Electrical Communication ELC318 презентация

Август 1, 2022

Главная
Физика
Electrical Communication ELC318

Содержание

2. Logistics Email: ahesham.inquiries@gmail.com Include [Power3rd20] in the email subject Grades: 30% mid-term exam 70% Final exam
3. Intended Learning Outcomes (ILO’s) To review/calculate Fourier Transform of signals To recognize the different types of
4. Fourier Transform
5. Electrical Signal
6. Electrical Signal
7. Electrical Signal
8. Electrical Signal
9. Electrical Signal If I tell you: “A cosine signal has amplitude 1 Volt, and Frequency 50Hz”
10. Electrical Signal If I tell you: “A cosine signal has amplitude 1 Volt, and Frequency 50Hz”
11. Fourier Transform
12. Fourier Transform
13. Fourier Transform
14. Fourier Transform
15. Fourier Transform
16. Fourier Transform
17. Fourier Transform
18. Fourier Transform
19. Fourier Transform
20. Fourier Transform
21. Fourier Transform What we have seen so far is sine and cosine which are “periodic signals”
22. Fourier Transform of Non-Periodic Signals
23. Fourier Transform of Non-Periodic Signals
24. Fourier Transform of Non-Periodic Signals
25. Fourier Transform of Non-Periodic Signals
27. Скачать презентацию

Слайд 2

Logistics
Email: ahesham.inquiries@gmail.com
Include [Power3rd20] in the email subject
Grades:
30% mid-term exam
70%

Final exam

Слайд 3

Intended Learning Outcomes (ILO’s)
To review/calculate Fourier Transform of signals
To recognize the

different types of digital modulation and demodulation techniques
To Calculate main communication system parameters: bandwidth.
To Choose the best modulation/ demodulation technique for a practical engineering system and analyze the system

Слайд 4

Fourier Transform

Слайд 5

Electrical Signal

Слайд 6

Electrical Signal

Слайд 7

Electrical Signal

Слайд 8

Electrical Signal

Слайд 9

Electrical Signal
If I tell you: “A cosine signal has amplitude 1

Volt, and Frequency 50Hz” then you can draw the signal in time domain
Is there any other representation of this Cosine signal?

Слайд 10

Electrical Signal
If I tell you: “A cosine signal has amplitude 1

Volt, and Frequency 50Hz” then you can draw the signal in time domain
Is there any other representation of this Cosine signal?
Yes: Frequency domain

Слайд 11

Fourier Transform

Слайд 12

Fourier Transform

Слайд 13

Fourier Transform

Слайд 14

Fourier Transform

Слайд 15

Fourier Transform

Слайд 16

Fourier Transform

Слайд 17

Fourier Transform

Слайд 18

Fourier Transform

Слайд 19

Fourier Transform

Слайд 20

Fourier Transform

Слайд 21

Fourier Transform
What we have seen so far is sine and cosine

which are “periodic signals”
What if the signal non-periodic? How to obtain Fourier Transform

Слайд 22

Fourier Transform of Non-Periodic Signals

Слайд 23

Fourier Transform of Non-Periodic Signals

Слайд 24

Fourier Transform of Non-Periodic Signals

Слайд 25

Fourier Transform of Non-Periodic Signals