In this paper, we present a new silicon RF LDMOSFET large-signal model including a self-heating effect. A new empirical channel current model suited for accurately predicting intermodulation distortion is employed. The proposed channel current model can represent transconductance (gm) saturation and rolloff in the continuous manner. It has continuous higher order derivatives for accurate prediction of nonlinear microwave circuit behavior, such as power amplifiers, microwave mixers, oscillators, etc. Using the complete large-signal model, we have designed and implemented a 1.2-GHz power amplifier. The measured and simulated amplifier characteristics, especially the intermodulation and harmonic behaviors, are in good agreement.X1113sciescopu
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A new quasi-two-dimensional physical model is described for microwave LDMOS power transistors. This ...
The development of computer aided design tools for devices and circuits has increased the interest f...
Lateral double-diffused MOSFETs (LDMOS) are becoming more popular in RF power amplifiers for wireles...
In this paper, we propose a non-quasi-static large-signal model to capture the high-frequency disper...
The development of computer aided design tools for microwave circuit design has increased the intere...
Abstract—In this paper, the intermodulation distortion (IMD) behavior of LDMOS transistors is treate...
A new compact DC and large-signal physics-based non-quasi-static (NQS) MOSFET model is proposed, sui...
Abstract — The coupling between charge transport, heat and energy flow required to model high frequ...
The coupling between charge transport, heat and energy flow required to model high frequency power d...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A new nonlinear, charge-conservative, dynamic electro-thermal compact model for LDMOS RF power trans...
Abstract—A new approach for the electro-thermal modeling of LDMOSFETs for power-amplifier design tha...
A new empirical large-signal model of Si LDMOSFETS for high-power amplifier desig
A new nonlinear charge-conservative scalable dynamic electro-thermal compact model for laterally def...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A new quasi-two-dimensional physical model is described for microwave LDMOS power transistors. This ...
The development of computer aided design tools for devices and circuits has increased the interest f...
Lateral double-diffused MOSFETs (LDMOS) are becoming more popular in RF power amplifiers for wireles...
In this paper, we propose a non-quasi-static large-signal model to capture the high-frequency disper...
The development of computer aided design tools for microwave circuit design has increased the intere...
Abstract—In this paper, the intermodulation distortion (IMD) behavior of LDMOS transistors is treate...
A new compact DC and large-signal physics-based non-quasi-static (NQS) MOSFET model is proposed, sui...
Abstract — The coupling between charge transport, heat and energy flow required to model high frequ...
The coupling between charge transport, heat and energy flow required to model high frequency power d...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A new nonlinear, charge-conservative, dynamic electro-thermal compact model for LDMOS RF power trans...
Abstract—A new approach for the electro-thermal modeling of LDMOSFETs for power-amplifier design tha...
A new empirical large-signal model of Si LDMOSFETS for high-power amplifier desig
A new nonlinear charge-conservative scalable dynamic electro-thermal compact model for laterally def...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A new quasi-two-dimensional physical model is described for microwave LDMOS power transistors. This ...
The development of computer aided design tools for devices and circuits has increased the interest f...