SMUGDESK
SMUGDESK 900W 15A DC-DC Boost Converter 8-60V to 10-120V TFT Display
A high-power step-up converter accepts 8 V to 60 V input and delivers 10 V to 120 V at up to 15 A with CC/CV modes and a built-in TFT display for real-time monitoring
- Delivers up to 900W for heavy industrial loads
- Wide 8V to 60V input suits diverse DC sources
- Adjustable 10V to 120V output fits varied applications
- CC and CV modes enable safe battery charging
- TFT display shows voltage, current, power and temperature
High-Power DC-DC Boost Module
The SMUGDESK 900W boost converter is an industrial power supply board that steps a wide 8V to 60V DC input up to an adjustable 10V to 120V output. It delivers up to 15A continuous current for heavy load applications such as battery charging, equipment aging tests and DIY power projects.
Suits Engineers and Hobbyists
Technicians who need CC and CV modes for safe lithium or lead-acid battery charging will benefit from the automatic switching control. Users requiring a step-down or buck topology, or an input voltage above 60V, should look at a different module type.
900W Peak Output Decides Fit
The single specification that determines suitability is the 900W peak power rating combined with the 15A continuous current limit. If your load exceeds this power or current threshold, this converter cannot support it.
Highlights
- Delivers up to 900W for heavy industrial loads
- Wide 8V to 60V input suits diverse DC sources
- Adjustable 10V to 120V output fits varied applications
- CC and CV modes enable safe battery charging
- TFT display shows voltage, current, power and temperature
Specifications
No published specifications for this item yet.
Questions about this item
Should I pick the 15 A model or a lower-current version?
This module is rated for a continuous 15 A output; choose it when your load regularly draws up to that level, otherwise a smaller converter will run cooler and cost less.
What does the 900 W rating mean when I connect it to a real load?
It is the peak power the board can deliver; sustained output will be lower and depends on input voltage, cooling and the 15 A current limit.
How does the 8 V to 60 V input range limit what I can actually get at the output?
Output voltage is adjustable from 10 V to 120 V, but the maximum usable output power is capped by whatever input source you connect within the 8 V to 60 V window.
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