Antennas and Wave Propagation - Google Play
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Publisher Description
Antennas and Wave Propagation -
Antennas and Wave Propagation notes: Antenna Theory, Arrays & RF Signals
Antennas and Wave Propagation is a free engineering study handbook covering important course topics, detailed notes, diagrams, equations, formulas and study materials. Explore 135 topics across 5 chapters, from antenna theory and radiation patterns to antenna arrays and radio wave propagation.
Download the app as a reference guide and digital book for Diploma, BE, BTech and other engineering degree courses. Useful for university exams, competitive exam preparation, viva, technical interviews, assignments, projects and quick revision.
RELATED ENGINEERING BRANCHES
Electronics and Communication Engineering (ECE), Electronics Engineering, Electrical and Electronics Engineering (EEE), Electrical Engineering, Telecommunication Engineering, RF and Microwave Engineering, Wireless Communication and related courses.
TOPICS COVERED – 135 TOPICS ACROSS 5 CHAPTERS
CHAPTER 1: INTRODUCTION TO ANTENNAS
1. Antenna Theory – introduction, working principles and basic concepts
2. Antenna Types – isotropic, directional and omnidirectional antennas
CHAPTER 2: ANTENNA PARAMETERS
3. Radiation Pattern – field regions, radiation intensity, beamwidth and directivity
4. Polarization – types of polarization and polarization efficiency
5. Antenna Gain – relation between directivity, gain and effective area
6. Bandwidth and Efficiency – key parameters of antenna performance
CHAPTER 3: ANTENNA TYPES AND DESIGNS
7. Loop Antennas – small loops and infinitesimal magnetic dipoles
8. Microstrip Antennas – design, structure and advantages
9. Antenna Arrays – uniform linear arrays, phased arrays, broadside and end-fire arrays
10. Dipoles and Folded Dipoles – configurations and properties
CHAPTER 4: ADVANCED ANTENNA CONCEPTS
11. Small Loop Radiation – radiation resistance, ohmic resistance and far-field parameters
12. Rhombic and Long-Wire Antennas – design and applications
13. Ferrite Loop Antennas – uses and characteristics
14. Array Configurations – N-element linear arrays, direction of maximum radiation and nulls
CHAPTER 5: WAVE PROPAGATION
15. Friis Transmission Equation – received signal strength over distance
16. Radar Range Equation – radar signal and performance calculations
17. Earth Effects on Radiation – influence of the Earth on antenna radiation patterns
18. Retardation Effects – time-delay effects in short dipole antennas
APP FEATURES
• Chapter-wise antenna and wave propagation notes
• Diagrams, equations, formulas and graphical explanations
• Mobile-optimized content and easy navigation
• Quick access to listed topics and related study material
• Exam-oriented reference for engineering students
WHO IS THIS APP FOR?
Diploma and degree students, BE/BTech learners, ECE and telecommunications students, RF and wireless communication learners, educators and engineering professionals.
Use Antennas and Wave Propagation as a digital engineering textbook, syllabus companion and quick-reference guide for antenna design, electromagnetic wave propagation, wireless systems and examination revision. Share your feedback and suggestions for future updates.
