A3964SB Search Results

Contextual Info: DUAL FULL-BBIDGE PWM MOTOR DRIVER Designed for pulse-width modulated PWM current control of bipolar stepper motors, the A3964SB and A3964SLB are capable of continuous output currents to ±800 mA and operating voltages to 30 V. Internal fixed off-time PWM current-control circuitry can be used to

a3964sb

Contextual Info: 2 9 3 1 9 .2 8 * DUAL FULL’BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated PWM current control of bipolar stepper motors, the A3964SB and A3964SLB are capable of continuous output currents to ±800 mA and operating voltages to 30 V. Internal fixed off-time PWM current-control circuitry can be used to

A3964SB

Abstract: "dc servo motor" DC SERVO MOTOR CONTROL circuit h bridge hall effect sensor 4 pin rc servo motor rc servo motor datasheet stepper motor stall 3 volt DC motor back-emf motor application note
Contextual Info: 3964 3964 Data Sheet 29319.28 DUAL FULL-BRIDGE PWM MOTOR DRIVER DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB 20 OUT 2B SENSE 1 2 19 SENSE 2 OUT 1A 3 18 OUT 2A LOAD SUPPLY 4 17 LOGIC SUPPLY GROUND 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1

Contextual Info: DUAL FULL-BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated PW M current control of bipolar stepper motors, the A 3964SB and A 3964SLB are capable of continuous output currents to ± 8 0 0 mA and operating voltages to 30 V. Internal fixed off-time PW M current-control circuitry can be used to

A3964SB

Abstract: A3964SLB A3964SLB-T A3964SLBTR A3964SLBTR-T SOIC37 1280 stepper motor
Contextual Info: Data Sheet 29319.28f 3964 DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB OUT 1B 1 SENSE 1 2 OUT 1A 3 1 2 VBB 20 OUT 2B 19 SENSE 2 18 OUT 2A 17 LOGIC SUPPLY 4 GROUND 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1 89 13 RC 2 PHASE 1 9 12 PHASE 2 ENABLE 1

A3964SB

Abstract: GP-049 A3964SLB
Contextual Info: 3964 DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB OUT 1B 1 SENSE 1 2 OUT 1A 3 1 2 VBB 20 OUT 2B 19 SENSE 2 18 OUT 2A 17 LOGIC SUPPLY 4 GROUND 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1 89 13 RC 2 PHASE 1 9 12 PHASE 2 ENABLE 1 10 11 ENABLE 2

DC SERVO MOTOR CONTROL circuit

Abstract: A3964SB "dc servo motor" dc motor forward reverse control hall effect sensor 4 pin rc servo motor h bridge stepper motor stall current input output 8932-A A3964SLB
Contextual Info: 3964 3964 DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB OUT 1B 1 SENSE 1 2 OUT 1A 3 1 2 VBB 20 OUT 2B 19 SENSE 2 18 OUT 2A 17 LOGIC SUPPLY 4 GROUND 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1 89 13 RC 2 PHASE 1 9 12 PHASE 2 ENABLE 1 10 11 ENABLE 2

a3150 ic

Abstract: A2918SW ULx2003 K238 a3150 A3964SB PS-0031 A2919SLB A3845xLW A3144
Contextual Info: 3 4 GROUND 2 OUTPUT 1 SUPPLY GROUND GROUND 4 CAPACITOR INTERNAL CONNECTION 3 OUTPUT OUTPUT 2 SUPPLY SUPPLY 1 AMS-177C PINOUT DIAGRAMS Vcc X + 1 Dwg. PH-014-5 2 GROUND 1 Vcc Vcc INTERNAL CONNECTION CURRENT OUTPUT GROUND ATS610LSC SUPPLY TEST POINT 4 GROUND

UDN2983A equivalent

Abstract: UDN2961W a3150 ic UGN3235K A3150 ULx2003 UDN2580A A2918SWH a3141 A3964SB
Contextual Info: 3 4 GROUND 2 OUTPUT 1 SUPPLY GROUND GROUND 4 CAPACITOR INTERNAL CONNECTION 3 OUTPUT OUTPUT 2 SUPPLY SUPPLY 1 AMS-177C† PINOUT DIAGRAMS Vcc X + 1 Dwg. PH-014-5 2 GROUND 1 Vcc Vcc INTERNAL CONNECTION CURRENT OUTPUT GROUND ATS610LSC SUPPLY TEST POINT 4 GROUND

A3964SB

Abstract: A3964SLB PP0052 GP-049-4 1280 unipolar stepper motor Electrical Motors Diagram
Contextual Info: Data Sheet 29319.28† 3964 DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB OUT 1B 1 SENSE 1 2 OUT 1A 3 1 2 20 OUT 2B 19 SENSE 2 18 OUT 2A 17 LOGIC SUPPLY 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1 89 13 RC 2 PHASE 1 9 12 PHASE 2 ENABLE 1 10

A3964SB

Abstract: A3964SLB A3964SLB-T A3964SLBTR A3964SLBTR-T Electrical Motors Diagram 3-Phase Motor driver D900.50
Contextual Info: Data Sheet 29319.28E 3964 DUAL FULL-BRIDGE PWM MOTOR DRIVER A3964SLB OUT 1B 1 SENSE 1 2 OUT 1A 3 1 2 VBB 20 OUT 2B 19 SENSE 2 18 OUT 2A 17 LOGIC SUPPLY 4 GROUND 5 16 GROUND GROUND 6 15 GROUND V REF IN 7 14 V REF(OUT) RC 1 89 13 RC 2 PHASE 1 9 12 PHASE 2 ENABLE 1