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Instructor: Chandra Gupta, PhD, MBA
Description: Are you an engineer looking to expand your knowledge and skills in RF and Microwave technologies? Join this RF and Microwave Practical Course designed specifically for engineers like you and hone in your skills. Gain practical theory, get insights, learn practical techniques, and unlock the potential of RF technologies in across various applications. Learn and gain knowledge and proficiency in working with RF and Microwave components and equipment. Develop real-world skills that can be immediately applied to your projects and daily work. This course is designed to provide you with a practical understanding of RF and Microwave technologies. By the end of the course, you will have developed the skills and knowledge necessary to excel in RF engineering roles and contribute to the advancement of RF and Microwave technologies.
Who Should Attend – Electrical Engineers, Electronics Engineers, Communication Engineers, RF Engineers, Microwave Engineers and Engineering Students
Course Outline
I. Introduction to RF and Microwave Engineering
• Overview of RF and Microwave frequencies and applications
• Basics of electromagnetic waves and propagation
II. RF and Microwave Circuit Design
• Transmission line and waveguide structures
• Couplers and power dividers/combiners
• Filter designs – low pass, high pass and band pass
• Amplifier designs
• Other high-frequency components
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IV. Antenna Design and Analysis
• Principles of antenna theory and radiation patterns
• Types of antennas and their applications
V. RF Measurements and Testing
• Basics of RF measurements and test equipment
• Techniques for measuring RF power, impedance, and noise figure
VI. Signal Integrity and EMC/EMI Considerations
• Signal integrity challenges in high-frequency systems
• Techniques for minimizing signal degradation and distortion
VII. Operational considerations
• Device physics
• Operational conditions
• Building in reliability
