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600W High Power DC Boost Converter - 12-60V to 12-80V Boost Module Board Step-up Transformer

  • 600W high-power booster module, featuring wide voltage input: 10V ~ 60V, and adjustable wide voltage output: 12V ~ 80V; output current is adjustable; ultra-low input-to-output voltage differential. Specifications: radiator base plate thickness 5mm, fin height 21mm, length 85mm, width 63mm; the booster board is mounted above the radiator, with a sensible layout and a unified design of radiator and booster board, making it straightforward for users to operate directly, secured with long screws. The module offers constant voltage and constant current functions, but operates in a non-isolated boost mode; due to this characteristic, the constant current range depends on the input and output voltages and the load. Energize the module first, then attach the loadthis is particularly critical for high-power loads; the input voltage should remain steady, especially when certain low-voltage (12V) power sources are connected, as the load voltage may drop below 10V, which can easily damage the power transistor at that point. Two or more modules cannot be used with parallel inputs and outputs, as this would render the current limiting function ineffective
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600W high-power booster module, featuring
wide voltage input: 10V ~ 60V, and
adjustable wide voltage output: 12V ~ 80V; output current is adjustable; ultra-low input-to-output voltage differential.

Specifications

: radiator base plate thickness 5mm, fin height 21mm, length 85mm, width 63mm; the booster board is mounted above the radiator, with a sensible layout and a unified design of radiator and booster board, making it straightforward for users to operate directly, secured with long screws. The module offers constant voltage and constant current functions, but operates in a non-isolated boost mode; due to this characteristic, the constant current range depends on the input and output voltages and the load. Energize the module first, then attach the loadthis is particularly critical for high-power loads; the input voltage should remain steady, especially when certain low-voltage (12V) power sources are connected, as the load voltage may drop below 10V, which can easily damage the power transistor at that point. Two or more modules cannot be used with parallel inputs and outputs, as this would render the current limiting function ineffective

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