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Switching DC-DC step-up/boost converter: 32-54V adjustable output, 8-16V wide input, 65W output
Power
Test equipment
Prototyping

32-54V adjustable DC-DC booster, 8-16V in, 65W out

Sold by Adrian Offerman's store

$85.66

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The full output voltage range runs from 32V to 54V. If you need a more limited range (to protect the hardware you will be connecting to this module), select one of the other (more restricted) ranges.
The module will only start when a high logic ENABLE signal is provided. If you need a module that is always on, select the type without the ENABLE signal logic.
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Original Design
This product was designed by Adrian Offerman's store. By buying this product you support original hardware creators.

The pt1-ABXS001A4-50V is a robust and stable power supply providing an output voltage adjustable from 32V to 54V, at a maximum of 65W. The module is built around the (non-isolated) ABB ABXS001A4X41-SRZ boost converter.

The design of this power supply has been optimized to provide the best dynamic output response at ~50V, using the Tunable Loop feature of the converter. For deployment, ideally an additional capacitance of 15μF in total should be placed (i.e. distributed) at the power consumers' ends.

The input voltage can be anywhere between 8V and 16V (typically 12V), supplied through the screw connector.

The module features an on-board fuse, in addition to the converter's output over-current protection. The converter is also protected against over temperature. The converter will automatically recover from hick-up mode once the output current is brought back into its specified range. When the converter goes into thermal shutdown, it will wait to cool before attempting to restart.

Some translator logic has been added to the circuit to provide a (positive) logic ENABLE (i.e. remote on/off) signal (e.g. 3.3/5V).

The converter's PGOOD (Power Good) signal is available through a separate connector. To use it, connect this (open-drain) line to a logic high (5V max) using a 10kΩ pull-up resistor.

Features

  • 8-16V wide input, power provided through screw connector
  • 32-54V adjustable output, at a maximum of 65W; power available through screw connector
  • built around (non-isolated) ABB ABXS001A4X41-SRZ boost converter
  • very high efficiency, not requiring any heat sinks for low-power applications (high-power applications require connecting the top of the module to a cold wall)
  • circuit protected through an on-board fuse
  • protected against over current and over temperature
  • high stability (i.e. low ripple) through input and output filtering
  • (positive) logic ENABLE (i.e. remote on/off) signal (e.g. 3.3/5V)
  • PGOOD (Power Good) signal (5V max, via a pull-up resistor) available
  • the board is standing on four brass standoffs, allowing you to place it on a working table or to integrate it into a larger assembly
  • board size: 70.49x35.56mm; bolts: 64.14x29.21mm (M2.5)
  • high-quality PCBs, designed in KiCad, and produced by Aisler (Germany), PCBWay (China) and OSH Park (USA)
  • board comes fully assembled and tested

NOTE: the full output voltage range runs from about 32V to 54V; if you need a more limited range (to protect the hardware you will be connecting to this module), select one of the other (more restricted) ranges

NOTE: the module will only start when a high logic ENABLE signal is provided; if you need a module that is always on, select the type without the ENABLE signal logic

NOTE: the output voltage is equal to the input voltage when the ENABLE signal is low

Usage

I've created this board as a high-voltage power supply to drive the grids and segments of the VFD display tubes I'm using in my projects. A similar module providing an output voltage up to 34V at a maximum of 65W is available here.

Links to code and documentation

Documentation (offerman.industries)

Shipping policy

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Selecting an unregistered service is cheaper, but at your own risk.

The seller

Adrian Offerman's store

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Leiderdorp, Zuid-Holland, Netherlands
0 orders since Mar 9, 2022
Offerman Industries is creating art and design based on old-school electronics, i.e. retrotronics. It involves programming embedded systems, and designing and having manufactured aluminium components, electronic schematics, printed circuit boards, 3D-printed objects, and laser-cut acrylic glass and aluminium. Although some of these technologies are also used in the makers movement, in this case a far more robust, industrial approach is used.