Delay-Lock-Loop-Based Inductorless and Electrolytic Capacitorless Pseudo-Sine-Current Controller in LED Lighting Systems PROJECT TITLE :Delay-Lock-Loop-Based Inductorless and Electrolytic Capacitorless Pseudo-Sine-Current Controller in LED Lighting SystemsABSTRACT:Lightweight-emitting diode lighting system with the proposed pseudo-sine-current controller removes most of the external passive parts, which embrace inductor, electrolytic capacitor, freewheel diode, blocking diode, and also the bleeding circuit for Triac dimming management, for low cost and tiny volume. Delay-lock loop management can guarantee the in-part operation of ac input voltage and current for top power issue (PF) and low total harmonic distortion (THD). In addition, redundant power loss in Triac dimming management is eliminated to induce a high potency of eighty five%. Furthermore, a high PF of zero.997 and an occasional THD of 7.seventy four% are achieved due to in-section line voltage and current. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Very Compact Fully Lumped Decoupling Network for a Coupled Two-Element Array A Robust Visual Human Detection Approach With UKF-Based Motion Tracking for a Mobile Robot