Stepper Motor Driver
Showing all 7 results
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ICs, Module & Sensors, Motor Driver Modules, Semiconductors, Special Purpose ICs
L293D DIP 36V 1.2A Dual H-Bridge Motor Driver IC
ICs, Module & Sensors, Motor Driver Modules, Semiconductors, Special Purpose ICsL293D DIP 36V 1.2A Dual H-Bridge Motor Driver IC
The L293D DIP Dual H-Bridge Motor Driver IC is a versatile, high-performance motor driver ideal for controlling DC motors, stepper motors, and bi-directional motors. With an operating range of 4.5V to 36V and a current capacity of up to 1.2A per channel, it is perfect for robotics, automation, and DIY motor control projects.
SKU: 2001699 -
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Module & Sensors, Motor Driver Modules, Others Robotic Accessories, Robotics
L298N 5A Dual H Bridge Motor Driver Module For Arduino
Module & Sensors, Motor Driver Modules, Others Robotic Accessories, RoboticsL298N 5A Dual H Bridge Motor Driver Module For Arduino
The L298N 5A Dual H Bridge Motor Driver Module is a powerful and easy-to-use motor driver compatible with Arduino for controlling DC motors and stepper motors. With its high current capacity, adjustable voltage range, and built-in protection features, it’s perfect for robotics and automation projects.
SKU: 3000019 -
General Purpose ICs, ICs, Semiconductors, Special Purpose ICs
ULN2003APG DIP 30V 500mA Seven Darlington Arrays
General Purpose ICs, ICs, Semiconductors, Special Purpose ICsULN2003APG DIP 30V 500mA Seven Darlington Arrays
The ULN2003APG is a 7-channel Darlington transistor array capable of driving up to 500mA per channel. With a wide voltage range (5V-30V), it’s ideal for controlling relays, motors, and inductive loads in automation and control systems.
SKU: 2001660 -
General Purpose ICs, ICs, Semiconductors, Special Purpose ICs
ULN2004APG DIP 50V 500mA Darlington IC
The ULN2004APG is a 50V, 500mA Darlington transistor array in a DIP-16 package, designed for driving high-voltage and high-current loads like relays and motors. It’s ideal for industrial control, automation, and power switching applications.
SKU: 2001668
