Serial Bus Servo Driver Board for ST/SC Series Servos, UART, 9-12.6V

The pictures are for display only. This product does not include the above servos, motherboards, or mainframes Serial bus servo driver board module suitable for ST/SC series robots/Raspberry Pi UART Product characteristics ·Used to connect the upper computer or MCU to control the rotation of the bus servo motor Can simultaneously control up to 253 ST/SC series bus servos (provided sufficient power supply) 9~12.6V voltage input (input voltage needs to match servo voltage) ·Provide a convenient solution for bus servo control ·Integrate stable control circuits to ensure stable operation of bus servos ·Mini and compact, space saving, suitable for embedding into various projects with high space requirements Supply voltage: DC 9~12.6V (ST series servo) Power supply interface: 5.5 • 2.1mm DC Communication interface: UART Product size: 42.00x 33.00mm Positioning hole diameter: 2.50mm Positioning hole spacing: 37.00x28.00mm Main purpose diagram Can provide feedback on various information of the servo: position, speed, torque lock, and operating mode (servo mode, servo) Motor mode, etc. can be used for advanced projects that require closed-loop automatic control ·Can be used to build robot projects that require multiple servos, such as quadruped, hexapod, and robotic arms ·Mini and compact, suitable for embedding into robot projects with high space requirements Support controlling multiple bus servos Support the control of ST/SC series bus servos, with DC power supply interface directly supplying power to the servos, which can be adjusted according to Select the corresponding supply voltage based on the servo used Explanation: It is not recommended to mix ST series and SC series servos. Different models of servos in the same series are the same When using, pay attention to whether the voltage meets the requirements of all servos at the same time Using serial bus control Can simultaneously control up to 253 SC and ST series bus servos, and can read the operation of each servo Provide status and various information feedback