 1N4614

1N4564

Abstract: 1N2806 1N3307 1N2814 1N3316 1N3326 1N2826 1N3327 1N2827 1N3328
Contextual Info: 50 WATT ZENER DIO DES TO-3 AND DO-5 CASE FEATURES: • Hermetic Seal • High Temperature Operation • Metallurgical^ Bonded • Complete Characteristic Listing • Low Thermal Impedance DESCRIPTION This series of high grade voltage regulator diodes is designed

JE1100

Abstract: MFC8040 MFC8030 MC1316 Triac 9707 schematic of mc1466 Transistor MJE 5332 je 3055 Motorola MCR407-2 MC1466
Contextual Info: M ASTER SELECTION GUIDE MOTOROLA Semiconductors SELECTING THE BEST SEMICONDUCTOR Selecting the best semiconductor fo r a given application can pose a significant challenge. To sim plify the task in selecting a "best" transistor, diode or other device fo r newdesigns, this book's selection tables includeall popular semiconductor devices

1N4564

Abstract: 1N3340 1N2804 1N2846 1N3305 1N3350 1N4549 1N4550 1N4556 1N4557
Contextual Info: DE~|b3b7a5S 007Ô0G7 7 MOTOROLA SC -CDIODES/OPTO} T -//- / ? 1N2804 thru 1N2846 MOTOROLA 6.8V thru 200V Case 54-05 SEM ICO NDUCTOR 1N3305 thru 1N3350 TECHNICAL DATA 6.8V thru 200V (Case 58-01) 1N4549thru 1N4556 3.9V thru 7.5V (Case 58-01) 1N4557thru 1N4564

20N15

Abstract: 35n05 mje13002 to92 ur3060 AN803 motorola 2N6823 isolated dc-dc mc34063 mje12007 Motorola Switchmode 1 special
Contextual Info: C O N TE N TS Page What Everyone Should Know About Switching Power Supplies In tro du ctio n. Comparison w ith Linear Regulations.