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board I/O module

BLDC Hall Driver

The BLDC Hall Driver is a board I/O module in the LabWired part catalog. Its catalog type is bldc-hall-driver. It connects to the MCU over GPIO. The catalog gives a supply range of 6–60 V. It has 11 pins. This part is its pins. There is no separate device model because the MCU’s own GPIO/PWM/ADC model already is the simulation.

From the catalog: 400W Hall BLDC driver. Core Modulshop #49213 ships configs/devices/bldc_hall_driver.yaml (6-step Hall walker). Until the submodule bumps, wire-derived board_io only — no core-wired where pointing at a file the pin does not hold.

Key facts

CategoryBoard I/O modules
Catalog typebldc-hall-driver
InterfaceGPIO
Supply range6–60 V
Pins11

What LabWired simulates

What is simulated

Pins only, by design

How it was validated

Not applicable. No device model to validate — see what is simulated, above.

BLDC Hall Driver pinout

PinElectrical typeFunction
VM Power input Supply
GND Power input Supply
PWM Input PWM
DIR Input GPIO
ENABLE Input GPIO
HALL_A Output —
HALL_B Output —
HALL_C Output —
U Passive —
V Passive —
W Passive —

How to simulate the BLDC Hall Driver in LabWired

  1. Open the Playground at app.labwired.com and place an MCU board.
  2. Add the BLDC Hall Driver (catalog type bldc-hall-driver).
  3. Connect VM and GND to the supply and ground of the board. Use a supply inside the catalog range of 6–60 V.
  4. Connect PWM to a pin that can output PWM.
  5. Connect DIR and ENABLE to free GPIO pins.
  6. Connect HALL_A, HALL_B, HALL_C, U, V and W as your circuit needs.
  7. Run the firmware. It reads and drives these pins through the GPIO, PWM and ADC models of the MCU. The part has no separate device model.

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No manufacturer datasheet is indexed for this part yet, so none is linked here.