This paper presented the design of integrated open loop resonator bandpass filter with notch type antenna for the use in microwave applications. Chebyshev type filter is selected as the filter characteristics and cascaded design with the antenna to produce a single module, Integrated Filter Antenna (IFA). Special feature of the antenna is the implementation of notch on the patch antenna to improve the efficiency. IFA is then simulated in electromagnetic simulation tool, Agilent Advance Design System (ADS) version 2016 and measured using R&S Vector Network Analyzer. It shows that the proposed IFA produced good measured return loss >-30dB with both vertical and horizontal gain of 9.11dBi and 8.01dBi respectively
Two methods of integrating high-Q 3-D filters with antennas are presented to achieve very high effic...
This paper presents a compact single narrow band bandpass filter using two cascaded open loop triang...
The selection of the right filter design method is a very important first step for a radio frequency...
This paper presented the design of integrated open loop resonator bandpass filter with n...
Antenna and filter are both the important components involved in microwave system. Antenna is used a...
This paper presents the design of wide-band bandpass filter using microstrip structure at 3-6GHz wit...
An integrated design of a band-pass filter and a patch antenna is proposed in this paper by using an...
The substrate integrated waveguide (SIW) structure is the candidate for many application in microwav...
Radar is an important component for people. A number of functions could be taken into account on a v...
Nowadays, a demand for wireless communication systems with ultra-high data rates and multimedia with...
This paper describes the development of 4-Pole Chebyshev and Quasi-Elliptic Ka Band Dielectric Reson...
Filter is the most essential components in the transceiver system. It is used to accept and reject a...
AbstractThis manuscript presents, a new 5th order Chebyshev band pass filter with 2.45GHz center fre...
This paper presents a new class of integrated rectangular Substrate Integrated Waveguide (SIW) filte...
This thesis presents novel techniques for the design of microwave filters which allow for the reali...
Two methods of integrating high-Q 3-D filters with antennas are presented to achieve very high effic...
This paper presents a compact single narrow band bandpass filter using two cascaded open loop triang...
The selection of the right filter design method is a very important first step for a radio frequency...
This paper presented the design of integrated open loop resonator bandpass filter with n...
Antenna and filter are both the important components involved in microwave system. Antenna is used a...
This paper presents the design of wide-band bandpass filter using microstrip structure at 3-6GHz wit...
An integrated design of a band-pass filter and a patch antenna is proposed in this paper by using an...
The substrate integrated waveguide (SIW) structure is the candidate for many application in microwav...
Radar is an important component for people. A number of functions could be taken into account on a v...
Nowadays, a demand for wireless communication systems with ultra-high data rates and multimedia with...
This paper describes the development of 4-Pole Chebyshev and Quasi-Elliptic Ka Band Dielectric Reson...
Filter is the most essential components in the transceiver system. It is used to accept and reject a...
AbstractThis manuscript presents, a new 5th order Chebyshev band pass filter with 2.45GHz center fre...
This paper presents a new class of integrated rectangular Substrate Integrated Waveguide (SIW) filte...
This thesis presents novel techniques for the design of microwave filters which allow for the reali...
Two methods of integrating high-Q 3-D filters with antennas are presented to achieve very high effic...
This paper presents a compact single narrow band bandpass filter using two cascaded open loop triang...
The selection of the right filter design method is a very important first step for a radio frequency...