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High frequency (HF), (3-30)MHz, and Very high frequency (VHF), (30-300)MHz, radio are the backbones of communication systems from many years. They are playing a major role in country wide communication system. Unfortunately there is no direct interface between these two radio frequencies. A lot of research work had been done to create a cross patch between HF radio and VHF radio. The search for a complete solution for this cross patch circuit is still in progress. The idea of this work is to design at a crosspatch circuit to interface between these two radio frequencies. The Crosspatch…mehr

Produktbeschreibung
High frequency (HF), (3-30)MHz, and Very high frequency (VHF), (30-300)MHz, radio are the backbones of communication systems from many years. They are playing a major role in country wide communication system. Unfortunately there is no direct interface between these two radio frequencies. A lot of research work had been done to create a cross patch between HF radio and VHF radio. The search for a complete solution for this cross patch circuit is still in progress. The idea of this work is to design at a crosspatch circuit to interface between these two radio frequencies. The Crosspatch circuits would be a two way communicating circuit to interface between HF and VHF frequency ranges, and will not depend on any external signal rather will take the help of an internal signal to provide the interfacing.
Autorenporträt
Rajorshee Raha has received his B.Tech and M.Tech degree in Electronics & Communication Engineering from West Bengal University of Technology, Kolkata in 2009 and 2011 respectively. His research interests are focused on Embedded Control Systems, Computer Controlled Systems, Wireless Communication for Coutrywide Communication and Disaster Management