Multipactor breakdown analysis is presented in cylindrical dielectric resonator waveguide filter under its dual-mode behavior. The method of effective electron algorithm with combination of Monte-Carlo method is used to perform the simulation and predict multipactor breakdown thresholds. The breakdown thresholds of the proposed structure are presented for different values of frequency-gap product. The results indicate that increasing the radius of filter increases the RF breakdown threshold. The results are compared with the classic parallel plate waveguides.
Frotanpour,A , Dadashzadeh,G , Keneshloo,R and Okhovvat,M . (2016). Multipactor Analysis in Dielectric Resonator Waveguide Filters. Journal of Communication Engineering, 1(1), 18-24.
MLA
Frotanpour,A , , Dadashzadeh,G , , Keneshloo,R , and Okhovvat,M . "Multipactor Analysis in Dielectric Resonator Waveguide Filters", Journal of Communication Engineering, 1, 1, 2016, 18-24.
HARVARD
Frotanpour A, Dadashzadeh G, Keneshloo R, Okhovvat M. (2016). 'Multipactor Analysis in Dielectric Resonator Waveguide Filters', Journal of Communication Engineering, 1(1), pp. 18-24.
CHICAGO
A Frotanpour, G Dadashzadeh, R Keneshloo and M Okhovvat, "Multipactor Analysis in Dielectric Resonator Waveguide Filters," Journal of Communication Engineering, 1 1 (2016): 18-24,
VANCOUVER
Frotanpour A, Dadashzadeh G, Keneshloo R, Okhovvat M. Multipactor Analysis in Dielectric Resonator Waveguide Filters. Journal of Communication Engineering. 2016;1(1):18-24.
