Deepti Bhaskar - Academia.edu (original) (raw)

Deepti Bhaskar

Related Authors

IJERT Journal

Srikanta Pal

Srikanta Pal

Birla Institute of Technology, Mesra (Ranchi) India

Badrul Hisham Ahmad

ALIA ZAKRITI

Hassiba Louazene

Dr S Kanthamani

Adel ASSELMAN

Uploads

Papers by Deepti Bhaskar

Research paper thumbnail of Design of Broadside Coupled UWB Bandpass Filter with DGS

Ultra wide band is a wireless technology with very low power used for transmitting data. It consi... more Ultra wide band is a wireless technology with very low power used for transmitting data. It consists of a wide spectrum and thus has a variety of applications. It ranges from 3.1GHz to 10.6GHz.The UWB bandpass filter is an essential component in the UWB systems. In this paper a UWB band pass filter is designed using broadside coupling structure with Defective Ground Structure(DGS). It has a pass band from 3to 11 GHz. It has a minimum return loss of 15 dB of about 4 KHz and an insertion loss of 0.5 dB. The modified coupling structure is designed by using a dual-line parallel coupled line which is taper-connected to two folded open stubs. DGS is etched over the stubs to obtain better selectivity.

Research paper thumbnail of Design of Broadside Coupled UWB Bandpass Filter with DGS

Ultra wide band is a wireless technology with very low power used for transmitting data. It consi... more Ultra wide band is a wireless technology with very low power used for transmitting data. It consists of a wide spectrum and thus has a variety of applications. It ranges from 3.1GHz to 10.6GHz.The UWB bandpass filter is an essential component in the UWB systems. In this paper a UWB band pass filter is designed using broadside coupling structure with Defective Ground Structure(DGS). It has a pass band from 3to 11 GHz. It has a minimum return loss of 15 dB of about 4 KHz and an insertion loss of 0.5 dB. The modified coupling structure is designed by using a dual-line parallel coupled line which is taper-connected to two folded open stubs. DGS is etched over the stubs to obtain better selectivity.

Log In