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Q1: The carrier e. = 10 V sin 27 3x10°t is AM modulated by the information signal: e, = 6 V sin 277 3x10’t Determine: a. Amplitude and Frequency of Information Signal b. Amplitude and Frequency of Carrier Signal c. Modulation Index m d. Carrier Power and Sub band power (for R=600 Ohm) e. Mathematical and Graphical representation of eam (t), in time domain and frequency domain, showing all the sub bands

Q1: The carrier e. = 10 V sin 27 3x10°t is AM modulated by the information signal: e, = 6 V sin 277 3x10’t Determine: a. Amplitude and Frequency of Information Signal b. Amplitude and Frequency of Carrier Signal c. Modulation Index m d. Carrier Power and Sub band power (for R=600 Ohm) e. Mathematical and Graphical representation of eam (t), in time domain and frequency domain, showing all the sub bands

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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**Q1: The carrier** The carrier signal is given by: \[ e_c = 10 \, V \, \sin (2\pi \times 3 \times 10^6 \, t) \] This signal is amplitude modulated (AM) by the information signal: \[ e_i = 6 \, V \, \sin (2\pi \times 3 \times 10^3 \, t) \] **Determine:** a. **Amplitude and Frequency of Information Signal** b. **Amplitude and Frequency of Carrier Signal** c. **Modulation Index \( m \)** d. **Carrier Power and Sub-band Power (for R=600 Ohm)** e. **Mathematical and Graphical Representation of \( e_{AM}(t) \), in Time Domain and Frequency Domain, Showing All the Sub-bands**
Transcribed Image Text:**Q1: The carrier** The carrier signal is given by: \[ e_c = 10 \, V \, \sin (2\pi \times 3 \times 10^6 \, t) \] This signal is amplitude modulated (AM) by the information signal: \[ e_i = 6 \, V \, \sin (2\pi \times 3 \times 10^3 \, t) \] **Determine:** a. **Amplitude and Frequency of Information Signal** b. **Amplitude and Frequency of Carrier Signal** c. **Modulation Index \( m \)** d. **Carrier Power and Sub-band Power (for R=600 Ohm)** e. **Mathematical and Graphical Representation of \( e_{AM}(t) \), in Time Domain and Frequency Domain, Showing All the Sub-bands**
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