Header banner
Revain logoHome Page
πŸ”§ drok 200203 dc 5-36v 400w dual power mos transistor driving module: high-speed pwm electronic switch control for dc motor speed control logo

πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control Review

4

Β·

Average

Revainrating 3.5 out of 5Β Β 
RatingΒ 
3.5
πŸ–₯️. Single Board Computers, πŸ’» Computer Components

View on AmazonView on Π―M

Media

(4)
img 1 attached to πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control
img 2 attached to πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control
img 3 attached to πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control
img 4 attached to πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control

Description of πŸ”§ DROK 200203 DC 5-36V 400W Dual Power MOS Transistor Driving Module: High-Speed PWM Electronic Switch Control for DC Motor Speed Control

High-quality components: drok adopts imported large power dual-mos Transistor parallel active output, lower resistance, higher current and strong power. Powerful output capability: at room temperature, the module can continuously provide 15A, 400W, which can satisfy most of devices if enhance heat dissipation, the max current output can up to 30A. Various trigger signal source: this mos Transistor board can be triggered by digital High-Low (DC3 3v-20v)and can be connected Windows port of microcontroller, PLC interfaces, DC power, etc. Perfect support PWM signal: the PWM controller can access PWM signal, which can perfectly supported the frequency of 0-20khz. Wide application: this motor control module can tolerate wide input Voltage (DC 5-36v) it can be applied in various high power equipment's, such as motors, light bulbs, LED lights, DC motors, micro-pumps, solenoid Valve; can input PWM to control motor speed or Lamp Brightness

Reviews

Global ratings 4
  • 5
    2
  • 4
    0
  • 3
    1
  • 2
    0
  • 1
    1

Type of review

Revainrating 3 out of 5

Not suitable for PWM on single-board computers

Things got very hot with PWM. With my oscilloscope I could see that the switching speed was very slow. It works great if you just turn it on or off.

Pros
  • There's something to it
Cons
  • Upgradable

Revainrating 5 out of 5

Happy with its performance in my robot

Use a 3.3V PWM signal to drive a small 12V motor and the module reduces almost the whole voltage at the motor. Happy with its work in my robot.

Pros
  • Don't waste too much time
Cons
  • I don't remember

Revainrating 1 out of 5

Exactly what I needed

Works very well. There was no documentation in the kit but the connections are indicated directly on the board, it was very easy so the first try was successful. The LED on the board came in handy to confirm that my PWM code was working properly. I use them to control peltier units and they work great. Thanks for a great product!

Pros
  • Nice packaging
Cons
  • Can be damaged

Revainrating 5 out of 5

Unwanted Electronics in Computer Components

Lasted 2 seconds with very low power draw. Not somewhere around 400 watts. It will now get stuck in the full-on position when the second power supply is applied and will not turn off until power is removed. When disconnected, my meter shows continuity between the input and output pins of voltage.

Pros
  • New
Cons
  • Functionality