TB6612FNG DRV8833 Motor Drive Board Module Small Volume High Performance Balanced Trolley Exceeds L298NItem NO.: TB6612FNG DRV8833

TB6612FNG DRV8833 Motor Drive Board Module

Product Introduction:

All modules have been tested for power on, but due to the characteristics of tantalum capacitors, they are prone to burst. An unstable power supply does not cause every module to burst. Please check if the power supply is stable

The DRV8833 motor drive module can directly replace the TB6612 drive module, and the pins are basically fully compatible.

DRV8833 Features Introduction:

Size: 18 * 21mm

Input voltage: 2.7 V – 10.8 V

Single H-bridge output current: 1.5A, capable of driving 2 DC reduction motors.

Built in overcurrent protection, short circuit protection, undervoltage lockout, and overheating protection. With low-power sleep mode.

Purpose: Can drive DC motors below 1.5A and 4-wire stepper motors.

DRV8833 pin description:

ANI1: Logic input control port of AO1, level 0-5V.

AIN2: The logic input control port of AO2, with a level of 0-5V.

BNI1: Logic input control port of BO1, level 0-5V.

BIN2: Logic input control port of BO2, level 0-5V.

AO1 and AO2 are 1-channel H-bridge output ports connected to the two legs of a DC motor.

BO1 and BO2 are two H-bridge output ports connected to the two legs of another external direct motor.

GND: Grounding.

VM: Chip and motor power supply pins, voltage range 2.7 V -10.8 V.

STBY: The grounded or suspended chip does not work, has no output, and operates when connected to 5V; Level 0-5V.

NC: Empty foot

Usage of DRV8833:

DRV8833 is a dual drive, which means it can drive two motors

Below are the IO ports that control the two motors

The STBY port is connected to the IO port of the microcontroller, and all zeroing motors are stopped. Set 1 to control the forward and reverse directions through AIN1, PIN2, BIN1, and BIN2

VM connected to power supply within 12V

GND won't say much anymore

Usage of TB6612:

TB6612 is a dual drive, which means it can drive two motors

Below are the IO ports that control the two motors

The STBY port is connected to the IO port of the microcontroller, and all zeroing motors are stopped. Set 1 to control the forward and reverse directions through AIN1, PIN2, BIN1, and BIN2

VM connected to power supply within 12V

VCC connected to 5V power supply

GND won't say much anymore