Subject : Analog Communicationx(t) = 4cos(2000nt) + 2sin(4000Tt) - 2cos(8000rt)is given and y(t) signal is obtained fromthe figure.h(t) is impulse response filter and H(jw) is filter's frequency response.x(t)h(t)y(t)2cos(60000rt)Hljw),1--0.5wx 10°n-70-62.5 -60 -57.5 057.5 6062.570a) calculate the input signal x(t) power and bandwidth Px=? Watt and By=? kHzb)calculate the output signal y(t) power and bandwidth Py =? Watt and By=?kHzC)About y(t) signal answer yes/no and explain simply.y(t) is a DSB-SC AM signal yes/no ?y(t) is a VSB-SC AM signal yes/no?y(t) is a SSB-SC AM signal yes/no?y(t) is a VSB with a carrier AM signal yes/no?

Answered: Image /qna-images/answer/76764861-cda9-41d7-adf0-b911fcf59a76.jpg

Subject : Analog Communication o: (t) = 4cos(2000nt) + 2sin(4000nt) - 2cos(8000t) is given and y(t) signal is obtained from the figure.h(t) is impulse response filter and H(jw) is filter's frequency response. x(t) h(t) ylt) 2cos(60000rt) Hljw), 1 -0.5 --- w x 10°n -70 -62.5 -60 -57.5 0 57.5 60 62.5 70 a) calculate the input signal x(t) power and bandwidth P=? Watt and B,=? kHz b)calculate the output signal y(t) power and bandwidth Py =? Watt and B,=?kHz C)About y(t) signal answer yes/no and explain simply. y(t) is a DSB-SC AM signal yes/no ? y(t) is a VSB-SC AM signal yes/no? y(t) is a SSB-SC AM signal yes/no? y(t) is a VSB with a carrier AM signal yes/no?

Subject : Analog Communication o: (t) = 4cos(2000nt) + 2sin(4000nt) - 2cos(8000t) is given and y(t) signal is obtained from the figure.h(t) is impulse response filter and H(jw) is filter's frequency response. x(t) h(t) ylt) 2cos(60000rt) Hljw), 1 -0.5 --- w x 10°n -70 -62.5 -60 -57.5 0 57.5 60 62.5 70 a) calculate the input signal x(t) power and bandwidth P=? Watt and B,=? kHz b)calculate the output signal y(t) power and bandwidth Py =? Watt and B,=?kHz C)About y(t) signal answer yes/no and explain simply. y(t) is a DSB-SC AM signal yes/no ? y(t) is a VSB-SC AM signal yes/no? y(t) is a SSB-SC AM signal yes/no? y(t) is a VSB with a carrier AM signal yes/no?

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...

See similar textbooks

Similar questions

Transfer function given for a digital filter direct-form II Perform as
-3. Determine the Ayquist rate for each of the Co following signals assuming the dyquist. nate for act) is fs Hz. of offs Bad/sec, a) gixel) b) 4₂ (4)= c) (z (t) = d) fult) = dae(t) dz 2<² (t) xelt) cos & fs t
When analyzing a second order system we may wish to determine the step response and/or the frequency response. Match the measured parameter to the appropriate response.
a classroom.google.com. POF lal 5 jualal.pdf Open with Google Docs Conv 3-make deconvolution between two signals as shown deconv. x(t) h(t) UKa Lursor discete step-signal discete step-signal 25 1.5 0.5 -05 55 05 ntime) 3.5 4 45 nitime) Page EN - a 0 amplitude amplitude
ANSWERED PLS ALL FOR LIKE
"-2e and consider that i(0)=100 A and tem have an I/V transfer function as:
digital signal processing
The system given in the figure a. Draw the signal flow chart and obtain the transfer function with the gain formula. please.
Please solve this.
3
The magnitude and phase diagrams are provided for a passive filter. Input signal vin(t)=15 cos(20000t+100°) V is applied. What is the output voltage in V when t-1ms ? Series RLC H(s) -20 -30 -40 700 10 10 180 150 ... ... ... ... 100 ... 50 10 10 Frequency (rad'sec) Phase (deg) Mag (dB)
Want to make a filter that can pass signals with frequencies above 1 kHz. Filter desired is order 2 with a response having a transition region slope greater than 20dB/decade per order. One of the components given is a 100pF capacitor. Please explain the filter design in full