In many test and industrial applications, a single power supply may not provide enough current to meet system demands. Connecting power supplies in parallel is a practical solution that allows users to increase available current while maintaining a stable voltage.
Connecting power supplies in parallel increases the available load current and thus the available load power. In this configuration each power supply delivers the required load voltage.
As a single unit is not sufficient to provide desired power needs, two or more power supplies in parallel are expected to be always loaded. The control circuit responsibility shifts here to balancing the load sharing among the connected power supplies equally as possible.
So, the parallel power supply solution offers key form and fit benefits. Another benefit to parallel power supplies is that they will all have the same part number, which will be identical to the one in the existing bill of materials (BOM) and, as such, can help ease inventory management.
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Why do power supplies need to be connected in parallel? Connecting power supplies in parallel is commonly used to increase the available output power or to provide system redundancy in the …
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