V kv 50 mV 56 kn 10 K OTA 10 K Figure 1

Q: Show the values of cut-off frequencies, roll-offs, and proper axis labels and units of RC band…

A: The bandstop filter stops specific bands of frequency signal to pass through the circuit. It is…

Q: Since R = 500 ohms, C = 1 micro Farad and the frequency is 100 Hz in the low-pass R-C passive filter…

A: Given data, R = 500 Ω. C = 1 μF. f = 100 Hz. Let, Avmax = 1.

Q: Q2: (a) Design a digital bandpass Butterworth filter with the following specifications: Center…

A: Given: The digital filter has the following specifications: Center frequency of 2.5 kHz Passband…

Q: Using Kaiser's formula, estimate the order of a linear phase bandpass FIR filter with the following…

A: From ripple δ value of the equation  we chose the δ value. Which is shown below. δs=10-0.05αs…

Q: An analog signal in sinus form is desired to be transmitted to the receiver with pulse code…

A: According to the question, we need to find the encoding bit strings for 8-level pulse code…

Q: 025/ A Delta Modulation (DM) system is designed to operate at 3 times the nyquist rate for a signal…

A: We have given signal bandwidth=3KHzthe quantization step size =250mVhere m(t)=b*sinωmtwe have to…

Q: Produce an IR low pass using a Butterworth Type I transfer function filter with the following…

A:

Q: 5. Calculate the rms ripple voltage at the output of an RC filter section that feeds a 1.2 k ohm…

A: Given: Input voltage=60 V RMS ripple voltage=2.8 V No load voltage=60V Load resistance=1.2 kΩ…

Q: Design a parallel LC band stop passive filter with fo= 5 KHz, C=1µF, P=1KHZ, A) Draw the circuit and…

A: Since you have asked multiple questions in a single request, we will be answering only the first…

Q: Design an RLC bundpass passive filter (paralel LC) if f 5 KHz, CalpF,=IKHz, A) Draw the eircuit,…

A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: The following data shows the output voltage of an active filter versus frequency Vo=F(f). Determine…

A: Active filter v/s frequency graph

Q: Find out the low pass, band reject, high pass and band pass filter from the given frequency response…

A: Low pass filter allows only low frequency components where as high pass filer allow only high…

Q: Transmitter: a carrier frequency of 108 kHz and a modulating frequency of 3.4 kHz is plied to an…

A:

Q: A buck-boost regulator has an input voltage of Vs = 10+Y V. The duty cycle is k = 0.35 and the…

A:

Q: series combination with R- 20 Q and L- 50 mH. The output has a fundamental frequency of 60 Hz. (n)…

A: Given VDC=250Vokts  R=20 ohms  L=50mH  Fundamental frequency (fo)=60Hz

Q: 2. What is a 2 poles High Pass Filter?

A: High pass filter: It is an electronic filter that allows frequencies greater than the cut off…

Q: Define signal-to-noise figure of receiver. A receiver connected to an antenna vhose resistance is…

A:

Q: You are asked to design a DSB-SC modulator to generate a modulated signal Acm(t) cos wet with the…

A: Given  Modulated signal Acm(t)cosωct carrier frequency fc=300 kHz ωc=2π×300,000 Sinewave generated…

Q: (b) Design a 1 order Band Pass Filter using op-amp with fuc = 18KHZ, fic = 3KHZ and pass band gain,…

A: According to the question we have to draw the circuit using standard resistance values.

Q: B. One method of Amplitude Demodulations is shown below: AM Input LPF VOUT m(t) + Distortion Low…

A: Demodulation is an important step in receiving any amplitude modulated signal, whether for broadcast…

Q: a carrier frequency of 108 kHz and a modulating frequency of 3.4 kHz

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Q: Design a low-pass active filter of cut-off frequency 100 kHz and gain 32 dB. (assume C = 0.1nF)

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Q: Determine the Nyquist rate of sampling for the signals: i) B.(1)-2Cos(628t) +3Cos(314t) ii)…

A: Nyquist rate of sampling is the minimum rate at which signals are sampled so that all the…

Q: V1=10VPPsin(2πf ) design an RL low pass passive filter circuit. cutoff frequencies in these filter…

A: As this is a designing question the value of R and L can vary . So one of the design is given below…

Q: Q1Determine the centre frequency, gain, and quality factor for the filter in figure. 11 kOhm 120 nF…

