Obtain an expression for the input impedance of the circuit in figure below and then use it to determine the resonant frequency.
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Obtain an expression for the input impedance of the circuit in figure below and then use it to
determine the resonant frequency.
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- Q1 An angle modulated signal with carrier frequency ωc = (2π*106) is described by the equationΦ(t) = 5 cos (ωct + 20 sin 1000 πt + 10 sin 2000 πt)(i) Find power in modulated signal(ii) Find frequency deviation Δf(iii) Find phase deviation Δφ(iv) Estimate bandwidth of Φ(t)Q1 An angle modulated signal with carrier frequency ùc = (2ð*106) is described by the equationÖ(t) = 5 cos (ùct + 20 sin 1000 ðt + 10 sin 2000 ðt) Find phase deviation Δφ Estimate bandwidth of Φ(t)A series circuit contains an inductance of 0.1062 mH, a capacitance of 106 pF and aresistance. At resonance, the impedance is 10 Ω. Determine the Q-factor and thebandwidth at resonance. ANSWER ASAP
- Suppose we have a series resonant circuit for which f 0 =12 MHz and B=600 kHz.Furthermore, the minimum value of the impedance magnitude is 20 Ω. Determine the values of R, L, and C.For the parallel RLC circuit given in Figure 5 for Vs=10sinωt R=2.2 Ω, L=100 µH andC=1000 µFa) Obtain the resonant frequency ω0, the quality factor Q and the bandwidth B.b) Calculate the half-power frequencies ω1 and ω2.c) Determine the power consumption at ω0, ω1, and ω2.d) Plot the current amplitude versus frequencye) Use LTSPICE to plot frequency response.Write a program to design a bandpass analog Butterworth that pass the frequency 20 rad/sec for the signal x(t) = sin(20t) + sin(40t) . then 1- Plot the filtered signal (time domain and spectrum). 2- Plot the frequency response of the filter. 3- Verify your result
- For the circuit below: (a) What is the amplitude, frequency and phase of vs(t) represent vs(t) in phasor form. (b) Find XL,XCand total impedance Z of the circuit and find i(t) flowing the circuit (c) Explain whether the circuit is Capacitive or Inductive and what is the frequency at which the circuit will be at resonance?Discuss the difference between resonant and non-resoinant circuits. Use equations to explain your answer23. Plot the phase angle Vs frequency curve on a logarithmic scale.G(S)=10/(S(1+0.1S)(1+0.5S)) Determine the phase crossover frequency.
- A coil of inductance 0.20H and resistance 60 ohm is connected in parallel with a 20μF capacitor across a 20V, variable frequency supply. Calculate (a) the resonant frequency, (b) the dynamic resistance, (c) the current at resonance and (d) the circuit Q-factor at resonance.1. A 5 mH pure inductance is connected in parallel with one microfarad capacitor. What frequency will the circuit be antiresonance? 2. Three impedances Za, Zb and Zc are connected in parallel. If at 60 Hz, Za = j8, Zb = -j2 and Zc = 5 ohms, Solve for the frequency at resonance.Find the transfer function for the circuit shown in figure 1. Plot the amplitude graph of 2logh10hw and the phase angle graph of H(jw)? Calculate the actual cutoff frequency? Calculate the true phase angle at the cutoff frequency?