Correct measurement of low frequency noise in a transistor requires prior knowledge of its s-parameters but the measurement of s-parameters at very low frequencies are difficult due to long time constants of the measurement setup and instabilities in the transistors. We report a method to stabilize and measure the s-parameters of GaAs heterojunction bipolar transistors (HBT) at frequencies as low as 10 Hz to 1 MHz, and discuss an industry standard transistor model at these frequencies.4 page(s
The present work addresses the hardware and software development of a semi-automated experimental se...
In the present paper, the experimental identification of a compact low frequency noise model of GaIn...
Noise characterization of bipolar transistors is typically a lengthy and costly process. As a result...
GaAs based heterojunction bipolar transistors are used in microwave oscillators to provide low phase...
We have measured low frequency s-parameters of GaAs HBTs on wafer and found the dispersion could be ...
International audienceThe extraction of the equivalent circuit parameters for bipolar transistors is...
Accurately measured low frequency noise and correlation of GaAs based Heterojunction Bipolar Transis...
Transistors (HBT’s) by means of low frequency noise characterizations carried out in the 100Hz-100kH...
In the present paper we evaluated the fabrication process of AlGaAs/GaAs heterojunction Bipolar Tran...
The present paper focuses on solutions of the experimental difficulties rising up when a full low fr...
In this project, modification of our current low frequency noise setup by including a probe station...
International audienceInvited paper The modeling of microwave transistors in the field of RF and Mic...
Thermal-impedance models of single-finger and multifinger InGaP/GaAs heterojunction bipolar transist...
Self heating in GaAs based heterojunction bipolar transistors affect the microwave performance and n...
We present two-dimensional simulations of one-finger power Heterojunction Bipolar Transistors (HBTs)...
The present work addresses the hardware and software development of a semi-automated experimental se...
In the present paper, the experimental identification of a compact low frequency noise model of GaIn...
Noise characterization of bipolar transistors is typically a lengthy and costly process. As a result...
GaAs based heterojunction bipolar transistors are used in microwave oscillators to provide low phase...
We have measured low frequency s-parameters of GaAs HBTs on wafer and found the dispersion could be ...
International audienceThe extraction of the equivalent circuit parameters for bipolar transistors is...
Accurately measured low frequency noise and correlation of GaAs based Heterojunction Bipolar Transis...
Transistors (HBT’s) by means of low frequency noise characterizations carried out in the 100Hz-100kH...
In the present paper we evaluated the fabrication process of AlGaAs/GaAs heterojunction Bipolar Tran...
The present paper focuses on solutions of the experimental difficulties rising up when a full low fr...
In this project, modification of our current low frequency noise setup by including a probe station...
International audienceInvited paper The modeling of microwave transistors in the field of RF and Mic...
Thermal-impedance models of single-finger and multifinger InGaP/GaAs heterojunction bipolar transist...
Self heating in GaAs based heterojunction bipolar transistors affect the microwave performance and n...
We present two-dimensional simulations of one-finger power Heterojunction Bipolar Transistors (HBTs)...
The present work addresses the hardware and software development of a semi-automated experimental se...
In the present paper, the experimental identification of a compact low frequency noise model of GaIn...
Noise characterization of bipolar transistors is typically a lengthy and costly process. As a result...