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Q: Describe the down sampling and up sampling with one example in each case

A: Sampling  The process of identify the frequency rate of the signal rate is called sampling. Down…

Q: discuss the relationship between the opernting frequency and the transfarmer size

A: The operating frequency and size of transformer both are related to reach other both are inversely…

Q: For a 2 stage amplifier system, the voltage gain of the first stage is 100 and of the second stage…

A: In this case, the voltage gain of the first stage and the second stage of the amplifier system are…

Q: Peak phase deviation is also known as: elect your answer. percentage of modulation index of…

A: Peak phase deviation is the maximum phase difference between the transmitted signal and carrier…

Q: 16V Ica SI0kaz VCEQ B- 20 VE

A:

Q: q) Explain the difference among the 4 different type of biasing in JFET in terms of design,…

A: There are mainly 3 different techniques of JFET biasing Fixed DC Biasing Technique Self-Biasing…

Q: 3-why Demodulation is necessary ?

A: Note: As per Bartleby guidelines, we are supposed to provide solution of first question , I request…

Q: A signal with a maximum frequency component of 5 kHz is to be sampled. According to the sampling…

A: Sampling is needed to convert a signal from continuous time domain into discrete time domain. This…

Q: Peak to peak amplitude = 300 volts Signal frequency = 200 Hz Medium height form factor: 8 level 1.…

A: According to the question we have to find, 1. What would be the theoretical maximum sampling…

Q: 2. What is the process of converting a signal from a given rate to a different rate? a) Sampling b)…

A: Option - C  is the correct answer for the above question. I have provided explanation below. Please…

Q: 5- Sampling theory 6- Nyquist rate 7- PAM 4-Pulse Code Modulation

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

Q: Define the term of correlated noise in electronic communication systems and describe TWO (2)…

A: According to the question, we need to define the correlated noise in electronic communication…

Q: . Why is it that lower frequencies are not practically possible in the case of Harley os . Which…

A: In this question we will write Hartley oscillator related problems....

Q: Which application use differentiator circuit? Frequency Shift keying FM modulators  Wave…

A: FM modulators uses differentiator circuit. It is used to detect FM modulated signal.

Q: An LVDT is used to measure 1 mm displacement for which a voltmeter of range 0 to 2 Volt through an…

A: Given a Linear Variable-Differential Transducer with, Displacement, d = 1 mm. Voltmeter of range 0…

Q: 4. In a a) b) c) d) superheterodyne receiver, the inputs to the Mixer stage are: IF amplifier and RF…

A: Your asking only question 4 so i am doing only that.

Q: The maximum peak frequency deviation divided by the maximum frequency gives the worst-case…

A: Frequency deviation is the worst case modulation index is equal to maximum peak frequency deviation…

Q: Signal-to-Noise ratio is calculated as: Select the correct response: A. signal voltage divided by…

A:

Q: Q 6(a) Derive state-variable equations for the circuit in Figure 6, showing all steps clearly and…

A: 6a)

Q: Provide a sample problem with correct solution regarding percentage modulation involving frequency…

A: The sample problem is as follows.

Q: Fading Parameter Evaluation and

A: Rayleigh fading is a statistical model that describes how a radio signal, such as that utilized by…

Q: What is the baud rate? What are some typical baud rate values for instruments.

A: In this question we have to write the baud rate definition and write some typical baud rate values…

Q: Summary of instrumentation amplifier

A: We need give the summary of an instrumentation amplifier.

Q: Choose an answer for each question. (You will choose three answers in total.) Her bir soru için bir…

A: Right Answer option (I) (J) (K)

Q: Q5/B- What the difference between encoder and priority encoder

A:

Q: Discussion add elaboration on the importance of active filter in electronic system

A: Introduction: Active filters are utilized in communication systems for suppressing noise, to isolate…

Q: Q/ Explain the effects of the filters & the noise source.

A: Filter is a circuit capable of passing or amplifying certain frequencies while attenuating other…

Q: Brief explanation of kalman filter

A: Kаlmаn filtering is аn аlgоrithm, thаt рrоvides estimаtes оf sоme unknоwn vаriаbles given the…

Q: 3. The signal power at the input to an amplifier is 100µW and the noise power is 1μW. At the output,…

A: here we have to find the amplifier noise figure.

Q: In Class C tuned amplifier tank circuit is tuned to the second harmonic of the input signal. If the…

A: In this question We need to verify the given statement is true or false.

Q: Q/14/Explain by block diagram and equations the indirect method of Demodulating FM

A: The Armstrong (Indirect) method is the indirect method for FM generation. The basic principle of…

Q: ow the output waveforms of a positive and a negative clipper circuit with series and shunt…

A: In a positive clipper, the positive half cycles of the input voltage will be removed. In a negative…

Q: Show 2 equations name the open loop transfer function and closed loop transfer function?

A: