Question Solved1 Answer The message signal for a phase modulation (PM) is as given in Figure 1.a. Carrier amplitude of the signal Ac = 1 V and frequency fc= 100 kHz and frequency wwwwww deviation Af = 9 kHz is given. Since the PM signal formed is demodulated as in Figure 1.b; at points c, d, e and f Draw the resulting signs. (The YGF in the figure suppresses only the DC component. Also specify amplitude and frequency information.) 4ms 1 M V Şekil 1.a Integrator © e 12 PM Modolator Zarf Detektoru YGF m(t) dt demodulator Şekil 1b

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Transcribed Image Text: The message signal for a phase modulation (PM) is as given in Figure 1.a. Carrier amplitude of the signal Ac = 1 V and frequency fc= 100 kHz and frequency wwwwww deviation Af = 9 kHz is given. Since the PM signal formed is demodulated as in Figure 1.b; at points c, d, e and f Draw the resulting signs. (The YGF in the figure suppresses only the DC component. Also specify amplitude and frequency information.) 4ms 1 M V Şekil 1.a Integrator © e 12 PM Modolator Zarf Detektoru YGF m(t) dt demodulator Şekil 1b
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Transcribed Image Text: The message signal for a phase modulation (PM) is as given in Figure 1.a. Carrier amplitude of the signal Ac = 1 V and frequency fc= 100 kHz and frequency wwwwww deviation Af = 9 kHz is given. Since the PM signal formed is demodulated as in Figure 1.b; at points c, d, e and f Draw the resulting signs. (The YGF in the figure suppresses only the DC component. Also specify amplitude and frequency information.) 4ms 1 M V Şekil 1.a Integrator © e 12 PM Modolator Zarf Detektoru YGF m(t) dt demodulator Şekil 1b
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for the given message signal m(t) here, we ortain the bollowirg from the provided circuit.(a) m(t)(b) Output of PM movilator: A_(c)cos(omega_(c)t+k_(p)m(t)). where, A_(c)=1V,omega_(c)*2pit_(c)xxA_(c)=100kHIz. Further, here we observe instantanerw frequency f_(i)=f_(c)+(k_(k))/(2pi)m^(˙)(t) unere m^(˙)(t)=(d)/(dt)m(t).Hena we rotain nere the bollowirg.:. Hera frequency deviation Delta f*(k_(p))/(2pi)xx1000*9kHz. Hence wavesom at (5) wis be the bolliviris.(c) Output here woreas be, -A_(e)[omega_(c)+K_(p)m(t)]si ... See the full answer