Microwave and Fibre Optics Group

Design and development of radio frequency, microwave and millimetre wave systems, subsystems and components. Activity is carried out for the development of high speed digital fibre optic systems (transmitter-receiver) such as I50 Mbitls-2.5 Gbit/s. Microwave Monolithic Integrated Circuit (MMlC) design tools (HP-MDS and EESot) are being employed to design MMIC'S for amplifier (low noise and power), mixers, digital circuits (multiplexes, decision circuits, registers e.t.c.). The microwave laboratory covers the frequency region 0.01-50 GHz including Network Analysers, Spectrum Analysers and High Speed Scopes. Emphasis is given to design and development of clock and carrier recovery circuits for telecommunication applications.

Additionally extensive research is carried out in the fields of the analysis of microwave, millimetre wave and fibre optic wave guides, passive structures (filters, multiplexes, couplers), antennas, e.t.c. by using advanced 3D computational electromagnetic and semi-analytical techniques. Massively panelled computational techniques are being employed to analyse realistic guiding and radiating structures Satellite Systems: design and development of Inmarsat Standard C transceiver unit.

Inverse Scattering Techniques and application of inverse techniques in medical imaging remote sensing and target characterisation for radar Systems.

You can see something from the list following by clicking on the appropria te word each time:

• members.

• active research programs.

• recent publications and conference proceedings.