8 pages matching output conductance in this book
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FET DEVICE DESIGN AND LAYOUT
FET FABRICATION MEASUREMENT AND RESULTS
4 other sections not shown
active layer AlGaAs amplifier design associated gain available gain band bias capacitance chip coefficient de-embedding decoupling determine device dielectric dielectric overlay capacitors distributed elements doping profile double recess structure drain current Dual stage amplifier electron electron beam lithography epilayer structure equivalent circuit etch fabricated FET layout Field Effect Transistors fixture GaAs GaAs MESFETs gain and noise gain bandwidth gain slope gate feeds gate resistance gatelength IEEE Trans impedance inductor input and output insertion loss interdigital capacitor load low noise low noise amplifiers lumped element matching networks measured S-parameters MESFET microstrip Microwave Microwave Theory minimum noise MMIC MMIC's mS/mm negative image models noise figure ohmic optimization output conductance output network plane polyimide problem processing profile of wafer resistors S-parameters saturation current semi-insulating shown in Fig single recess structure single stage amplifier source resistance substrate thickness synthesis transconductance Transistors transmission line tuner undoped GaAs buffer voltage VSWR X-band