POWER AMPLIFIER DESIGN FUNDAMENTALS 1-Main characteristics (two-port networks, gain, delivered power ) 2-Gain and stability 3-Stabilization circuit technique 4-Class-A,-B,-C operation modes 5-Linearity 6-DC biasing 7-Push-pull amplifie

RF AND MICROWAVE POWER AMPLIFIER DESIGN NONLINEAR ACTIVE DEVICE MODELING Power MOSFETs GaAs MESFETs and HEMTs BJTs and HBTs-RF AND MICROWAVE POWER AMPLIFIER DESIGN NONLINEAR ACTIVE DEVICE MODELING Power MOSFETs GaAs MESFETs and HEM

HIGH-EFFICIENCY POWER AMPLIFIER DESIGN 1-Overdriven Class B 2-Class F circuit design 3-Inverse Class F 4-Class E with shunt capacitance 5-Class E with parallel circuit 6-Class E with transmission lines 7-Broadband Class E circuit design