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Motor Drive Controller Board Module,DC 3-36V Peak 30A Dual Motor Driver Module Board with H-Bridge Driver Chip IRF3205 MOSFET

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$19.09

$ 9 .99 $9.99

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About this item

  • ➤ N-channel MOSFET IRF3205 MOSFET, use two dedicated half-bridge driver chip on the top tube using the boostrap capacitor, so that the tube has enough drive voltage of the MOSFET channel can be opened quickly, improve motor acceleration curvature, but also quickly for the motor brake. This allows the trolley can quickly start can quickly kill the car
  • ➤ The driver focus on current and efficiency, effectively motor power and battery life.Can withstand high current overload, the maximum current up to 30A
  • ➤ This drive also has a brake function can be quickly stopped the motor, brake quickly, braking obvious, easy to implement this feature
  • ➤ The drive uses the full two half-bridge driver chip + low resistance N-channel MOSFET components
  • ➤ Completer two half-bridge driver chip reliable drive mode, the MOSFET switching losses to a minimum. Improve power utilization


Specifications:

Condition:100% Brand New

Motor forward: DIR = 1 PWM = PWM

Motor reversal: DIR = 0 PWM = PWM

Parking brake: DIR = X PWM = 0 (X is an arbitrary state)

Motor and power connections

POWER connected to the positive power supply, GND power supply is negative. Two motors were connected MOTOR1, MOTOR2

Rated voltage: 3v-36v (can be customized according to the user)

Rated Current: 10A

Peak current: 30A

Size: Approx.108*58mm/4.3*2.3in(L*W)


Package List:

1*Dual Motor driver module board H-Bridge DC MOSFET IRF3205 3-36V 10A



Ken Deken
Reviewed in the United States on December 20, 2024
I needed a driver for a small custom transformer for a special voltage. One channel of this device served the purpose very nicely. Using one channel, I built an H-bridge which I ran at 10kHz. I set the PWM duty cycle at continuous by connecting that input to the 5VDC power line, then controlled the direction input with a 50% duty cycle square wave. Handling the input at 12VDC, the IR3205 transistors were loafing with about 100 Watts of input. I thought a heat sink might be necessary, but they ran at only 45C with a 20C ambient! A nice feature of this controller is that it uses only N-Channel MOSFETs with high-side gate drivers. This makes the controller more efficient than using P-Channel MOSFETs on the high -side.
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