TB6612 DRV8833 DRV8837 Dual Motor Driver 1A TB6612FNG for Arduino Microcontroller Better than L298N

TB6612 DRV8833 DRV8837 Dual Motor Driver 1A TB6612FNG for Arduino Microcontroller Better than L298N - 图片 3

SKU N/A Category Motor Driver Modules Tags dc motor driver, DRV8833, dual motor driver, motor driver module, robot controller, smart car driver, TB6612FNG 品牌： WAVGAT

TB6612 DRV8833 DRV8837 Dual Motor Driver 1A TB6612FNG for Arduino Microcontroller Better than L298N

Price :

$0.28 $1.29价格范围：$0.28 至 $1.29

Model Type

清除

TB6612FNG / DRV8833 / DRV8837 DC Motor Driver Module Dual H-Bridge PWM Speed Control Board For Smart Car Robot

Description

📌 Product Introduction

We provide two optional versions: TB6612FNG module/DRV8833 module/DRV8837 module, both adopt genuine original chips, specially designed for maker projects and electronic design competitions. Compared with traditional L298N driver modules, they feature smaller size, higher energy efficiency and lower heating.

✅ Core Advantages

• Dual-channel H-bridge driver, supports independent control of two DC motors

• Compact PCB layout, high integration, easy to embed into robotic projects

• Built-in multiple protection circuits: overcurrent, short-circuit, undervoltage lockout and thermal protection

• Support PWM speed regulation, control motor forward, reverse and stop

• Low power sleep mode available

• Easy wiring, compatible with mainstream microcontrollers such as Arduino, STM32

📋 Parameter Specification

TB6612FNG Module

Logic Input Voltage(VCC): 3.3V ~ 5V
Motor Operating Voltage(VM): 4.5V ~ 12V
Continuous Output Current: 1.2A per channel
Peak Current(Single Pulse): 3.2A
Drive Channels: 2 Channels

DRV8833 Module

Input Voltage Range: 2.7V ~ 10.8V
Continuous Output Current: 1.5A per single H-bridge
Drive Channels: 2 Channels
Compatibility: Pin-to-pin alternative for TB6612 module

📌 Pin Definition & Operation Guide

TB6612FNG Module Pins

VM: Motor power supply
VCC: Logic level power supply (3.3~5V)
GND: Common ground
STBY: Standby pin, High = Enable driver, Low = All motors stop
AIN1, AIN2: Direction control for Motor 1
PWMA: PWM speed control for Motor 1
A01, A02: Output terminals connect to Motor 1
BIN1, BIN2: Direction control for Motor 2
PWMB: PWM speed control for Motor 2
B01, B02: Output terminals connect to Motor 2

Control Logic Truth Table

表格

Motor Channel	INx1	INx2	Status
Motor 1/2	0	0	Stop
Motor 1/2	1	0	Forward Rotation
Motor 1/2	0	1	Reverse Rotation

DRV8837 Single/Double Channel Motor Driver Module

The DRV8837 series includes single-channel and dual-channel H-bridge motor drive modules.

✅ Single Channel Version

Size: 15 * 20MM

Input Voltage: 1.8V-7V

Single H-bridge Output Current: 1.8A, can drive 2 DC gear motors.

Built-in overcurrent protection, short-circuit protection, undervoltage lockout, and overheat protection.

With low-power sleep mode.

Application: This product can drive DC motors under 1.8A and 4-wire stepper motors.

Pin Definition

IN1: PWM input 1 of chip A, voltage range: -0.3-7V
IN2: PWM input 2 of chip A, voltage range: -0.3-7V
OUT1: Motor drive output 1 of chip A, voltage range: -0.3—7V
OUT2: Motor drive output 2 of chip A, voltage range: -0.3—7V
IN1 and IN2 form one H-bridge output port, connected to the two terminals of a DC motor.
SLEEP: Low level puts chip A to sleep, high level for normal operation, built-in pull-down resistor to GND, Voltage range: -0.5 — 7V
VCC: Chip power supply pin, voltage range: 1.8 — 7V
GND: Ground
VM: Motor power supply pin, voltage range: 1.8 — 11V

✅ Double Channel Version

Size: 20 * 22.5MM

Input Voltage: 1.8V – 12V

Single H-bridge Output Current: 1.8A, can drive 2 DC gear motors.

Built-in overcurrent protection, short-circuit protection, undervoltage lockout, and overheat protection. Comes with low-power sleep mode.

Application: This product integrates two chips and can drive two DC motors under 1.8A and 4-wire stepper motors.

