MTZ 9.1 J Search Results

diode zener mtz 9.1

Contextual Info: MTZ J Series Diodes Zener diode MTZ J Series !External dimensions Units : mm !Applications Constant voltage control CATHODE BAND (BLACK) !Features 1) Glass sealed envelope. (MSD) 2) High reliability. φ 0.4±0.1 29.0±1.0 !Construction Silicon epitaxial planer

diode zener 27c

Abstract: MTZ15B MTZ 30 10D-9 27C zener lz 04
Contextual Info: MTZ Series SILICON EPITAXIAL PLANAR ZENER DIODES Constant Voltage Control Applications Features • Glass sealed envelope. MSD • High reliability. Absolute Maximum Ratings (Ta = 25oC) Symbol Value Unit Ptot 500 mW Junction Temperature Tj 175 O Storage Temperature Range

zener diode MTZ series

Abstract: mtz 9.1 j 15B zener diode 20B zener diode J15B Zener Diode marking 27b diode zener mtz 39B zener diode mtz zener zener mtz marking
Contextual Info: MTZ J Series Diodes Zener diode MTZ J Series zExternal dimensions Units : mm zApplications Constant voltage control CATHODE BAND (BLACK) zFeatures 1) Glass sealed envelope. (MSD) 2) High reliability. φ 0.4±0.1 29.0±1.0 zConstruction Silicon epitaxial planer

MTZ 208

Abstract: MTZ 30 diode zener 27c 10D-9 27C zener diode zener 33c IR 10D 8A lz 65 mtz24c MTZ 5.6A
Contextual Info: MTZ Series SILICON EPITAXIAL PLANAR ZENER DIODES Constant Voltage Control Applications Features • Glass sealed envelope. MSD • High reliability. Absolute Maximum Ratings (Ta = 25oC) Symbol Value Unit Ptot 500 mW Junction Temperature Tj 175 O Storage Temperature Range

Contextual Info: MTZ Series Zener diode Features 1. Low leakage 2. High reliability Applications Voltage stabilization Construction Silicon epitaxial planar Absolute Maximum Ratings Tj=25℃ Parameter Power dissipation Test Conditions Type RthJA≦300K/W Junction temperature

51a zener

Abstract: MTZJ 5.6A MTZJ SERIES ZENER DIODES zener diodes 5.1a zener 56c 27C zener J15-C 24260 J27B zener 10D
Contextual Info: MTZJ Series ZENER DIODES Constant Voltage Control Applications Features min. 27.5 • Glass sealed envelope. MSD • High reliability. max. 2.9 White Cathode Band Part No. Black Color 1.9 min. 27.5 max. max. 0.45 Glass case JEDEC DO-34 Dimensions in mm Absolute Maximum Ratings (Ta = 25OC)

zener diode MTZ series

Contextual Info: MTZ Series Zener diode Features 1. Low leakage 2. High reliability Applications Voltage stabilization Construction Silicon epitaxial planar Absolute Maximum Ratings Tj=25℃ Parameter Power dissipation Test Conditions Type RthJA≦300K/W Junction temperature

10D-9

Abstract: 6c-5 transistor IR 10D 8A 27C zener diode zener 27c lz 04 lz 65 MTZ20B
Contextual Info: MTZ Series SILICON EPITAXIAL PLANAR ZENER DIODES Constant Voltage Control Applications Features min. 27.5 • Glass sealed envelope. MSD • High reliability. max. 2.9 White Cathode Band Part No. Black Color 1.9 min. 27.5 max. max. 0.45 Glass case JEDEC DO-34

Contextual Info: $ 'f ^ — K /D io d e s M TZ J MTZ J Series Series V U =1 > ± t: £ 3f y t J^7° 500mW K Silicon Epitaxial Planar 500mW Zener Mini-Diodes • • t t * 1 i ï 7 X i t ± 7 & S D im en sio n s Unit : mm) (J E D E C : D O - 3 4 )» 2) • "5 o F e atu res

51a zener

Abstract: 27C zener MTZJ15C j39c J20B MTZJ27C
Contextual Info: MTZ J Series ZENER DIODES Constant Voltage Control Applications Features • Glass sealed envelope. MSD • High reliability. Absolute Maximum Ratings (Ta = 25oC) Symbol Value Unit Ptot 500 mW Junction Temperature Tj 175 O Storage Temperature Range TS -65 to +175

b 857

Abstract: mtz 9.1 do-34 rohm zener mtz do34
Contextual Info: ROHM CO LTD 40E D n 7 0 2 0 ^ QG0bS4b K /D io d e s t f 'f b ŒRHN MTZ J Series "" 7 = //- // MTZ J S e rie s 5 0 0 m W fë ilJ E E y ij u > l t f — K S i l i c o n E p it a x ia l P l a n a r 5 0 0 m W Z e n e r M i n i - D i o d e s • • ÿ fïï^ jÉ g i/ D im e n s iô n s Unit : mm

12b zener

Abstract: diode zener mtz do-34 rohm
Contextual Info: MTZ J Series Diodes Zener diode MTZ J Series zExternal dimensions Unit : mm zApplications Constant voltage control CATHODE BAND (BLACK) zFeatures 1) Glass sealed envelope. (MSD) 2) High reliability. φ 0.4±0.1 29.0±1.0 zConstruction Silicon epitaxial planer

