Analysis of a Longitudinal Rectangular Waveguide Power Divider/Combiner Using Multiple Cavity Modeling Technique

Analysis of Co-Channel Interference at Waveguide Joints Using Multiple Cavity Modeling Technique

“…The final form of the tangential components of the cavity scattered field will be same as given in [3], where L cj is the length and W cj is the height of jth the cavity. L i and W i are the half length and half width of ith aperture.…”

“…The internally scattered electric field is given in [3]. Once the electric field is obtained, the corresponding magnetic fields can be derived.…”

Crosstalk Analysis of E-Plane Ku Band Waveguide Joints

“…Reflection and transmission coefficients have been derived as the procedure outlined in [8]. The reflection coefficient Γ can then be expressed as…”

“…It was proposed by Vengadarajan [5]. After that Das, Chakraborty, and Panda used cavity model technique for analysis of power dividers and combiners [6][7][8]. Cavity modeling is even used for the analysis of waveguide-based network for high frequency [12].…”

“…The gap is surrounded by conductor walls to form a cavity. Further the tangential component of magnetic field scattered inside the waveguide and cavities are determined using the procedure outlined in [8], and the continuity of tangential component of magnetic field at coupling aperture is also considered. Now to solve for the electric field at the window aperture, method of moment is used.…”