Waveguide slot antenna with integrated filter

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A laminated waveguide magic-T with bandpass filter response in multilayer LTCC_信息与通信_工程科技_专业资料 199人阅读|11次下载 A laminated waveguide ...

Dielectric Waveguide Slot Antenna With Integrated Filter Because the antenna is based on rectangular waveguide structure, it can be easily integrated with a high-Q filter. The prototype of the integrated antenna and filter with area of 50times30 mm

Waveguide Probes | Antenna Products - NSI-MI Technologies

Antenna 2100 utilizes reflector feed 2110 with radiating pin 2117, while antenna 2101 utilizes reflector feed 2112 with radiating pin 2115. Dual-Band Antennas Research Papers - Academia.edu A novel dual-band waveguide slot array antenna with low cross-polarisation is proposed. The main structure of the proposed antenna consists of two waveguides in which the top broad wall of the smaller waveguide, a WR-28 Ka-band waveguide, is … Projekt - Mikrovlnné technologie pro perspektivní kmitočtová

Radioengineering - December 2012, Volume 21, Number 4

A 38 GHz waveguide slot antenna integrated with a cavity bandpass filter is fabricated in LTCC to demonstrate the HSIW potential. ... This article presents substrate integrated waveguide slot ... Dielectric Waveguide Slot Antenna With Integrated Filter ... Because the antenna is based on rectangular waveguide structure, it can be easily integrated with a high-Q filter. The prototype of the integrated antenna and filter with area of 50times30 mm

constant of 4.6.By simulating the integrated Antenna-Filter main lobe magnitude of 6.10dB is obtained. The integration of the antenna and filter into just one module leads to reduction of size, weight in RF front end. Key words: Substrate Integrated Waveguide, Band Pass Filter, Patch Antenna, High Frequency Simulation Structure I.

diode in an interdigital slot. This antenna has a tuning range of 370 MHz. An electronically tunable antenna designed by applying the half mode SIW was studied in Ref. 10. The res-onant frequency was varied from 2.99 to 3.59 GHz. The purpose of this work is to design a cavity backed slot antenna based on the SIW technology with a simple