Abstract
All power DC/DC converters are treated as a second-order-hold (SOH) element in digital control systems. Power DC/DC converters have plenty of topologies, and the corresponding conversion technique is a big research topic. There are different types of converters, and this chapter focuses on the function of different types of converters. The chapter deals with mathematical modeling for power DC/DC converters. Most power DC/DC converters consist of multiple—more than two—passive energy-stored components, and in traditional method, they have higher-order transfer function. The chapter also talks about multi-element resonant power converters (RPC). The sixth-generation converters work in the resonant state to reduce the power losses. The technique was created in the 1980s and was popular in the 1990s. Depending upon the number of the passive components, the few categories of converters are two-element RPC, three-element RPC, four-element—2L-2C—RPC. All RPCs work in a forced resonant state.
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