motor

DRV8428 35 V 1 A BIPOLAR STEPPER MOTOR DRIVER

DRV8428 35 V, 1 A BIPOLAR STEPPER MOTOR DRIVER

Texas Instruments’ driver features integrated current sense, 1/256 microstepping, STEP/DIR interface, and smart tune technology Texas Instruments’ DRV8428 is a stepper motor driver for industrial and consumer applications. The device is fully integrated with two N-channel power MOSFET H-bridge drivers, a microstepping indexer, and integrated current sensing. The DRV8428 can drive up to 1 A full-scale output […]

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STMICROELECTRONICS STEVAL PTOOL1V1 BLDC MOTOR DRIVER FOR BATTERY POWERED APPLICATIONS

STMICROELECTRONICS STEVAL-PTOOL1V1 BLDC MOTOR DRIVER FOR BATTERY-POWERED APPLICATIONS

Due to continuous developments in power electronics and advanced semiconductor devices, the brushless DC motor (BLDC), also known as the electronically commuted motor, is seen in commercial and industrial applications. If you are looking for a brushless motor design, this might aid your requirements. The STEVAL-PTOOL1V1 from STMicroelectronics is based on the STSPIN32F0B controller, which is an advanced

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HIGH VOLTAGE HALF BRIDGE WITH CURRENT FEEDBACK USING L6390

HIGH VOLTAGE HALF-BRIDGE WITH CURRENT FEEDBACK USING L6390

The project presented here is a versatile high voltage Half-Bridge with current feedback. The board is built using L6390 IC from ST Semiconductor. It is suitable for DC-DC converters, EHT drivers, induction heater drivers, battery chargers, LED drivers, DC motor speed controller and field-oriented control (FOC) motor driving application etc. The user can make a FOC Brushless motor driver with 3

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PWM MODULE WITH DUAL SOURCE SINK OUTPUTS USING SG3525

PWM MODULE WITH DUAL SOURCE/SINK OUTPUTS USING SG3525

SG3525 PWM module is a great tool for every hobbyist. This circuit can be used in various applications such as switching power supply, DC-DC converter, DC motor speed controller, LED dimer, High voltage power supply, solenoid driver, and electronic DC load.  This low-cost pulse width modulator control circuit offers improved performance. The circuit has various options

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TINY AUTOMOTIVE COMPLIANT 40V DUAL MOSFET BOASTS LOW RDSON RESISTANCE

TINY AUTOMOTIVE-COMPLIANT, 40V DUAL MOSFET BOASTS LOW RDS(ON) RESISTANCE

Diodes Incorporated introduced DMT47M2LDVQ automotive compliant 40V dual MOSFET in a 3.3mm x 3.3mm package for automotive systems. It smartly integrates two n-channel enhancement-mode MOSFETs with the lowest RDS(ON) (10.9mΩ at VGS of 10V and ID of 30.2A). The low on-resistance conduction helps in keeping the losses to a minimum in applications like wireless charging or motor control. Besides, switching losses are minimized with the

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VISHAY LAUNCHES MODULAR PANEL POTENTIOMETER TO PROVIDE INDUSTRY HIGH ROTATIONAL TORQUE OF 8 NCM

VISHAY LAUNCHES MODULAR PANEL POTENTIOMETER TO PROVIDE INDUSTRY-HIGH ROTATIONAL TORQUE OF 8 NCM

Vishay Intertechnology, Inc. today announced a new modular panel potentiometer that delivers industry-high rotational torque of 8 Ncm — 200 % higher than the closest competing device — for off-road, aeronautics, and industrial applications. Featuring up to seven modules, the Vishay Sfernice P11H is offered in a compact 12.5 mm size with a 6.35 mm shaft diameter. The high rotational

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RE FAMILY THE WORLDS MOST ENERGY EFFICIENT MCUS WITH ARM® CORTEX® M CORE

RE FAMILY, THE WORLD’S MOST ENERGY EFFICIENT MCUS WITH ARM® CORTEX® M CORE

When designing a low power system, you want to make the most out of your batteries, while keeping them small and cheap and desirably incorporate energy harvesting for full autonomy, but your desired microcontroller should also perform decently at the lowest energy cost. The new family of microcontrollers from Renesas is here to help you!

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JAKE WACHLIN DEMONSTRATES HIS CAN CONTROLLED DUAL CLOSED LOOP MOTOR CONTROLLER

JAKE WACHLIN DEMONSTRATES HIS CAN CONTROLLED DUAL CLOSED- LOOP MOTOR CONTROLLER

Jake Wachlin has posted on Hackaday a CAN Controlled Dual Closed-Loop Motor Controller. CAN is an acronym for Controller Area Network. This is a robotic vehicle bus standard designed to enable microcontrollers and devices to communicate with each other’s applications without a host computer. This mechanism is implemented in the CAN controlled dual closed-loop motor controller. This controlled dual closed-loop

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