Pin Definition

INA1: A chip PWM input 1, voltage range: -0.3-7V
INA2: A chip PWM input 2, voltage range: -0.3-7V
INB1: B chip PWM input 1, voltage range: -0.3-7V
INB2: B chip PWM input 2, voltage range: -0.3-7V
OUTA1: A motor drive output 1, voltage range: -0.3—7V
OUTA2: A motor drive output 2, voltage range: -0.3—7V
OUTB1: B motor drive output 1, voltage range: -0.3—7V
OUTB2: B motor drive output 2, voltage range: -0.3—7V
INA1 and INA2 are one H-bridge output port, connected to the two terminals of a DC motor.
INB1 and INB2 are the second H-bridge output port, connected to the two terminals of another external DC motor.
SLEEPA: Low level puts chip A to sleep, high level is normal operation, includes a pull-down resistor to GND. Voltage range -0.5 — 7V
SLEEPB: Low level puts chip B to sleep, high level is normal operation, includes a pull-down resistor to GND.

HW-048 TB6612FNG Motor Driver Module Blue Board

The TB6612FNG compact motor driver board features two H-bridges and can control up to two DC motors, with a maximum continuous drive current of 1.2A per channel (startup peak current up to 2A/3.2A). The AIN and BIN signals can be used to control the motor in four modes: forward/reverse/brake/stop. The motor can rotate at any speed via PWM signal input, with PWM signals up to a frequency of 100kHz.

Module Dimension: 21.46mm * 19mm

Pin Description

The motor driver board has 16 pins.

VCC: Logic power supply, 5V
VM: Motor drive voltage, 5V~13.5V
GND: Ground. The three GND pins are mutually connected on this module.
AIN1, AIN2, BIN1, BIN2: Control motor forward and reverse rotation
AO1, AO2: Connect to Motor 1
BO1, BO2: Connect to Motor 2
PWMA, PWMB: Signal input for PWM speed regulation
NC: Not connected

Logic Control Table

AIN1	AIN2	BIN1	BIN2	PWMA	PWMB	Working Status
1	0	1	0	1	1	Forward rotation
0	1	0	1	1	1	Reverse rotation
1	1	1	1	1	1	Free brake
X	X	X	X	0	0	Brake

The module supports connecting to Arduino mainboard via jumper wires, and uses TTL level signals to control motor rotation direction and speed. We provide ready-to-use Arduino test program for quick development.

💡 Important Notice

Please strictly distinguish power supply pins and pay attention to positive and negative polarity during wiring. Wrong wiring may burn the module.
Do not exceed the rated voltage and current to avoid damage.
These modules are precision driver boards; operate carefully if you are new to electronic projects.
DRV8833 can directly replace TB6612 with almost full pin compatibility.

📌 Application Scenarios

Smart robot car, balance car, small DC geared motor drive, 4-wire stepper motor control, maker prototype development, electronic competition projects.

Downloads

PDF File

TB6612 DRV8833 DRV8837 Dual Motor Driver 1A TB6612FNG for Arduino Microcontroller Better than L298N

Price :

$0.28 $1.29价格范围：$0.28 至 $1.29

Model Type

清除

TB6612FNG / DRV8833 / DRV8837 DC Motor Driver Module Dual H-Bridge PWM Speed Control Board For Smart Car Robot

Description

📌 Product Introduction

✅ Core Advantages

• Dual-channel H-bridge driver, supports independent control of two DC motors

• Compact PCB layout, high integration, easy to embed into robotic projects

• Built-in multiple protection circuits: overcurrent, short-circuit, undervoltage lockout and thermal protection

• Support PWM speed regulation, control motor forward, reverse and stop

• Low power sleep mode available

• Easy wiring, compatible with mainstream microcontrollers such as Arduino, STM32

📋 Parameter Specification

TB6612FNG Module

Logic Input Voltage(VCC): 3.3V ~ 5V
Motor Operating Voltage(VM): 4.5V ~ 12V
Continuous Output Current: 1.2A per channel
Peak Current(Single Pulse): 3.2A
Drive Channels: 2 Channels

DRV8833 Module

Input Voltage Range: 2.7V ~ 10.8V
Continuous Output Current: 1.5A per single H-bridge
Drive Channels: 2 Channels
Compatibility: Pin-to-pin alternative for TB6612 module

📌 Pin Definition & Operation Guide

TB6612FNG Module Pins

VM: Motor power supply
VCC: Logic level power supply (3.3~5V)
GND: Common ground
STBY: Standby pin, High = Enable driver, Low = All motors stop
AIN1, AIN2: Direction control for Motor 1
PWMA: PWM speed control for Motor 1
A01, A02: Output terminals connect to Motor 1
BIN1, BIN2: Direction control for Motor 2
PWMB: PWM speed control for Motor 2
B01, B02: Output terminals connect to Motor 2

Control Logic Truth Table

表格

Motor Channel	INx1	INx2	Status
Motor 1/2	0	0	Stop
Motor 1/2	1	0	Forward Rotation
Motor 1/2	0	1	Reverse Rotation

DRV8837 Single/Double Channel Motor Driver Module

The DRV8837 series includes single-channel and dual-channel H-bridge motor drive modules.

