Derive the transfer function of the electric circuits.

Q: 5. How does the bandwidth change in relation to increasing signal amplitude ? 6. What are the types…

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Q: 5. Derive an equation for the resonant frequency and find its value for the equivalent RF circuit…

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Q: 2. Which is better representation of signal in time domain or frequency domain? Why?

A: Here I am solving the question number 2 which is Which is better representation of signal in time…

Q: Why is having a certain bandwidth so crucial?

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Q: Compute the transfer function of the given signal flow graph below:

A: It is given that:

Q: 1. Derive the transfer function.

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Q: 3. What do you infer from the frequency spectrum of a PWM signal?

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: Find V, for the circuit given below. is 10 μΑ, RF 1 ΜΩV, ν ?

A: assuming opamp is ideal , current into terminals of opamp is zero and voltage is at inerting…

Q: Describe the general characteristics of the equivalent circuits that apply to the low…

A: In Low-frequency range the coupling and bypass capacitors must be included in the equivalent circuit…

Q: What is the difference between classical or frequency domain and modern or time domain? And give an…

A: Frequency domain In the classical or frequency domain, the measured signal is represented in the…

Q: Using the following subsystem S, derive the transfer function of the system shown below.

A: The block diagram is as shown below:

Q: An audio signal represented by 60 sin 3000nt (Volts) modulates a 200 kHz carrier signal with…

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Q: B) Derive the transfer function for the circuit

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Q: What is frequency? Explain the concept of frequency.

A: The Number of event that happens again and again over particular period is known as frequency. It is…

Q: This multiple choice question from DIGITAL COMMUNICATIONS course. just write for me the final…

A: A baseband system has a signal-to-noise ratio of 100 and a bandwidth efficiency of 1.25 .The average…

Q: 2. Determine the transfer function of the circuit.

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Q: 1- What is the Bandwidth in the AM-DSB-SC system?

A: As per Bartleby guidelines we are allowed to answer only 1 question, please ask the rest of the…

Q: Classify the following carriers waves into either transmitter or receiver. Thank you! - oscillator,…

A: Transmitter - Transmission of signal or wave from one point to other. Reciever- Receiving signals…

Q: Explain what is the difference and commonality between the transfer function and the state space.

A: According to the context of the  given question, it is to determine the,  differences as well as the…

Q: What is the significance of transfer function?

A: the fallowing statement represents the significance of a transfer function in a system:

Q: sketch the Bode asymptotic log-magnitude plots.

A: This question is based on the asymptotic bode magnitude Plot. Some steps to develop Bode Magnitude…

Q: Why the transfer function is linear system?

A: For non linear systems transfer function doesn't exist.

Q: To achieve 75 percent modulation of a carrier of V, 190 V, what amplitude of the modulating signal V…

A: Modulation index is given, m=75 %=0.75 Amplitude of carrier signal Vc=190 V

Q: Determine the time domain signal ?(?) using its magnitude and phase spectrum given in the figure…

A: Given spectrum is -

Q: Noise generated by an amplifier of radio is an example for?

A: Noise generated by an amplifier of radio is a type of random signal because it has uncertainty…

Q: The ratio of the average RMS voltage of the input signal power to the average quantization noise…

A: Due to our guidelines we can answer only one question at a time. Please repost the other questiin…

Q: What is the main advantage of converting transfer function magnitudes to decibels before plotting?

A: Given: Question on main advantage of converting transfer function magnitudes to decibels before…

Q: What is the bode plot magnitude for the network function below?

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Q: Example: If the analog signal to be quantized is a sinusoidal waveform, that is x(t) = Asin(2 x…

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Q: discussion Derive the transfer function of the electric circuits.

A: to derive the transfer function of the electric circuits

Q: Coupling of AC signals in amplifiers is achieved by capacitors. [True / False]

A: In order to provide AC signals to amplifier, we need coupling.

Q: Discuss the similarities and differences between sampling & PAM and show the effects of differences…

A: Modulation : Modulation is the process of modifying one or more features of a periodic waveform,…

Q: For the circuit of shown figure. The Transfer function

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Q: Derive a relationship between the time constant RC, and modulation index.

A: Relationship between the time constant RC and modulation index. Input equation  vi=Vi1+mcosωmt Here,…

Q: What is the basic concept of Fourier theory as it relates to real-world signals? How does the…

A: All real-world signals (which are usually time -varying currents or voltages) are sum of sine waves…

Q: Determine the frequency of the modulating signal which is producing an FM signal having a bandwidth…

A: The solution is given below

Q: What is the difference between classical or frequency domain and modern or time domain?

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Q: 3. How dose the bandwidth change in relation to increasing signal amplitude? FM

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Q: Explain why the bulk element approach in circuit theory loses its validity at high RF and microwave…

A: Bulk element approach in circuit theory loses its validity at higher RF and microwave frequencies…

Q: Tuned Circuit Design Using a VARICAP   (a)  Refer to the capacitance curves for the Motorola…

A: Solution- The given operating frequency is 103.3MHz.

Q: How it is generated Single Sideband Modulator Using Filter Method

A: Block diagram of an SSB modulator using filter method, The filter method can generate an SSB…

Q: What is the most likely IF for a mixer with inputs of 162 and 189 MHz?

A: In this question we need to find a intermediate frequency.

Q: Explain the difference between low-frequency numerical methods and high frequency methods. Give…

A: Low Frequency Numerical Method: A mathematical calculation of low-frequency electromagnetic field…

Q: Explain how does LCR circuit work, impedance of LCR circuit in resonance, condition for resonance in…

A: Given  Find impedance of LCR circuit in resonance. condition for resonance in LCR circuit quality…

Q: PspBs x 100% Ps

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Q: b. What is the channel capacity for signal power of 250 W, noise power of 50 W, and bandwidth of 3…

A: The channel capacity is 2.334 MHz

Q: How can you produce one sideband only? Suggest a method to obtain SSB.

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