D50433Ö Search Results

Contextual Info: 3-PHASE BRUSHLESS DC MOTOR CONTROLLER/DRIVER WITH BACK-EMF SENSING The A8905CLB isw a three-phase brushless dc motor controller/ driver for use with CD-ROM or DVD drives. The three half-bridge outputs are low on-resistance n-channel DMOS devices capable of

Contextual Info: HALL-EFFECT GEAR-TOOTH SENSORS-ZERO SPEED The A3056EU/LU and A3058EU/LU Hall effect gear-tooth sensors are monolithic integrated circuits that switch in response to differential magnetic fields created by ferrous targets. These devices are ideal for use in gear-tooth-based speed, position, and timing applications and

Contextual Info: BiMOS I I 8-B IT SERIAL-INPUT, LATCHED DRIVERS The merging of low-power CMOS logic and bipolar output power drivers permit the UCN5841/42A, and A5841/42SLW integrated circuits to be used in a wide variety of peripheral power driver applications. Each device has an eight-bit CMOS shift register and CMOS control

Contextual Info: D U A L F U L L - B R ID G E 23] E 2 E’ 22 ] SE N S E 2 S EN SE , E T o ut« E ¡3 V BB1 [~5~ o u t ,a £ 9 ] V BB2 19] GROUND GROUND [ S ' G RO UND [ l " GROUND VrefO u t E IZJ V ref 'N E The fixed off-time pulse duration is set by user-selected external

Contextual Info: f Data Sheet 27627.125 ATS6; 2LSA ZERO-SPEED, SELF-CALIBRATING, N O N -O RIEN TEV, HALL-EFFECT GEA R -TO O TH SENSOR The ATS632LSA gear-tooth sensor is an optimized Hall-effect IC/ magnet combination that provides extremely accurate tabth edge detection when used with large-pitch targets. The ¿^Kttuubassembly

transistor a13

Abstract: 2912 TRANSISTOR PNP A13 transistor 2912 npn D5043
Contextual Info: ALLEGRO MICROSYSTEMS INC 13 D • D50433Ö 00D3707 T ■ ALGR T -9 1 -0 1 PROCESS JMA Process JMA PNP Small-Signal Transistor Process JM A is a P N P double-diffused Silicon epi­ taxial planar transistor. Process JM A finds broad ap­ plication as a medium-power amplifier and switching

Contextual Info: HALL-EFFECT SWITCHES FOR IIIGH-TEMPERATURE OPERATION These Hall-effect switches are monolithic integrated circuits with tighter magnetic specifications, designed to operate continuously over extended temperatures to +150°C, and are more stable with both temperature and supply voltage changes. The unipolar switching