LORDWORLD 600W DC-DC Boost Converter 10-60V to 12-80V Module
A 600W boost module steps 10-60V input up to 12-80V output with adjustable current and an integrated 85x63mm heatsink
- High 600W power handles demanding loads
- Wide 10V to 60V input suits varied sources
- Adjustable 12V to 80V output fits many devices
- Integrated 5mm radiator with 21mm fins aids cooling
- Constant voltage and current modes add flexibility
High-Power DC-DC Boost Converter
The LORDWORLD module steps up DC voltage from a 10 to 60 V source to an adjustable 12 to 80 V output, delivering up to 600 W. It suits engineers and hobbyists building custom power supplies, battery chargers or solar rigs that need a wide, controllable voltage range.
Integrated Heatsink and Mounting
A 5 mm base plate with 21 mm fins spans 85 by 63 mm, and the booster board sits directly on top for efficient heat transfer. Long screws secure the whole assembly, so the unit can be bolted into an enclosure without extra brackets or thermal pads.
Non-Isolated Topology Limits Constant-Current Range
Because the converter is non-isolated, the usable constant-current window shifts with every change in input voltage, output voltage and load. Buyers who need a fixed current limit regardless of voltage settings, or who require galvanic isolation for safety, should look elsewhere.
How it compares
Measured against everything we stock in Tech Gadgets & Accessories, at today’s prices. Recalculated every night.
- Price $22.99
- Typical for this category: the median of 5,998 items is $24.99.
Specifications
| Product | |
|---|---|
| Brand name | LORDWORLD |
Questions about this item
What input and output voltage ranges does this 600 W boost converter support?
The module accepts 10 V to 60 V input and delivers an adjustable 12 V to 80 V output at up to 600 W.
What are the physical dimensions of the integrated heatsink and board?
The heatsink base is 5 mm thick with 21 mm fin height; the board measures 85 mm long by 63 mm wide and mounts directly on the heatsink using long screws.
What is the correct power-up sequence for a high-power load?
Apply input power to the module first, then connect the load; this order is critical at high power to avoid instability.
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