Paper Title
Analysis and Controller Design for Boost Converter with PARASITICS

Abstract
Thispaperpresentsacomprehensivestudyanddesignofanon-idealDC-DCboostconverterregulated by an analog PID controller. Addressing parasitic resistances, switching losses, and dynamic load variations, the system steps up 16 V input to 32 V, Doubles the input voltage, output with a phase margin of 52° and settling timeof50ms.TheanalogPIDdesign,implementedusingoperationalamplifiers,demonstratessuperiortransient response and stability under input voltage fluctuations (16-12 V) and load resistance changes (10 to 30 Ω). Simulations validate the controller’s robustness, achieving Keywords – Boostconverter,analogPIDcontrol,voltageregulation,non-idealcomponents,stabilityanalysis.