VNH3SP30 Stepper Motor Driver Module 30A

Driver DRV8833 can control up to two DC motors or one stepper motor with a constant current of 1.5 A (peak 4A ). The motors are controlled, independently by means of PWM signals the direction of rotation of the motors can be controlled, neutral or stop with a frequency of up to 100 kHz. Two input signals (IN1 and IN2) can be used to control one motor (connected to OUT1 and OUT2) and the other two input signals (IN3 and IN4) to control the second motor (connected to OUT3 and OUT4). NOTE: This DRV8833 dual-bridge motor controller is the replacement for the TB6612FNG dual-channel motor controller. The pins come unsoldered. If the motor draws currents above 0.6A, the use of a heat sink may be required. DRV8833 Controller DC Motor PAP features:

28BYJ-48 Stepper Motor 12V + Driver Board ULN2003 features:
- Stepper motor 28BYJ-48 + ULN2003 controller
- The 28BYJ-48 has everything you need to start using motors step by step in your project
- A stepper motor converts digital impulses into small steps of movement in one direction
- The motor also comes with a ULN2003 motor controller card
- Can control two DC motors or a motor with bipolar steps with a maximum amperage of up to 500 mA
- Equipped with state indicator LEDs A, B, C, D
- Engine model: 28BYJ-48
- Phasing Engine: 4
- Operating voltage: 12V DC
- Frequency: 100 Hz
- Operating current: 200mA
- Max Power: 20W
- Winding resistance: 70 Ohm
- Angle per step: 5,625º
- Steps per round: 64

A3967 controller, double H-bridge controller driver.
Allows to control up to 2 DC motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO. You can use it with PIC, AVR, STM32. A3967 DC Motor PAP Driver Stepper - Easy driver features:

- Minimum operating voltage: 7.00 V
- Voltage maximum operating: 30 V

It allows controlling up to 2 direct current motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO.
You can use it with PIC, AVR, STM32.
It incorporates a switch for the connection and disconnection of the entire module.
L298N Motor Drive Controller Board Module Dual H Bridge DC with interruptor features:
- Minimum operating voltage: 5 V
- Maximum operating voltage: 35 V
- Maximum current: ± 2 A
- Logic voltage: 5V
- PWM signal inputs for speed control
- Outputs: for 2 DC motors or for a bipolar stepper motor
- Measures: 43x43x24 mm
Helpful Links:
Operation of the robot by Infrared / Operation of the robot by Bluetooth />

LSC-16 Digital Servo Motor Controller 16 channels features:
- With current limiting protection. The servo output is isolated from the CPU to prevent increased servo current causing damage to the CPU.
- CPU using high performance STM32 single chip microcomputer with ARM Cortex-M3 corer, control High precision 16-channel servo movement, adjustable speed.
- 16M high capacity memory, enough for your use! It can contain 230 action groups! Each action group can hold up to 510 actions!
- Supports online debugging, no need to install any driver by yourself (Install Drivers Automatically).
- 0 ~ 3rd and 12th - 15th servo interface have over current protection! Greatly reducing the risk of burned servo due to locked rotor.

It allows controlling many different types of engines: - Up to 4 bidirectional current motors
- Up to 2 stepper motors (unipolar or bipolar) In addition it is provided with two connectors for servos.                   L293D Motor Drive Shield Expansion Board features:
- Minimum operating voltage: 4.5 V
- Maximum operating voltage: 36 V
- Maximum current: ± 1.2 A (650mA)
- Logic voltage: 5V
- Controller L293D
- Measures: 70x55x20 mm L293D controller consists of 4 H bridges with 650 mA current with thermal protection.
Pull-down resistors keep the motors off during startup.

Router TB6560 1 Axis 3A Stepper Motor Driver Board features:
- Minimum operating voltage: 10 V
- Maximum operating voltage: 35 V (24V recommended)
- Maximum current: ± 3 A
- Stepper motor · two phases · four phases
- Resolution of microsteps: full, 1/2, 1/8, and 1/16
- PCB measurements: 75x50 mm
- CNC Router 1 Axis Controller Stepper motor controllers TB6560 3A driver board
- Operating voltage DC 10V-35V. Recommended to use a switching power supply DC24V power supply
- 6N137 high speed optical coupling guarantees high speed without losing steps
- Use of TB6560AHQ chip with low voltage shutdown, overheat stop and overcurrent
- Protection circuit to ensure optimal performance
- Maximum nominal output: 3 A, peak 3.5A

TB6612FNG controller, double H-bridge controller driver.
Allows to control up to 2 current motors continuous or bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO. You can use it with PIC, AVR, STM32.
An improved version of the L298N.
H-bridges are made up of MOSFET transistors, rather than BJT transistors as in the L298N.
The TB6612FNG has better efficiency and smaller dimensions than the L298N.
Controller TB6612FNG DC PAP motor features:

- Minimum operating voltage: 4.5 V
- Maximum operating voltage: 13.5 V (15V max)
- Maximum current: ± 3A per channel (1.2 A direct current per channel)
- Logic voltage: 5V

It allows controlling up to 2 direct current motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO.
You can use it with PIC, AVR, STM32.
L298N Motor Drive Controller Board Module Dual H Bridge DC features:
- Minimum operating voltage: 5 V
- Maximum operating voltage: 35 V
- Maximum current: ± 2 A
- Logic voltage: 5V
- PWM signal inputs for speed control
- Outputs: for 2 DC motors or for a bipolar stepper motor
- Measures: 43x43x24 mm
Helpful Links:
Operation of the robot by Infrared / Operation of the robot by Bluetooth / Automatic operation with detection of obstacles

The micro:bit servo driver module, 16 channel, 12 bit, I2C interface. Have you ever had the problem of not having enough micro:bit PWM outputs when trying to create a robotic arm or other robot that requires multiple servos? At times like this a great solution comes to your aid. This servo controller will be the perfect choice.