This brief presents a high-power Sub-6 GHz two-way differential power amplifier (PA) with a
series distributed-balun output network in GaAs pHEMT process. The proposed series …

The class-E power amplifier with shunt filter, which is also known as the class-E power
amplifier with shunt capacitance and shunt filter, is proposed in this brief for any duty ratio …

This letter discusses the integration of Class-J power amplifiers (PA). A set of modified
design equations considering harmonic losses is derived and the inductor losses are …

Current-mode class-D (CMCD) power amplifiers (PAs) may not achieve a switching
efficiency as good as class-E PAs, but they require fewer inductances and deliver almost five …

In this brief, the switching behavior of the cascode topology is improved through the floating
bulk (FB) technique. Although the cascode structure has the advantage of reducing voltage …

'New'Class‐E solutions are proposed by varying three different design parameters which are
introduced in the voltage and current equations in order to extend the Class‐E 'design …

In order to meet the increasing demands of wireless communication for ISM bands, a 433
MHz transmitter RF front-end is designed using a 55 nm low-power CMOS technology. The …

Degradation in gain and efficiency of on-chip antennas limit the communication range of RF
transmitters integrated with on-chip antennas below 10 GHz to few centimeters. In this …

An RF-choke (RFC) is a crucial but difficult-to-realize component of all Class-E power
amplifiers (PAs). A Class-DE PA does not require an RFC but requires two non-overlapping …

In the literature, a number of two-stage class-E power amplifiers have been reported for
wireless sensor network (WSN) applications. However, they suffer from the requirement of …