This paper presents the analytical solution in time domain for the ideal single-ended class-E
power amplifier (PA). Based on the analytical solution a coherent noniterative procedure for …

In wireless power systems for charging battery-operated devices, the selection of component
values guaranteeing certain desired performance characteristics can be a tedious trial-and …

The Class E amplifier requires exact shunt capacitance to achieve optimum operation. Most
Class E amplifiers are usually constructed by adding an external capacitor to the output …

This paper presents analytical expressions for the class-E power amplifier with MOSFET
linear gate-to-drain and nonlinear drain-to-source parasitic capacitances at any duty ratio …

The magnetic resonant wireless power transfer (WPT) system with a class E inverter has
wide application in mid-range power transmission, especially for several megahertz …

This paper presents novel design procedures for class E switching circuits allowing implicit
circuit equations. Because of the allowance, circuit simulators can be used in the proposed …

Many critical design trade-offs of the Class-E power amplifier (eg power efficiency) are
influenced by the switch on-resistance and the value of dc-feed drain inductance. In …

This paper presents analytical expressions of the class-E/F n inverter with generality. The
characteristics of the class-E/F 2 and class-E/F 3 inverters can be comprehended in a …

This paper presents analytical expressions for the sub-nominal operation, which is only the
zero current switching (ZCS) condition, of the class-E power amplifier with a shunt inductor …

Class E power amplifier circuits are very suitable for high efficiency power amplification
applications in the radio-frequency and microwave ranges. However, due to the inherent …