A: Q1. Given circuit is shown below. Above circuit is a Twin-T notch filter

Q: Q5.B. A SSB-USB signal can be demodulated using the system shown in figure 5. i) What is the…

A: Analog communications

Q: The following data shows the output voltage of an active filter versus frequency Vo=F(f). Determine…

A:

Q: 8) The signal y(t) = 10 sin 100nt + sin 380nt is to be sampled at 200 Hz. The signal is passed…

A: Given that  y(t)=10sin100πt+sin380πtfs=200 Hzfc=100 Hz (a)  For given filter , the attenuation of…

Q: a) Design a 5th order Butterworth Low pass Filter with the cut-off frequency of 4 KHz. Use the…

A: Solution (a) - The 5th order Butterworth low pass filter is shown below, Given, R=5.6 kΩcut off…

Q: Vin For this switched capacitor filter, the equivalent input resistance is 10kOhms, the passband…

A: The equivalent input resistance is Req=10kΩ. Passband gain, k=-20. The switching frequency, fclk=500…

Q: The following figure is illustrating: Uinmodulated Carrier 0 0 11 1 Baseband Digital Signal…

A:

Q: ASAP It is a type of diode where it operates as a variable resistor when heated.   Your answer…

A: As per the guidelines, I have to do only 3 subpart of a question. So I request you to submit the…

Q: DQUESTION 5 Bandwidth of an active filter is related to A. size of filter capacity in term of…

A: Given: Multiple choice question Roll off value in frequency and bandwidth

Q: a. Design a S-tap FIR band reject filter with a lower cutoff frequency of 2,000 Hz, an upper cutofT…

A: According to question: a) The normalized cut off frequencies are calculated as…

Q: Supply voltage:V1=10Vppsin(2πf) Desingning RC and RL Low conquer Passive filter circuits? Cutoff…

A:

Q: Q2 : Suppose you have the following modulated signal with the output wave changes of t 5.5 Vp: Vam…

A: We are authorized to answer three sub-parts at a time, since you have not mentioned which part you…

Q: )A full-wave rectified signal of 18 V peak is fed into a capacitor filter. What is the voltage…

A:

Q: A geophone is able to pick up signals in the frequency range of 20 Hz to 340Hz. Design an active…

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Q: a) What type is the active filter shown in the following figure? b) Determine the roll-off rate. c)…

A: The required parameters of the given low pass filter circuit can be obtained by assuming value for…

Q: What type is active filter shown

A: An active filter is a type of analog circuit that uses active components, typically an amplifier, to…

Q: the a lowpass digital filter meeting the following specifications: Passband frequency 0- 60 Hz…

A: Given specifications: Passband frequency: 0-60 Hz Stopband frequency>85 Hz Stopband…

Q: Q10/ In a single integration DM scheme, the voice signal is sampled at a rate of 64 kHz. The maximum…

A: We need to find out step size to avoid the error

Q: The following data shows the output voltage of an active filter versus frequency Vo=F(f). Determine…

A: Graphic data of active filter v/s frequency

Q: Design an Armstrong indirect FM modulator to generate an FM signal with carrier frequency 96 MHz and…

A:

Q: Can someone explain how to get Zt of the following bandstop filter?

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Q: The buck regulator has an input Vs=12V. The required average outp voltage is Va=5V and R=500ohm and…

A:

Q: has f. = 1 kHz and frequency sensitivity constant of the modulator k, = 125 Hz/V. The modulator has…

A: Modulation index given by  B = Kf Am/fm Kf = 125, Am= 4, fm = 10

Q: Answer the following questions: List the operating regions of a JFET. Draw a frequency response…

A: Junction Field Effect Transistor is a type of Field Effect Transistor. It has three terminal. It is…

Filter

A filter is a device or process which removes some of the unwanted features or components like frequencies from a signal in signal processing. The feature of filters is the complete or partial suppression of some part of the signal, and filtering is a class of signal processing. This most often means removing some frequency bands or some frequencies. In the frequency domain, the filters do not exclusively act, especially in the image processing field many other targets for filtering exist. Without having to act in the frequency domain, the correlations can be removed for certain frequency components and not for others. The filters are widely used in electronics and telecommunication, in television, radio, radar, audio recording, music synthesis, control systems, computer graphics, and image processing.