TB6600 Stepper Motor Driver

TB6600 Stepper Motor Driver is a professional stepper motor driver for controlling two-phase stepper motors. It works with Arduino and other microcontrollers that can generate a 5V digital pulse signal. This stepper motor driver uses optocoupler isolation for signal input. It provides current for the motor at the required voltage, while the microcontroller controls speed and direction. The TB6600 is designed for stepper motor control applications that require pulse input and current regulation.

Features of TB6600 Stepper Motor Driver - 9V-42V DC, 4A

• H-bridge drive
• Automatic half-current function
• Optical isolation for signal inputs
• Single positive pulse interface
• Offline holding function
• Thermal protection
• Overcurrent protection
• Short-circuit protection

Specifications of TB6600 Stepper Motor Driver - 9V-42V DC, 4A

• Model: TB6600
• Chip: TB67S109AFTG
• Supply voltage: 9 to 42 V DC
• Operating temperature: -10 to +45 degrees Celsius
• Maximum output current: 4 A
• Output power: 160 W
• Operating frequency: 20 kHz
• Microsteps: full step
• Microsteps: half step
• Microsteps: 1/4 step
• Microsteps: 1/8 step
• Microsteps: 1/16 step
• Microsteps: 1/32 step
• Size: 72 x 96 mm
• Case: with case / without case (optional)
• Operating voltage DC 10V-45V
• DC32V switching power supply is recommended
• High-speed optical coupling 6N137
• Toshiba TB6600HG new original chip
• Low-pressure shut-off
• Overheating parking
• Over-current protection circuit
• Short-circuit protection
• Rated maximum output: ± 4.5A
• For 4.2A 42,57,86 within the two-phase / four-phase / four-wire / six-wire stepper motor
• Subdivision: full step
• Subdivision: half step
• Subdivision: 1/4-step
• Subdivision: step 1/8
• Subdivision: 1/16-step
• Subdivision: up to 16 segments
• Volume: width 82 mm
• Volume: length 50 mm
• Volume: high 35 mm

How to Use TB6600 Stepper Motor Driver - 9V-42V DC, 4A

1. Connect the driver to a DC power supply within the specified voltage range.
2. Connect the pulse input and motor wiring to the driver terminals.
3. Set the desired microstep mode for your application.

More Info

• Designed for stepper motor control with pulse input and current regulation.
• Suitable for use with microcontrollers that output 5V digital pulses.