Author(s): Sandeep Mukherjee | Sayantika Bhattacharjee | Debabrata Poddar | Suman Saurabh | Sudipta Das
Journal: International Journal of Electronics Communication and Computer Technology
ISSN 2249-7838
Volume: 2;
Issue: 6;
Start page: 259;
Date: 2012;
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Keywords: Band stop filter | Dielectric Constant | Wireless Communication | Micro- strip filter.
ABSTRACT
Filters play an important role in most RF and Microwave applications. Currently, the electromagnetic spectrum is limited, and the applications are restricted to occupy just a portion of frequency range without affecting the equipment working out of band and also, without being affected by adjacent devices. Emerging applications such as wireless communications continue challenging RF/Microwave filters performance with even more stringent requirements, higher performance, smaller size, lighter weights, and low cost. Depending on the requirements and specifications, filters can mainly be designed with lumped or distributed elements. This paper describes the design of a newly proposed wide band micro strip band stop filter with open circuited stubs. This paper represents the design, simulation and fabrication of wideband bandstop filter using microstrip which is designed to have a center frequency of 2.5GHz. The filter is fabricated on a FR-4 substrate having dielectric constant
Journal: International Journal of Electronics Communication and Computer Technology
ISSN 2249-7838
Volume: 2;
Issue: 6;
Start page: 259;
Date: 2012;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: Band stop filter | Dielectric Constant | Wireless Communication | Micro- strip filter.
ABSTRACT
Filters play an important role in most RF and Microwave applications. Currently, the electromagnetic spectrum is limited, and the applications are restricted to occupy just a portion of frequency range without affecting the equipment working out of band and also, without being affected by adjacent devices. Emerging applications such as wireless communications continue challenging RF/Microwave filters performance with even more stringent requirements, higher performance, smaller size, lighter weights, and low cost. Depending on the requirements and specifications, filters can mainly be designed with lumped or distributed elements. This paper describes the design of a newly proposed wide band micro strip band stop filter with open circuited stubs. This paper represents the design, simulation and fabrication of wideband bandstop filter using microstrip which is designed to have a center frequency of 2.5GHz. The filter is fabricated on a FR-4 substrate having dielectric constant
