What will you learn?

1. Introduction to Microwave engineering: Introduction to RF engineering and applications, Various frequency bands; Transmission line theory: open, short and terminated transmission lines: reflection coefficient, VSWR and return loss. Smith Chart. Transmission line types: coaxial, co-planar waveguide, strip-line, and micro-strip. Modes of propagation in rectangular and circular Waveguides cut off frequency of wave guide modes. 
2. Multiport Networks: Characterization of Multiport Networks, Impedance and admittance matrices, ABCD & S- matrices, Relationship between Z and S‑parameters. Measurement of Sparameters. Impedance matching techniques 
3. Introduction to Microwave antennas: Definition of antenna parameters, classification of antennas ​‚Feeding techniques of simple Antennas ​‚Near-field and far-field, radiation patterns of antennas,Analysis of antennas: Methods for analysis of antennas and Computational electromagnetic. Measurement Techniques in antenna Engineering: Radiation pattern, radiation efficiency, impedance and S‑Parameter
4. Microwave link engineering: Introduction, Friis transmission formula, LOS requirements-Fresnel clearance, Fade margin, Link availability, and Link budget calculation for Satellite links 5. Laboratory: Empire-3D

Batch Size

No Minimum

Course Material

Provided

Module Delivery

Fast Track — 4 Hrs / Day
Regular Track — 2 Hrs / Day

Duration

50 Hrs