24 Channel Servo Motor Control Driver Board w/ Arduino Nano for Robot Project and Smart Car Chassis

24 Channel Servo Motor Control Driver Board w/ Arduino Nano for Robot Project and Smart Car Chassis

24 channel Steering controller
1.This product uses a high-performance, low-power 8-bit AVR microprocessor, the instruction execution time for a single clock cycle, high speed, high precision control, I / O port driver more capable, better than the AT51 STC51 Series MCU;
2.Anti-jamming PCB layout, double-sided SMT design, the controller volume greatly reduced, thereby reducing the overall weight of the robot;
3.USB power design, ease of debugging, can directly plug a laptop or desktop computer USB port;
4.Four commonly used baud rate can be selected by the DIP switch, to avoid the the jumper cap loose lost, resulting in abnormal communication, large span baud rate value, so that the choice of the host computer is broader, and the choice of 51, AVR, PIC, DSP microcontroller or Basic Stamp, Arduino do the host computer, and many other advantages, it is obvious

Product parameters:
1.The control part of the terminal supply area: +7 V-+12 V.
2.Control part of the DC plug power supply range: USB to take power or DC 5V power supply.
3.Servo motor terminal power supply range: +4- +6 V.
4.Control channel: 24.
5.Communication input: RS232 (serial) or TTL.
6.Servo motor-driven resolution: about 1us, about 0.09 degrees.
7.Can be converted: 2400 9600 38.4k 115.2k baud rate setting.
8.Of servo motors: support Futaba or Hitec and domestic brands such as Fraser.
9.PC interface: DB9F.
10.Size: 48mm × 65mm × 1.5mm.
11.Control mode: serial accept command. (Comes with PC software control or microprocessor with a serial port)
12.Other: provided to expand outside the host computer system power supply interface.

Package list:
- 1 x 24 Channel Servo Motor Control Driver Board w/ Nano for Robot Project and Smart Car Chassis