ELECTRONICS & COMMUNICATIONS

Lab courses richly rely upon new up-to-date content and various techniques that require a new synergy of knowledge and experimental implementation.

Virtual Microwave Measurement Lab

Engineering Electro-magnetic Laboratory(s)

• Measurement of High VSWR on a line
• Measurement of Low VSWR on a line
• Determination of unknown impedance
• Relationship between guide λg and λa
• Experiment of Microwave Cavity
• Microwave Coupler
• Matched Terminated Transmission Line
• Short Circuited Transmission Line
• Open Circuited Transmission Line
• Resonant Line
• Attenuated Travelling Wave
• Dispersed Travelling Wave
• Radiation Pattern of Horn Antenna
• E Plane Radiation Pattern of Horn Antenna
• H Plane Radiation Pattern of Horn Antenna
• Antenna Gain measurement
• Propagation Loss
• Bending Loss

Wireless Lab

• Antenna Radiation Pattern
• Gain Bandwidth Plot for an Antenna
• RMS Delay Spread Measurement
• Cross Polar Discrimination
• To measure the SNR ratio.
• Hand Off in Mobile Communication

Virtual MEMS Lab

Queing Networks Modelling Lab

• Infinite Capacity Markovian Models
• Finite Capacity Markovian Models
• Retrial Markovian Models for Bulk Arrival/Service
• Infinite Capacity Non-Markovian Models
• Finite Capacity Non-Markovian Models
• Non-Markovian Models for Bulk Arrival/Service
• Discrete time Experiments
• Simple Tandem Queue
• Tandem Queue with feedback
• Open Queuing Network
• Closed Queuing Network
• Fluid Queues

Virtual Microwave & Antenna Laboratory

• Measuring total harmonic distortion for a given source in CW mode
• To measure the sideband levels of a modulated signal
• Measuring conversion loss of a given harmonic mixer
• Calibration of vector network analyzer and spectrum analyzer
• s-parameter
• near field
• Wireless link