T802

Abstract: B455 J27B J18B mtz 9.1 j 1R02 B-455 zener mtz do34
Contextual Info: Diodes 500mW Zener Mini Diode MTZ J Series •Applications •External dimensions Units; mm Constant voltage control •Features 1)Glas$ sealed envelope {JEDEC: D O -34) 2)High reliability •Construction Silicon epitaxial planar •A bsolute maximum ratings (Ta=25'C)

1n700

Abstract: tzp 10
Contextual Info: 2Iener Diodes MTZ series lz = 20,10mA and MTZJ series (lz = 5mA) are in DO-34 package and IN5000, IN900 and IN700 serieses are in DO-35 package. MTZJ series ranges from 2.0 to 56V. ITZ series contains 8 elements in a single 9-pin package, suitable for use as 8-bit data bus line surge absorption.

TZP27B

Abstract: TZP33A tzp 33a zp 33a TZP10A zener 1n 4148 957B R 958B zener 56c marking CODE S139
Contextual Info: Part Marking <Switching D io d e s <Rectifier D io d e s) DO-35 GSD) DO-34<MSO) u§p Part No. M arking Part No. M arking P art No. M arking P art No. White 1S S130 White 1S2471 Black 1SS131 Black 1 S S 252 Black 1S 2472 Green 1S S132 Green 1S S253 Green 1S 24 73

PKG.4B.340.LLLM92Z LEMO

Abstract: 5b560 80285 BALMAR avional 14
Contextual Info: B Series Part Numbering/Specifying Guidelines INTRODUCTION The LEMO B Series Connector program offers considerable versatility and flexibility through the use of a variety of options and accessories. The part numbering system is both complex and powerful as a means of accurately

52-10A

Contextual Info: Features • A Family of 9 Devices with User Memories from 1-Kbit to 256-Kbit • EEPROM User Memory • • • • • – Four, Eight or Sixteen Zones – Self-timed Write Cycles – Single-Byte or Multiple-Byte Page-Write Modes – Programmable Access Rights for Each Zone

Contextual Info: AT88SC0104C, AT88SC3216C, AT88SC0808C, AT88SC1616C, AT88SC0204C AT88SC0404C, AT88SC6416C AT88SC12816C, AT88SC25616C Atmel CryptoMemory Specification Datasheet Features • • A family of nine devices with user memories from 1Kbit to 256Kbit EEPROM user memory

25616C

Abstract: Atmel 546 0808C atmel 948 Atmel at88sc1616c atmel 944 0204c FFFF11
Contextual Info: AT88SC0104C, AT88SC3216C, AT88SC0808C, AT88SC1616C, AT88SC0204C AT88SC0404C, AT88SC6416C AT88SC12816C, AT88SC25616C Atmel CryptoMemory Specification Datasheet Features • • A family of nine devices with user memories from 1Kbit to 256Kbit EEPROM user memory

atmel 948

Abstract: AT88SC0404C AT88SC1616C atmel 88 AT88SC0104C AT88SC0204C AT88SC0808C AT88SC12816C AT88SC25616C AT88SC3216C
Contextual Info: Features • A Family of nine Devices with User Memories from 1-Kbit to 256-Kbit • EEPROM User Memory     Four, Eight or Sixteen Zones Self-timed Write Cycles Single-Byte or Multiple-Byte Page-Write Modes Programmable Access Rights for Each Zone

CryptoMemorY

Abstract: AT88SC0404CA AT88SCXXXXCA AT88SC0808CA AT88SC0104CA AT88SC0204CA 0204CA FUSES aM F3 atmel 614
Contextual Info: Features • One of a Family of Devices with User Memories from 1 Kbit to 8-Kbit • EEPROM User Memory • • • • • – Four or Eight Zones – Self-timed Write Cycles – Single-Byte or Multiple-Byte Page-Write Modes – Programmable Access Rights for Each Zone

0204CA

Abstract: AAC2 AT88SC0808CA 0808C
Contextual Info: AT88SC0104CA, AT88SC0204CA, AT88SC0404CA AT88SC0808CA Atmel CryptoMemory Specification Datasheet Features • • One of a family of devices with user memories from 1Kbit to 8Kbit EEPROM user memory • • • • • Four or eight zones Self-timed write cycles

Contextual Info: AT88SC0104CA, AT88SC0204CA, AT88SC0404CA AT88SC0808CA Atmel CryptoMemory Specification Datasheet Features • • One of a family of devices with user memories from 1Kbit to 8Kbit EEPROM user memory • • • • • Four or eight zones Self-timed write cycles

KBR-12

Abstract: PCF8583 equivalent AN96103 ic software program pcf8583 KBR-6.0MSA PCF8583 nordberg PCF84CXX KBR455BKTS PDS51
Contextual Info: APPLICATION NOTE X-tal oscillators on 8-bit microcontrollers AN96103 Philips Semiconductors X-tal oscillators on 8-bit microcontrollers Application Note AN96103 Abstract <Almost since the introduction of microcontrollers as electronic components there always has been an oscillator