Investigation of maximum wireless power transfer conditions in the near field

This study discusses the theory and design of coupled resonant power transmissionscheme and how array coupled wireless transmission of electrical power. Detailedsimulation and analysis of near and radiation field, gain, Q factor, efficiency oftransmission and radiator form comparisons will be studied while changing variousradiator and medium parameters. Detailed derivation of operational theory and frequencyand time domain calculations of coupled resonating RLC circuits will be presented.Application of negative resistance oscillator and ultra-wideband oscillators and varioustechniques for determining resonant frequency under dynamic loading conditions will bediscussed. Configuration of radiator arrays for maximum power transfer conditions,analysis of mutual coupling between the array elements will be studied for optimumperformance analysis of the antenna. All antenna parameters will be determined andcompared with the experimental measurements of the antenna.