Hiwonder DC Motor TT Geared Motor Metal Axis with AB Phase Code
Hiwonder DC Motor TT Geared Motor Metal Axis with AB Phase Code
About Hall Speed Code Disk
Hall speed measuring disk is a speed measuring module using Hall sensor encoder. It is equipped with a 3-wire strong magnetic code disk. Under the common use of AB bi-phase output, the number of pulses can be reached when the wheel makes one revolution42*3*2=252, which can judge the speed parameters of tire forward and reverse, suitable for all kinds of DIY cars.
Hall speed measuring disk is a speed measuring module using Hall sensor encoder. The the pulse of wheel’s one revolution is 42*3*2=252, which helps for the high speed robot car project.
Hiwonder DC Motor TT Geared Motor Metal Axis with AB Phase Code
- TT motor with plastic axis
- PID Hall Encoder motor
- Strong power fast speed
- Support PWM speed adjustment
- Product SKU: HW2019113
- Category: Accessory, All Products, Arduino, micro:bit&Scratch, micro:bit2, Motor & Wheel, Raspberry Pi, Scratch, Servo/Motor, Servo/Motor, Servo/motor, Servo/motor

- Order within
Available:
In Stock
$9.99

About Hall Speed Code Disk
Hall speed measuring disk is a speed measuring module using Hall sensor encoder. It is equipped with a 3-wire strong magnetic code disk. Under the common use of AB bi-phase output, the number of pulses can be reached when the wheel makes one revolution42*3*2=252, which can judge the speed parameters of tire forward and reverse, suitable for all kinds of DIY cars.
Hall speed measuring disk is a speed measuring module using Hall sensor encoder. The the pulse of wheel’s one revolution is 42*3*2=252, which helps for the high speed robot car project.



- The voltage between V-G depends on the power supply voltage of the micro controller used, generally 3.3V or 5V.
- The frequency of H1, H2 output square wave is related to the speed of the motor and the number of pairs of magnets used.
- The voltage between M+ and M- is determined according to the motor voltage used, the rated voltage of this product is 12V.





- The voltage between V-G depends on the power supply voltage of the micro controller used, generally 3.3V or 5V.
- The frequency of H1, H2 output square wave is related to the speed of the motor and the number of pairs of magnets used.
- The voltage between M+ and M- is determined according to the motor voltage used, the rated voltage of this product is 12V.
