SMUGDESK
SMUGDESK 10-Pack Dual-Channel MOSFET Drive Module 5V-36V 30A 400W 20kHz PWM
Ten dual-channel MOSFET modules switch up to 30 A at 5–36 V with adjustable 0–20 kHz PWM for Arduino motor control
- Cost-effective 10-pack for multi-device projects
- Wide 5 V–36 V input handles 30 A loads
- Dual MOSFET design resists interference and overload
- Adjustable 0–20 kHz PWM for precise motor control
- Arduino-compatible for easy microcontroller integration
10-Pack Dual-Channel MOSFET Modules
This 10-pack supplies dual-channel MOSFET drive modules for builders who need multiple identical channels in one order. Each board accepts a DC input from 5 V to 36 V and switches up to 30 A at 400 W. The design suits DIY motor drives, lighting dimmers, industrial automation rigs and multi-device prototypes where channel count matters.
Replaces Discrete Driver Boards
Consolidating ten dual-channel boards into a single kit removes the hassle of sourcing and matching individual driver PCBs. The jump is worth it when a project demands several synchronised channels — such as multi-motor robots or banked lighting arrays — and consistent switching behaviour across every unit reduces debug time.
30 A / 400 W Per Channel Headroom
Each channel delivers up to 30 A continuous current and 400 W power handling, enough for medium DC motors, high-current LED strips or resistive heaters within the 5 V–36 V range. Adjustable PWM from 0 to 20 kHz gives fine speed or dimming control. The limit appears when loads exceed the 30 A rating or when the supply voltage falls outside the stated window.
Highlights
- Cost-effective 10-pack for multi-device projects
- Wide 5 V–36 V input handles 30 A loads
- Dual MOSFET design resists interference and overload
- Adjustable 0–20 kHz PWM for precise motor control
- Arduino-compatible for easy microcontroller integration
Specifications
No published specifications for this item yet.
Questions about this item
What voltage range and current rating do the dual-channel MOSFET modules accept?
Each module handles DC 5 V to 36 V input and up to 30 A per channel, with a 400 W maximum power rating.
How are the modules wired to an Arduino for PWM control?
Connect the module signal pins to Arduino PWM-capable pins, share a common ground, and supply 5 V–36 V to the module power terminals; the PWM frequency is adjustable from 0 to 20 kHz.
What ongoing maintenance do the high-power MOSFET boards require?
Periodically check screw-terminal tightness and inspect the MOSFET heatsinks for dust buildup; replace any board that shows discoloration or fails to switch cleanly at the set PWM frequency.
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