A Reconfigurable Rectifier Based Communication-Free Wireless LED Driver With Dual-Customization CC Outputs

Lin Yang, Yilin Wang, Pilong Guo, Kangshuai Dong, Changsong Cai

2024IEEE Transactions on Power Electronics17 citationsDOI

Abstract

Due to the advantages of safety and convenience, wireless power transfer technology is a good candidate for underwater LEDs driving. A wireless LED driver with a single constant current (CC) output value cannot enable LEDs to achieve brightness variation. This letter proposes a reconfigurable rectifier based communication-free wireless LED driver with dual-customization CC outputs. By simply controlling the special rectifier on the receiver, the proposed driver can be selectively configured into two LCC-S-S three-coil structures with different specifications, allowing LEDs to work in energy-saving mode and lighting mode, respectively. In addition, the control unit for mode switching is located at the receiver, making the system communication-free and ideal for underwater LEDs driving. An experimental prototype with dual-customization CC outputs of 0.6 A for energy-saving mode and 1 A for lighting mode is fabricated to verify the feasibility of the proposed wireless LED driver.

Topics & Concepts

Dual (grammatical number)Rectifier (neural networks)WirelessPersonalizationLED lampEmbedded systemComputer scienceElectrical engineeringElectronic engineeringEngineeringAutomotive engineeringTelecommunicationsLiteratureMachine learningRecurrent neural networkStochastic neural networkArtificial neural networkWorld Wide WebArtSemiconductor Lasers and Optical DevicesEmbedded Systems and FPGA DesignOptical Wireless Communication Technologies