: Specialized chapters on microwave antennas and RADAR systems, emphasizing their roles in modern communication and detection.
is an Assistant Professor at the Indian Institute of Technology (IIT/ISM) Dhanbad . He holds a PhD from IIT Kharagpur and is a recipient of the URSI Young Scientist Award . His expertise in electromagnetics and antennas is reflected in the book’s rigorous yet lucid treatment of complex mathematical derivations. Microwave Engineering : Das, Sushrut - Amazon.com.be
: Includes MATLAB examples and programs that are particularly useful for laboratory experiments and computational design. microwave engineering sushrut das pdf
by Sushrut Das is a comprehensive textbook published by Oxford University Press (OUP) that serves as a cornerstone for undergraduate and postgraduate students in Electronics and Communication Engineering. Covering nearly 1,000 pages, the book bridges the gap between fundamental electromagnetic theory and modern microwave applications. Core Themes and Content Coverage
: In-depth analysis of transmission line equations, matching networks (including Smith Chart applications), and the theory of both rectangular and circular waveguides. : Specialized chapters on microwave antennas and RADAR
: Discussions on contemporary developments like metamaterials , microwave measurements, and the biological effects of microwave radiation hazards. Key Features for Students
: Coverage of passive components like power dividers, couplers, and filters, alongside active devices such as solid-state diodes (Gunn, IMPATT), transistors, and vacuum tubes (Klystrons, Magnetrons, TWTs). His expertise in electromagnetics and antennas is reflected
The textbook is structured into , guiding readers from basic principles to complex system designs. Major areas of focus include:
: Detailed representation of microwave networks using S-parameters, which are essential for characterizing high-frequency multi-port devices.
: The text uses well-labeled illustrations designed with a "three-dimensional feel" to help students visualize electromagnetic fields and component structures.