C 5802 TRANSISTOR Search Results

Contextual Info: USH5801; USH5802 HIGH VOLTAGE Universal Semiconductor 0CTALDR,VER FEATURES DESCRIPTION • 4 5 0 V integrated drivers • 170m A drive current • Silicon-gate CMOS logic The U SH5801 and U SH 5802 are High Voltage Integrated Circuits HIVICs designed for high voltage driver applica­

Contextual Info: USH5801; Universa! Sem iconductor USH5802 HIGH VOLTAGE OCTAL DRIVER FEATURES DESCRIPTION • 4 5 0 V integrated drivers • 1 7 0 m A drive cu rre n t • S ilicon-gate CMOS logic • Internal level sh ifte rs The U SH5801 and U S H 5802 are High V o ltage Integrated

Contextual Info: USH5801; Universa! Semiconductor USH5802 HIGH VOLTAGE OCTAL DRIVER FEATURES DESCRIPTION • 4 5 0 V integrated drivers • 170m A drive current The USH 5801 and U S H 5802 are High Voltage Integrated Circuits HIVICs designed for high voltage driver applica­

SELECTRO

Contextual Info: SCS-THOMSON lE C T G Ä D tg i M S C 8 0 1 86 RF & MICROWAVE TRANSISTORS GENERAL PURPOSE LINEAR APPLICATIONS • EMITTER BALLASTED . CLASS A LINEAR OPERATION . COMMON EMITTER . VSWR CAPABILITY 15:1 @ RATED CONDITIONS . ft 3.2 GHz TYPICAL . NOISE FIGURE 12.5 dB @ 2 GHz

Contextual Info: U fi SGS-THOMSON IlLiêTMOtêi MSC80185 RF & MICROWAVE TRANSISTORS GENERAL PURPOSE LINEAR APPLICATIONS . • • . EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 20:1 @ RATED CONDITIONS . ft 3.2 GHz TYPICAL . NOISE FIGURE 12.0 dB @ 2 GHz

sealectro matrix

Abstract: sealectro
Contextual Info: SGS-1H0MS0N 5 1 . MSC80195 IH[ RF & MICROWAVE TRANSISTORS GENERAL PURPOSE LINEAR APPLICATIONS EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 20:1 @ RATED CONDITIONS ft 3.2 GHz TYPICAL NOISE FIGURE 12.0 dB @ 2 GHz P o u t = 28 dBm MIN. @ 2.0 GHz

sealectro

Abstract: msc80
Contextual Info: 5 7 . SGS-THOMSON •IL0gTMD i MSC80185 RF & MICROWAVE TRANSISTORS GENERAL PURPOSE LINEAR APPLICATIONS > ■ ■ ■ EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 20:1 @ RATED CONDITIONS ■ ft 3.2 GHz TYPICAL ■ NOISE FIGURE 12.0 dB @ 2 GHz

sealectro

Abstract: sealectro matrix
Contextual Info: 5 7 . SGS-THOMSON •IL0gTMD i MSC80195 RF & MICROWAVE TRANSISTORS GENERAL PURPOSE LINEAR APPLICATIONS > ■ ■ ■ EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 20:1 @ RATED CONDITIONS ■ ft 3.2 GHz TYPICAL ■ NOISE FIGURE 12.0 dB @ 2 GHz

MSC80196

Abstract: TRANSISTOR c 5802
Contextual Info: / = T SGS-THOMSON ^ 7 # . _ M S C 8 0 1 9 6 RF & MICROW AVE TRANSISTO RS _ G ENERAL P U RPOSE LINEAR APPLICATIONS • . ■ . EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 15:1 @ RATED CONDITIONS ■ ft 3.2 GHz TYPICAL

c 5802 transistor

Abstract: connector sealed kld connector
Contextual Info: / = T SGS-THOMSON ^ 7 # . _ M S C 8 0 1 8 6 RF & MICROW AVE TRANSISTO RS _ G ENERAL P U RPOSE LINEAR APPLICATIONS • . ■ . EMITTER BALLASTED CLASS A LINEAR OPERATION COMMON EMITTER VSWR CAPABILITY 15:1 @ RATED CONDITIONS ■ ft 3.2 GHz TYPICAL

MC3479 equivalent

Abstract: MC3479 MC3479FN MC3479P MC3479 stepper motor PLCC20 phoenix stepper motor driver MC3479P B
Contextual Info: Order this data sheat by MC3479/D MOTOROLA m o MC3479 SEMICONDUCTOR TECHNICAL DATA STEPPER MOTOR DRIVER 1 STEPPER MOTOR DRIVER The MC3479 is designed to drive a two-phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing

