Course
Electromagnetic Principles and Applications
Ansys
1-6 HOURS
Introduction to Electromagnetic Compatibility
ELECTRONICS
Electromagnetic Compatibility Standards
Lightning Protection and Safety
Solutions to EMC Problems
Crosstalk and Near Field Coupling
High Frequency Behavior of Electrical Components
Microwave Communication Systems
Introduction to Microwave Integrated Circuits
Ferrite Devices
Microwave Tubes
Microwave Amplifiers and Oscillators
Microwave Semiconductor Devices
Power Divider, Directional Couplers and Filters
Microwave Resonators
Impedance Matching
Microwave Networks and Scattering Matrix
Rectangular and Circular Waveguides
Introduction to Transmission Line Theory
Linearization Techniques for Nonlinear Distortion
Nonlinear Distortion in Power Amplifiers
Distortion Parameters in Software Defined Radios
Software Defined Radio Architectures
Wireless Communication Standards Evolution
Electronics
Understanding Wireless Networks and Technologies
Understanding Wireless Communication Coding Techniques
Wireless Communication: Equalization and Diversity
Understanding Modulation Techniques in Mobile Communications
Mobile Radio Propagation: Mechanisms and Models
Wireless Communication Systems and Techniques
Calculations of Antenna Power Parameters using Ansys HFSS
Satellite Navigation Systems
Satellite Communication Protocols
Synchronization in Satellite Communication
Non-Linearity in Satellite Systems
Multiple Access Techniques in Satellite
Satellite Communication Ground Segments
Signal Propagation and Mitigation in Satellite
Satellite Link Budget
Satellite Space Segment
Satellite Orbits and Communication
Design of Oscillators
Basics of Amplifier Design
Microwave Components - Part II
Scattering Parameters in Microwaves Circuits
Microwave Components - Part I
Impedance Matching and Smith Chart
Power Amplifiers and Efficiency
Phase Locked Loop and Frequency Synthesis
A Tank Based Oscillators