STM32F103VET6 FOC DC Brushless Motor Control Drive Board Current Voltage Isolation Collection

Use STM32F103Vet6 ARM® 32-BIT Cortex®-M3 CPU

3 Road IR2110Strpbf Gallery Drive, PWM isolation circuit, anti-upper and lower tube short -circuit logic circuit, and 6 NMOS tubes to form the BLDC driver

Default supports 3000rpm brushless motor with a Hall encoder

The default supports the maximum load current: 10A, more than 10A will automatically trigger the short circuit protection of the hardware

Power supply voltage: DC12-40V

5V and 3.3V isolation power output;

Piece 1 RST reset button and 4 programmable function keys;

1 power supply LED+1 hardware short circuit protection LED+4 programmable LED;

Reserve power supply voltage isolation detection circuit and NTC thermal protection circuit;

Reserve three opposite electric momentum isolation detection circuits;

Reserve three -phase current isolation detection circuit;

Reserve SWD program burn port;

Reserve a variety of GPIOs such as UART and SPI.

Describe:

The STM32 FOC brushless motor controller uses STM32F103Vet6 as the main control MCU, the logical chip with PWM signal isolation driver, and the short -circuit of the upper and lower tubes is turned on. The response of the Hall encoder isolation circuit and the hardware overcurrent protection circuit.

It can be used to control the Hall with the BLDC brushless motor in 3000rpm 10A.

Reserve the bus voltage isolation detection, NTC thermal protection detection, three opposite electric momentum isolation detection, and three -phase current isolation detection circuit to facilitate secondary development.

PID closed loop, current voltage isolation collection, carrying 1 RST reset button and 4 programmable function keys.

Colour:Black

Material:PCB

Package Contents:

1 * Brushless motor drive board

Only the above package content, other products are not included.

Note: Light reflection and different displays may cause the colour of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.