TB6600 Stepper Motor Driver

The stepper motor is a precise, brushless DC electric motor that divides a full rotation into equal steps, allowing for accurate positioning and control without the need for feedback mechanisms. This motor effortlessly combines precision with versatility, making it essential for projects requiring meticulous movement control, from 3D printers to robotics.

Controlling this marvel of engineering opens up a realm of possibilities. The dynamic TB6600 Arduino stepper motor driver seamlessly connects with your projects, allowing you to control a two-phase stepping motor using Arduino and other microcontrollers with ease. With a robust power input range of 9 to 42 volts and the capability to output a 4 amp peak current, this driver suits most stepper motors, ensuring reliable performance.

Think of the TB6600 as the conductor of an orchestra, perfectly orchestrating the speed and direction of your motor with the precision of a maestro. Configuring the driver's micro steps and output current is intuitive with its six DIP switches, offering you seven micro step options ranging from single step to 1/32 steps, and eight current control options extending from 0.5 amps to 3.5 amps. High-speed optocoupler isolation on all signal terminals strengthens its resistance against high-frequency interference, ensuring your motor follows commands without a hitch.

Designed to drive 57 and 42 type two-phase and four-phase hybrid stepper motors, this upgraded version of the TB6600 is ready to tackle complex tasks with confidence. Whether you're building a DIY alarm system or creating a robot, this driver is your reliable partner, bringing unmatched control and versatility to your creative endeavors.