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Small green circuit board with black components and adjustable potentiometer

Vszerda

Vszerda LM2587 Boost Converter 3V-35V to 4V-40V

SKU CH-57QT-EW08V

Step-up power module converts 3 V to 35 V input into 4 V to 40 V output for 12 V, 19 V or 24 V applications

  • Wide input range suits many sources
  • Output adjustable up to 40 V for flexible projects
  • LM2587 chip handles up to 35 V input
  • Common 12 V to 19 V or 24 V conversions supported

Vszerda LM2587 Boost Converter

The Vszerda LM2587 is a DC-DC step-up power module that raises an input voltage between 3 V and 35 V to an adjustable output between 4 V and 40 V. It is intended for hobbyists and engineers who need a simple boost converter for prototype circuits or small projects. The module uses the LM2587 switching regulator to handle common conversion tasks such as 12 V to 19 V or 24 V to higher levels.

Check input and output needs

Before ordering, verify that your source voltage falls within the 3 V to 35 V range and that your load can operate with an output set between 4 V and 40 V. Confirm the current requirement of your circuit does not exceed what the LM2587 can supply at your chosen voltages. Ensure you have a suitable heatsink or airflow if the module will run near its thermal limits.

Highlights

  • Wide input range suits many sources
  • Output adjustable up to 40 V for flexible projects
  • LM2587 chip handles up to 35 V input
  • Common 12 V to 19 V or 24 V conversions supported

Specifications

No published specifications for this item yet.

Questions about this item

Does the Vszerda LM2587 boost converter include input cables or terminal blocks in the box?

The module ships as a bare board with solder pads for input and output; cables, connectors or terminal blocks must be sourced separately.

Which LM2587 version should I choose for a 12 V input that needs to deliver 19 V at the output?

This single module accepts 3 V to 35 V input and adjusts up to 40 V, so a 12 V to 19 V step-up is within its range without selecting a different variant.

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