This is an experimental project video to see if it will be possible to modify a DC to DC converter originally rated for 12V to 95VDC to boost the voltage up to 150VDC. This experiment uses a server power supply drive the modified boost converter. MOSFETs, rectifier diodes and output filter capacitors were replaced to match the desired output voltage of 150VDC. Detailed schematic was provided to show the modification that was done.
shows the simple build of a cheap DIY universal battery charger that can charge all battery types and voltages between 24 and 96V. This design uses two cheap recycled server power supplies and a constant current boost converter to regulate the output. This Charger can be used to recharge car batteries, solar batteries, and even solar generators.
This is basically a DIY design of a Battery Charger, and Home power supply, 1000W, Using Constant Current Boost Converter.
This is an experimental project video to see if it will be possible to modify a DC to DC converter originally rated for 12V to 95VDC to boost the voltage up to 150VDC. This experiment uses a server power supply drive the modified boost converter. MOSFETs, rectifier diodes and output filter capacitors were replaced to match the desired output voltage of 150VDC. Detailed schematic was provided to show the modification that was done.
shows the simple build of a cheap DIY universal battery charger that can charge all battery types and voltages between 24 and 96V. This design uses two cheap recycled server power supplies and a constant current boost converter to regulate the output. This Charger can be used to recharge car batteries, solar batteries, and even solar generators.
This is basically a DIY design of a Battery Charger, and Home power supply, 1000W, Using Constant Current Boost Converter.
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