07.04.2022, 22:34
Analog Communications for GATE and other Exams
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 63 lectures (10h 33m) | Size: 13.1 GB
Completeness of each topic of Analog Communications with utmost clarity
What you'll learn
Students can get complete in-depth knowledge of Communication & System
Can get the knowledge of Communication & System
Can get the knowledge of AM power Calculations
Can get the knowledge of Square law Modulator - AM Generation
Requirements
Should have knowledge of trigonometry
Should have knowledge of differentiation and integration
Should have knoweldge of algebraic equations
Description
Fourier Transform
==
1. Introduction to Fourier Transforms & Dirichlet s conditions
2. Fourier Transform of Unit Impulse function and One sided Exponential.
3. Fourier Transform of Two sided Exponential.
4. Fourier Transform of Signum Function
5. Fourier Transform of Unit Step function & Sinusoidal Functions.
6. Fourier Transform of Rectangular & Sinc & Fampling Functions.
7. Fourier Transform of Triangular Function.
8. Fourier Transform of Trapezoidal Signal.
9. Linearity property of Fourier Transform
10. Time scaling property of Fourier Transform
11. Time shifting property of Fourier Transform
12. Frequency shifting property of Fourier Transform
13. Differentiation in Time property of Fourier Transform
14. Integration in Time domain Property of Fourier Transform
15. Differentiation in Frequency domain Property of Fourier Transform
16. Conjugation Property of Fourier Transform
17. Duality Property of Fourier Transform
18. Modulation Property of Fourier Transform
19. Area Under time and Frequency Domain Signals.
20. Time Convolution Property of Fourier Transform
21. Frequency Convolution Property of Fourier Transform
22. Parseval's relation
23. Fourier Transform of Periodic Signal
24. GATE Previous Problems with Solutions Set - 1
25. GATE Previous Problems with Solutions Set - 2
Communication & System
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1.Time Domain Analysis AM
2.Single tone AM
3.Power Calculations AM
4.Multi tone AM
5.limitations of AM
6.Square law Modulator - AM Generation
7.Switching Modulator - AM Generation
8.Coherent Detector - AM Detection
9.Square law detector-AM Detection
10.Example problems on AM
11.GATE problems on AM Set - 1
12.GATE problems on AM Set - 2
13.GATE problems on AM Set - 3
14.DSB introduction
15.Balanced Modulator-DSB generation
16.Ring Modulator - DSB Generation
17.Coherent detector - DSB Detection
18.Costas Loop/Receiver - DSB Detection
19.DSB example problem
20.GATE - Problems on DSB Set - 1
21.GATE - Problems on DSB Set - 2
22.SSB Introduction
23.SSB Time domain representation
24.SSB Generation-Frequency and Phase Descrimination Methods
25.SSB Detection - Coherent Detector
26.Single tone FM
27.Narrow Band FM(NBFM)
28.Wide Band FM(WBFM)
29.Carson's rule for FM bandwidth
30. Example Problems Set - 1 FM
31. Example Problems Set - 2 FM
32.GATE FM Problems
33.Super Heterodyne Receiver
34.Super heterodyne Receiver Example Problems
Who this course is for
Engineering students appearing for University and Competitive Examinations.
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