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Microwave Engineering and Components

Discover the fascinating world of microwave engineering with this comprehensive course led by Asst. Professor I. Surya Rajitha from the Department of ECE, SPMVV, Tirupati. Learn about the benefits of microwaves, their applications across various fields, and delve into microwave generators, low and high power oscillators. Gain insights into microwave components, networks, MMICs, and their analysis methods. Explore measurement techniques within the microwave frequency range to enhance your understanding of modern engineering practices.

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Microwave Engineering and Components

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  1. Microwave Engineering and Components A course on By I.SuryaRajitha Asst. Professor, Dept. of ECE SPMVV, Tirupati

  2. Course Objectives • To learn about advantages of microwaves and applications in various sectors • To know in detail about microwave generators along with their working principles • To have a knowledge of various microwave components and networks and their analysis methods. • To have an idea about MMICs and how planar transmission lines came into existence • To learn about various measurement methods in microwave frequency range.

  3. Course Outline • Introduction • Advantages, frequency ranges • Applications • Microwave generators • Low power Oscillators: Reflex Klystron, Gunn diode, IMPATT and TRAPATT diode • High power Oscillators: TWT amplifiers, Magnetron Oscillator • Microwave circuits and Components • Scattering Matrix • E plane, H plane Tee junctions, Hybrid and Magic Tee Junctions • Attenuators, Directional Couplers, Cavity Resonators, Ferrite Devices: Isolators, Circulators • MMIC Component materials, Growth, Fabrication Techniques • Measurement of VSWR, Frequency, Guided wavelength, Coupling and Directivity measurements

  4. Assessment Strategy

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