MA7805

Abstract: Transistor 2n2307 K1202 2SK19GR 2SK19Y 2N3406 DG-34 transistor ns800 Dh-37 C682A
Contextual Info: SYMBOLS & CODES EXPLAINED 7. " N ” Channel - SILICON FIELD EFFECT TR A N SIST O R S 8. GERMANIUM P N P 19 GERMANIUM NPN110. SILICON PNP 11. SILICON NPN High Power Transistors k I B LINE No. H H TYPE No. ABSOiLOTE M A X . RATIING S Ä 2 5 C I I M IN . M A X Pc T 6 T T

2SK19GR

Abstract: X70a 2SK19Y DFNA3-100 K1201 BFS28 DG-34 transistor fet 2sk19gr A641 NPN transistor k1001
Contextual Info: SYMBOLS & CODES EXPLAINED 7. "N ” Channel - SILICON FIELD EFFECT TRANSISTORS 8. GERMANIUM P N P 19 GERMANIUM NPN110. SILICON PNP 11. SILICON NPN High Power Transistors k I B LINE No. H H TYPE No. ABSOiLOTE M A X . RATIING S Ä 2 5 C I I M IN . M A X Pc T 6 T T

tgl 5151

Abstract: smd-transistor rft lautsprecher sce 238 smd-transistor rft katalog B 4101 RFT GER-A B 38593 RFT 38530 E52853
Contextual Info: Seite 3, 3-5/90 Mitteilung aus dem VEB Elektronik Gera Reparaturhinweise für 8teckernetzteile GCN 12 und LCN 6/12 Zur Vermeidung einer Gefährdung durch netzspannungsführende Teile bei der Fehlersuche an o.g. Steckernetzteilen wird folgendes vorgeschlagen:

MC3479 equivalent

Abstract: step driver MC3479 MC3479P MC3479-D 1N5221A MC14049UB
Contextual Info: MC3479 Stepper Motor Driver The MC3479 is designed to drive a two−phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver−stages for the motor coils, and an output to indicate the Phase A drive state.

MC3479 stepper motor

Abstract: MC3479 equivalent
Contextual Info: ON Semiconductort Back MC3479 Stepper Motor Driver The MC3479 is designed to drive a two–phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver–stages for the motor coils, and an output to indicate the Phase A drive state.

1N5221A

Abstract: MC3479 MC3479 stepper motor MC3479 equivalent MC3479-D MC3479P MC14049UB
Contextual Info: ON Semiconductort MC3479 Stepper Motor Driver The MC3479 is designed to drive a two–phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver–stages for the motor coils, and an output to indicate the Phase A drive state.

c 5802 transistor

Abstract: C3479 MC3479 equivalent
Contextual Info: <8 M O T O R O L A M C3479 Stepper M otor Driver The MC3479 is designed to drive a tw o-phase stepper m otor in the b ipolar m ode. The c irc u it con sists of fo u r input sections, a logic decoding/sequencing section, tw o driver-stages for the m otor coils, and an

C 12 PH Zener diode

Abstract: MC3479-D 100-20 diode MC3479 stepper motor zener motorola MC3479 equivalent MC3479 5 volts ZENER DIODE MC14049uB data only Nippon Pulse Motor
Contextual Info: Order this document by MC3479/D MC3479 Stepper Motor Driver The MC3479 is designed to drive a two–phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver–stages for the motor coils, and an

MC3479

Contextual Info: MC3479 Stepper Motor Driver The MC3479 is designed to drive a two−phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver−stages for the motor coils, and an output to indicate the Phase A drive state.

MC3479 equivalent

Contextual Info: MC3479 Stepper Motor Driver The MC3479 is designed to drive a two−phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver−stages for the motor coils, and an output to indicate the Phase A drive state.

C 12 PH Zener diode

Abstract: MC3479-D MC3479PG C 12 PH diode C 12 PH zener diode datasheet DIODE marking L4 MC3479 single phase dc motor control circuit 1N5221A MC14049UB
Contextual Info: MC3479 Stepper Motor Driver The MC3479 is designed to drive a two−phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver−stages for the motor coils, and an output to indicate the Phase A drive state.

MC3479

Abstract: MC3479-D MC3479 equivalent 1N5221A MC14049UB MC3479P analog bipolar DRIVER coil ic LM 350 equivalent
Contextual Info: Order this document by MC3479/D MC3479 Stepper Motor Driver The MC3479 is designed to drive a two–phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver–stages for the motor coils, and an

MC3479FN

Contextual Info: Order this document by MC3479/D MC3479 Stepper Motor Driver The MC3479 is designed to drive a two–phase stepper motor in the bipolar mode. The circuit consists of four input sections, a logic decoding/sequencing section, two driver–stages for the motor coils, and an