
LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
Product Features
- Electronic PWM circuit board: operating voltage: DC 5V-36V, continuous current: 15A, power: 400W, improve heat dissipation conditions, maximum current up to 30A
- Dual MOS parallel output: this module adopts dual MOS parallel design, which effectively reduce internal resistance and improve the output current to ensure that the device is still stable under high loads.
- PWM signal support: can access the PWM signal, signal frequency 0-20KHZ perfect support. At the same time to support a variety of signal sources trigger: can be connected to the microcontroller IO port, PLC interface, DC power supply and so on.
- Compact design: the module is only 34 x 17 x 12 mm, at the same time it has 2 mounting holes, which is very suitable for applications with limited space.
- Wide range of applications: suitable for controlling high performance equipment, motors, light bulbs, LED light strips, DC motors, miniature water pumps, solenoid valves, adjusting the click speed, adjusting the brightness of bulbs and other application scenarios.
Original: $86.20
-65%$86.20
$30.17More Images





LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
Product Features
- Electronic PWM circuit board: operating voltage: DC 5V-36V, continuous current: 15A, power: 400W, improve heat dissipation conditions, maximum current up to 30A
- Dual MOS parallel output: this module adopts dual MOS parallel design, which effectively reduce internal resistance and improve the output current to ensure that the device is still stable under high loads.
- PWM signal support: can access the PWM signal, signal frequency 0-20KHZ perfect support. At the same time to support a variety of signal sources trigger: can be connected to the microcontroller IO port, PLC interface, DC power supply and so on.
- Compact design: the module is only 34 x 17 x 12 mm, at the same time it has 2 mounting holes, which is very suitable for applications with limited space.
- Wide range of applications: suitable for controlling high performance equipment, motors, light bulbs, LED light strips, DC motors, miniature water pumps, solenoid valves, adjusting the click speed, adjusting the brightness of bulbs and other application scenarios.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
LAOMAO Transistor Mosfet Module 5V-36V 400W PWM Dual High Performance Driver Module MOSFET Switch Drive Compatible with Arduino (Pack of 20)
Product Features
- Electronic PWM circuit board: operating voltage: DC 5V-36V, continuous current: 15A, power: 400W, improve heat dissipation conditions, maximum current up to 30A
- Dual MOS parallel output: this module adopts dual MOS parallel design, which effectively reduce internal resistance and improve the output current to ensure that the device is still stable under high loads.
- PWM signal support: can access the PWM signal, signal frequency 0-20KHZ perfect support. At the same time to support a variety of signal sources trigger: can be connected to the microcontroller IO port, PLC interface, DC power supply and so on.
- Compact design: the module is only 34 x 17 x 12 mm, at the same time it has 2 mounting holes, which is very suitable for applications with limited space.
- Wide range of applications: suitable for controlling high performance equipment, motors, light bulbs, LED light strips, DC motors, miniature water pumps, solenoid valves, adjusting the click speed, adjusting the brightness of bulbs and other application scenarios.




















