DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated (PWM) current control of two dc motors, the A3974SED is capable of output currents to ±1.5 A and operating voltages to 50 V. Internal fixed off-time PWM current-control timing circuitry can be programmed via a serial interf

包装：散装 描述：AD BLOCKING KIT FOR PI-HOLE WITH 创客/DIY，教育 教学套件

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER

FEATURES ■ ±1.5 A, 50 V Continuous Output Rating ■ Low rDS(on) DMOS Output Drivers ■ Programmable Slow, Fast, and Mixed Current-Decay Modes ■ Serial-Interface Controls Chip Functions ■ Synchronous Rectification for Low Power Dissipation ■ Internal UVLO and Thermal Shutdown Circuitry ■ Cross

包装：散装 描述：B120,20X14,BLU,BLK/WHT,NO EATING 标签，标志，护栏，标识 标志，铭牌，招贴

DMOS Dual Full-Bridge PWM Motor Driver

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated (PWM) current control of two dc motors, the A3974SED is capable of output currents to ±1.5 A and operating voltages to 50 V. Internal fixed off-time PWM current-control timing circuitry can be programmed via a serial interf

DMOS Dual Full-Bridge PWM Motor Driver

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER Designed for pulse-width modulated (PWM) current control of two dc motors, the A3974SED is capable of output currents to ±1.5 A and operating voltages to 50 V. Internal fixed off-time PWM current-control timing circuitry can be programmed via a serial interf

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER

FEATURES ■ ±1.5 A, 50 V Continuous Output Rating ■ Low rDS(on) DMOS Output Drivers ■ Programmable Slow, Fast, and Mixed Current-Decay Modes ■ Serial-Interface Controls Chip Functions ■ Synchronous Rectification for Low Power Dissipation ■ Internal UVLO and Thermal Shutdown Circuitry ■ Cross

DMOS DUAL FULL-BRIDGE PWM MOTOR DRIVER

FEATURES ■ ±1.5 A, 50 V Continuous Output Rating ■ Low rDS(on) DMOS Output Drivers ■ Programmable Slow, Fast, and Mixed Current-Decay Modes ■ Serial-Interface Controls Chip Functions ■ Synchronous Rectification for Low Power Dissipation ■ Internal UVLO and Thermal Shutdown Circuitry ■ Cross