GaAs Resistor Model Predicting Harmonic, Transient and Breakdown
Yu Zhu, Cejun Wei, Oleksiy Klimashov, Hong Yin, Cindy Zhang, and Dylan Bartle
A comprehensive nonlinear model of GaAs resistor is developed based on DC, pulse and power measurements. The model accounts for electrical and thermal feathers such as velocity saturation, self-heating and breakdown effects. The resistor nonlinearity is mainly due to the velocity saturation, and enhanced by self-heating effect. The model provides accurate performances in DC, transient and harmonic balance simulations, and is a useful tool for monolithic microwave integrated circuits (MMICs) development.
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