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📁 Related Datasheet

3971 - DUAL DMOS FULL-BRIDGE DRIVER (Allegro MicroSystems)
3971 ADVANCE INFORMATION (Subject to change without notice) May 2, 2000 DUAL DMOS FULL-BRIDGE DRIVER Designed to interface between external PWM contr.

3972 - DUAL DMOS FULL-BRIDGE MICROSTEPPING PWM MOTOR DRIVER (Allegro MicroSystems)
3972 CHARGE PUMP DUAL DMOS FULL-BRIDGE MICROSTEPPING PWM MOTOR DRIVER VCP CP1 CP2 OUT1B LOAD SUPPLY1 GROUND GROUND SENSE1 OUT1A STROBE CLOCK DATA 1 2.

3973 - DUAL DMOS FULL-BRIDGE MICROSTEPPING PWM MOTOR DRIVER (Allegro MicroSystems)
3973 PRELIMINARY INFORMATION (Subject to change without notice) December 1, 2000 CHARGE PUMP DUAL DMOS FULL-BRIDGE MICROSTEPPING PWM MOTOR DRIVER Des.

3974 - DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER (Allegro MicroSystems)
3974 LOAD 43 SUPPLY1 SENSE1 OUT1A ENABLE1 GND GND GND NC OUT1B NC NC DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated (PWM) .

3976 - DUAL FULL BRIDGE PROTECTED MOTOR DRIVER (Allegro MicroSystems)
Page 1 of 5 3976 ADVANCED DATASHEET - 02/19/99 (Subject to change without notice) DUAL FULL BRIDGE PROTECTED MOTOR DRIVER The A3976 is designed to d.

3977 - MICROSTEPPING DMOS DRIVER WITH TRANSLATOR (Allegro MicroSystems)
3977 A3977xED (PLCC) LOAD SUPPLY 1 SENSE 1 ENABLE OUT 1A HOME GND GND GND SLEEP OUT 1B MICROSTEPPING DMOS DRIVER WITH TRANSLATOR The A3977xED and A39.

39-01-2145 - Connector (Molex)
FEATURES AND SPECIFICATIONS Mechanical Contact Insertion Force: 1.5kg max. applications Contact Retention to Housing: 3.0kg min. s Positive housing lo.

39-28-1xxx - Header (Molex)
www..com FEATURES AND SPECIFICATIONS Features and Benefits s Positive housing locks to mate with Mini-Fit, Jr. receptacle s Fully isolated t.

39-28-8xxx - Header (Molex)
www..com FEATURES AND SPECIFICATIONS Features and Benefits s Positive housing locks to mate with Mini-Fit, Jr. receptacle s Fully isolated t.

39-29-0xxx - Header (Molex)
www..com FEATURES AND SPECIFICATIONS Features and Benefits s Positive housing locks to mate with Mini-Fit, Jr. receptacle s Fully isolated t.