BLDC Motor Control Evaluation System for RAJ3060xx Motor Control ICs
This is a kit for evaluating BLDC motor system using the RAJ306010 motor control IC. It consists of a board with RAJ306010 mounted, a small 24V motor, and a connecting cable.
RAJ306010 is initially equipped with a sample code for 120 degree conduction control using a Hall IC, and a basic evaluation of motor control can be performed simply by connecting a 24V DC power supply and the attached motor. In addition, it is possible to connect and evaluate a motor and MOSFET prepared by user.
BLDC motors have different control requirements than standard brush motors. Reference our BLDC Motor Control Algorithms page for additional information and guidelines.
Equipment Required:
- Power Supply 24V/2A
- Emulator E2, E2 Lite, E20, E1
- USB mini-B type
Features
- Easy to start the motor control evaluation with RAJ306010
- Reference firmware has already been written on the RAJ306010. By connecting the attached small motor to the board and supplying power, evaluation can be start immediately.
- High expandability and operability by small board (about B6 size: 148 × 125 mm)
- The board is small and easy to operate, but, since switches, potentiometers, LEDs and thermistors are mounted, their functions can be used by using the user program
- Connectable to the external MOSFET board
- By setting the switching pin, it is possible to select mounted MOSFET and external MOSFET.
- Various sample codes for the basic motor drive
- Sample code of basic control required for BLDC Motor control can be downloaded from the website
- 120 degrees conducting control with hall IC
- 120 degrees conducting speed control with hall IC
- 120 degrees conducting control by Sensor-less drive
- 120 degrees conducting control with hall IC
- Sample code of basic control required for BLDC Motor control can be downloaded from the website
- Desk Top Lab ICS tool support (ICS: PC tool for waveform display)
- ICS is a tool for monitoring and changing global variables in operation from a PC
- Refer to Desk Top Lab website for detail features and operation methods
