NOYITO 400W 15A Dual MOS Transistor Driving Module DC 5-36V FET Trigger Switch Board 0-20KHz PWM Electronic Switch Control DC Motor Speed Controller (Pack of 2)
Description
⚙️ Power Meets Precision: Control Your World!
- SEAMLESS CONTROL - Effortlessly manage motor speed and lamp brightness with precision PWM signals.
- UNLEASH THE POWER - Experience a robust 400W output for all your high-demand devices.
- COMPACT EFFICIENT - Small footprint (1.34 x 0.67 x 0.39 inches) fits perfectly in any project setup.
- HEAT MANAGEMENT READY - Designed for enhanced heat dissipation, allowing for max current output up to 30A.
- VERSATILE COMPATIBILITY - Trigger with ease using a variety of digital sources from microcontrollers to PLCs.
The NOYITO 400W Dual MOS Transistor Driving Module is a high-performance electronic switch control board designed for DC motor speed regulation and PWM signal management. With a robust output capability of 15A and 400W, it supports a wide voltage range of DC 5-36V, making it ideal for various applications including motors, LED lights, and more. Its compact design and compatibility with multiple trigger sources ensure it fits seamlessly into any project.
Specifications
| Manufacturer | NOYITO |
| Item Weight | 0.592 ounces |
| Product Dimensions | 1.34 x 0.67 x 0.39 inches |
| Country of Origin | USA |
| Item model number | NODMOS40015 |
| Is Discontinued By Manufacturer | No |
| Color | Blue |
| Material | Metal |
| Wattage | 400 watts |
| Batteries Included? | No |
| Batteries Required? | No |
| Warranty Description | Manufacturer's One-year After-sale Warranty |
Have a Question? See What Others Asked
Reviews
G**R
Right part for the common problem
So, you have a fairly large brushed motor under 15 amps you want to control with a 3018 controller, which outputs PWM signals at 12 volts. There are lots of controllers to choose from, but they expect 5 volts PWM input. They don't work on a 3018. This board is Cheap, very small and rugged, and can take input voltages on a wide spread. It can control your motor with silky smooth power flow, and if you overload things, you smoke this device for a couple of bucks and not your $39 (at this time of writing) controller. Easy to hook up, just be SURE to hook the right wires to the right terminals!! Any mistake in wiring and all bets are off. What's there not to like!!
H**G
Work great, I love these
Worked great for a dc pulsed electeomagnet (PEMF device). The magnet drew 200W and the mosfet didn't even get warm. The back voltage fried the first one so I added a diode across the outputs and now it runs great. Warning, if you buy the 2 pack, the circuit boards are connected to eachother and even though it is scored a little bit, you'll still need to score it a few more times with a razor made or exactly knife to be able to snap them apart. Exactly what was needed and price was great.
A**R
Obviously used and damaged when they arrived
One of them was missing the transistors and had nicks and burn marks on the terminals. The other had solder in the pin holes and flux on the board.
S**S
Worked fine for driving a small fountain pump motor.
I used this to control the speed of a water fountain pump motor. Connected to an Arduino Nano pwm output and works just fine so far. Easy to hook up, just need pwm signal, ground and the power in/out.
P**E
Simple to Implement
A great solution when one needs the ability to switch a lot of DC current with logic level signalling. (And did I mention that they are VERY quiet?)
R**F
Work well
I some how thought these were dual drivers and had two separate FETS. The have two in parallel for twice the current. They do work as they should and are nicely made.
M**E
Works great!
Controls speed of a pump.
M**.
Latching with DC loads, 4A max
I connected a 4A load and the two transistors overheated within a couple of minutes. To make the matter worse, after the control signal is turned off, the connection remains (output latching), so the only way to power off is to disconnect the power source.
Common Questions
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