Abstract
- In this Paper, a simple wideband BPF is proposed using a slot resonator which produces passband of 7-16 GHz. The transmission characteristics are improved by etching a square slot resonator in the half mode SIW BPF. The proposed filter uses a microstrip transition which results in better return loss performance and wider bandwidth. A novel compact bandpass filter is designed and simulated using ADS software .
Highlights
High data rates, low power transmissions, excellent range resolution are main advantages of Ultra Wideband (UWB) technology[1]
The proposed half mode SIW bandpass filter consists of linear array of vias in the bottom
The SIW transmission line interrupted by two electric walls and it enables the propagation of the mode (TEm0)[7]
Summary
Ph.D Research Scholar, Department of Electronics and Communication Engineering, Sri Venkateswara College of Engineering, Sriperumbudur-602117, India. The proposed filter uses a microstrip transition which results in better return loss performance and wider bandwidth. A novel compact bandpass filter is designed and simulated using ADS software. Transmission line is W1 and the length of the SIW
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