Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode structure that includes two avalanche regions have been realized on basis of the nonlinear model. The phase delay which was produced by means of the two avalanche regions and the drift region v is sufficient to obtain the negative resistance for the wide frequency band. The admittance and energy characteristics of the DAR diode were analyzed in very wide frequency band from 30 up to 340 GHz. Output power level was optimized for the second frequency band near the 220 GHz
Our research objectives include developing fundamental performance limits and designing optimum imbe...
The potentiality of millimter-wave (mm-wave) double-drift region (DDR) impact avalanche transit time...
A new avalanche photodiode device is proposed that has superior noise and bandwidth performance. Thi...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode structure that includes two ...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode have been realized on basis ...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode structure that includes two ...
Abstract:- The comparative analysis of the well known Double Drift Region (DDR) IMPATT diode structu...
Abstract:- On the basis of the numerical model that includes precise electrical and thermal sub-mode...
Abstract:- One of the main problems of high-power microwave semiconductor electronics is design and ...
International audienceThe RF and thermal behavior of 94-GHz P/sup +/PNN/sup +/ double drift flat dop...
Abstract: The analysis of LHL Ga As IMPATT Diode structure has been developed on the basis of IMPATT...
Abstract — Current work is presented on the computer based design, study and analysis of InP DDR (Do...
It is the purpose of this thesis to give in detail a theory to describe the mechanism whereby negati...
Received 18/12/2011, accepted 07/01/2012, online 10/01/2012 The high frequency performance limitatio...
A phenomenological formulation which incorporates both avalanche and tunneling mechanisms in an IMPA...
Our research objectives include developing fundamental performance limits and designing optimum imbe...
The potentiality of millimter-wave (mm-wave) double-drift region (DDR) impact avalanche transit time...
A new avalanche photodiode device is proposed that has superior noise and bandwidth performance. Thi...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode structure that includes two ...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode have been realized on basis ...
Abstract:- The analysis and optimization of the n+pvnp+ avalanche diode structure that includes two ...
Abstract:- The comparative analysis of the well known Double Drift Region (DDR) IMPATT diode structu...
Abstract:- On the basis of the numerical model that includes precise electrical and thermal sub-mode...
Abstract:- One of the main problems of high-power microwave semiconductor electronics is design and ...
International audienceThe RF and thermal behavior of 94-GHz P/sup +/PNN/sup +/ double drift flat dop...
Abstract: The analysis of LHL Ga As IMPATT Diode structure has been developed on the basis of IMPATT...
Abstract — Current work is presented on the computer based design, study and analysis of InP DDR (Do...
It is the purpose of this thesis to give in detail a theory to describe the mechanism whereby negati...
Received 18/12/2011, accepted 07/01/2012, online 10/01/2012 The high frequency performance limitatio...
A phenomenological formulation which incorporates both avalanche and tunneling mechanisms in an IMPA...
Our research objectives include developing fundamental performance limits and designing optimum imbe...
The potentiality of millimter-wave (mm-wave) double-drift region (DDR) impact avalanche transit time...
A new avalanche photodiode device is proposed that has superior noise and bandwidth performance. Thi...