Description
Keyestudio 8833 Motor Driver Expansion Board PH2.0 USB Cable DC 6-9V For BT Wifi And Servo Drivers
The 8833 motor driver expansion board uses PH2.0 terminals and an 8833 motor driver chip driven by the two-channel H bridge whose the largest current can be up to be 1.5A. It also integrates an IR receiver, ultrasonic sensor ports, analog ports, line tracking interfaces and pin headers for BT wifi and servo drivers.
- Voltage USB 5V，DC 6-9V
- Current Max current is 3A，the real output is around 1A（2A, when the motor is loaded）
- Max Power
- Max power is 27W; in fact, it is 9W
- Working Temperature: -10~50℃
- Size: 69*56*18mm
- Weight: 25.5g
- Environmental attributes: ROHS
Keyestudio 8833 Motor Driver Expansion Board (PH2.0, USB Cable, DC 6–9V) – Complete Overview
The Keyestudio 8833 Motor Driver Expansion Board is a versatile and compact control module designed for robotics and embedded system projects. Built around the efficient 8833 motor driver chip, this expansion board offers a powerful and flexible solution for controlling DC motors, servo motors, and integrating various sensors. It is especially suitable for educational purposes, DIY robotics, and smart automation systems
This board stands out due to its integrated features, user-friendly design, and compatibility with multiple modules such as Bluetooth, WiFi, and sensors. Whether you are a beginner learning robotics or an advanced developer building complex systems, this motor driver expansion board provides the necessary tools for smooth operation and control
Core Technology: 8833 Motor Driver
At the heart of the board lies the 8833 motor driver chip, which is based on a dual-channel H-bridge design. The H-bridge configuration allows the board to control the direction and speed of motors efficiently. Each channel can independently drive a motor, enabling control of two DC motors simultaneously
One of the key advantages of this chip is its ability to handle a maximum current of up to 1.5A per channel, making it suitable for small to medium-sized motors commonly used in robotics. The chip ensures stable performance with low power loss, improving the overall efficiency of the
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The Keyestudio 8833 Motor Driver Expansion Board operates within a DC voltage range of 6V to 9V, making it compatible with common battery packs used in robotics projects. This voltage range ensures reliable motor operation without overloading the system The inclusion of a USB cable interface adds convenience, allowing users to easily power or connect the board to a computer or compatible controller. This feature simplifies setup and makes it ideal for beginners who are learning how to build and test electronic circuits
The board uses PH2.0 terminals, which are widely recognized for their secure and stable connections. These connectors make it easy to attach motors, power sources, and sensors without worrying about loose wiring
interface enhances the reliability of the board, especially in moving robotic applications where vibrations can affect connections. It also simplifies the assembly process, reducing the need for soldering and making it more accessible for students and
user –
I recently used the Keyestudio 8833 Motor Driver Expansion Board, and I’m really impressed with its performance and ease of use. The PH2.0 connectors make wiring simple and secure, and the board handles motor control smoothly with good power efficiency. I especially like the built-in support for Bluetooth, WiFi, and sensors, which makes it perfect for robotics and DIY projects. It’s a great choice for beginners as well as intermediate users. Overall, a reliable and versatile board for small to medium projects.