✅ Single Channel Version

Size: 15 * 20MM

Input Voltage: 1.8V-7V

Single H-bridge Output Current: 1.8A, can drive 2 DC gear motors.

Built-in overcurrent protection, short-circuit protection, undervoltage lockout, and overheat protection.

With low-power sleep mode.

Application: This product can drive DC motors under 1.8A and 4-wire stepper motors.

Pin Definition

IN1: PWM input 1 of chip A, voltage range: -0.3-7V
IN2: PWM input 2 of chip A, voltage range: -0.3-7V
OUT1: Motor drive output 1 of chip A, voltage range: -0.3—7V
OUT2: Motor drive output 2 of chip A, voltage range: -0.3—7V
IN1 and IN2 form one H-bridge output port, connected to the two terminals of a DC motor.
SLEEP: Low level puts chip A to sleep, high level for normal operation, built-in pull-down resistor to GND, Voltage range: -0.5 — 7V
VCC: Chip power supply pin, voltage range: 1.8 — 7V
GND: Ground
VM: Motor power supply pin, voltage range: 1.8 — 11V

✅ Double Channel Version

Size: 20 * 22.5MM

Input Voltage: 1.8V – 12V

Single H-bridge Output Current: 1.8A, can drive 2 DC gear motors.

Built-in overcurrent protection, short-circuit protection, undervoltage lockout, and overheat protection. Comes with low-power sleep mode.

Application: This product integrates two chips and can drive two DC motors under 1.8A and 4-wire stepper motors.

Pin Definition

INA1: A chip PWM input 1, voltage range: -0.3-7V
INA2: A chip PWM input 2, voltage range: -0.3-7V
INB1: B chip PWM input 1, voltage range: -0.3-7V
INB2: B chip PWM input 2, voltage range: -0.3-7V
OUTA1: A motor drive output 1, voltage range: -0.3—7V
OUTA2: A motor drive output 2, voltage range: -0.3—7V
OUTB1: B motor drive output 1, voltage range: -0.3—7V
OUTB2: B motor drive output 2, voltage range: -0.3—7V
INA1 and INA2 are one H-bridge output port, connected to the two terminals of a DC motor.
INB1 and INB2 are the second H-bridge output port, connected to the two terminals of another external DC motor.
SLEEPA: Low level puts chip A to sleep, high level is normal operation, includes a pull-down resistor to GND. Voltage range -0.5 — 7V
SLEEPB: Low level puts chip B to sleep, high level is normal operation, includes a pull-down resistor to GND.

HW-048 TB6612FNG Motor Driver Module Blue Board

Module Dimension: 21.46mm * 19mm

Pin Description

The motor driver board has 16 pins.

VCC: Logic power supply, 5V
VM: Motor drive voltage, 5V~13.5V
GND: Ground. The three GND pins are mutually connected on this module.
AIN1, AIN2, BIN1, BIN2: Control motor forward and reverse rotation
AO1, AO2: Connect to Motor 1
BO1, BO2: Connect to Motor 2
PWMA, PWMB: Signal input for PWM speed regulation
NC: Not connected

Logic Control Table

AIN1	AIN2	BIN1	BIN2	PWMA	PWMB	Working Status
1	0	1	0	1	1	Forward rotation
0	1	0	1	1	1	Reverse rotation
1	1	1	1	1	1	Free brake
X	X	X	X	0	0	Brake

💡 Important Notice

Please strictly distinguish power supply pins and pay attention to positive and negative polarity during wiring. Wrong wiring may burn the module.
Do not exceed the rated voltage and current to avoid damage.
These modules are precision driver boards; operate carefully if you are new to electronic projects.
DRV8833 can directly replace TB6612 with almost full pin compatibility.

📌 Application Scenarios

Smart robot car, balance car, small DC geared motor drive, 4-wire stepper motor control, maker prototype development, electronic competition projects.

Downloads