Dr Deepti Das Krishna
Faculty in Charge- Contact Info
- Address:Cochin
- Email:deepti@cusat.ac.in
- Phone:+91 484 2862320/33
Welcome To CREMA
One among the few and oldest laboratories in India in the domain of RF & Microwave development, the Department of Electronics is proud of its well established research and training laboratory in RF & Microwave Electronics and Antennas.
Important facilities
Anechoic Chamber | Probe station for millimeter-wave | Spectrum Analyzers | RF Power Meters | Vector Network Analyzers: Agilent PNA E33662B 10MHz – 20GHz; Field Fox Handheld Analyser N9917A till 18GHz; R & S ZVB 20 Analyser till 20GHz; Keysight PNA N5227A 10MHz – 67GHz |Radar Cross-section measurement set up | Dielectric and EM shielding measurements | EMI EMC Pre-compliance Analyzer Set up Tektronix up to 18GHz | Softwares like CST Microwave Office & COMSOL Multi-physics|
Future Activities
Super-directive Antennas for 5G Applications | Chip-less RFID Tags | Multiple Input MultipleOutput(MIMO)Antennas|Wearable/Flexible Communication Devices | RF Harvesting for IoT Applications | Nanomaterials for EM Shielding/Camouflaging | RFCircuits for Re-configurable applications |Medical Imaging |Wireless Telemetry & Electronic Warfare | Frequency Selective Surfaces and Meta-material
Research Scholars
Lots of Ph.Ds have been produced in the area of Microwave
Postgraduate in Electronics with 2 years teaching experience. Currently working in Meta-surface and its applications.
An electronics engineer with Masters in Signal Processing and Digital Design with one year teaching experience. Currently exploring the area of Compact Antenna Array Designs for Radio Localization Applications.
An Electronics Engineer with M Tech in Communication Engineering with industrial experience of 3 years in Tata Consultancy Services. Currently working in RF circuits, Impedance matching networks, Frequency reconfigurable circuits, and Negative group delay circuits
An Electronics Engineer with M.Tech in Communication Engineering and Signal Processing. Currently exploring the algorithms and architectures for Direction of Arrival (DOA) estimation, target location.