Abstract
This paper provides small-signal analysis of a pulse-width modulated (PWM) tapped-inductor buck dc-dc converter with complex load running in continuous conduction mode (CCM). Circuit averaging technique is used to obtain its small-signal model. The obtained model is then used to obtain duty cycle-to-output voltage and input-to-output voltage transfer functions. The equations representing the exact effect of the complex load these transfer functions have been derived. The obtained theoretical results are validated through circuit simulations.
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