User Account

All Pages

Peak amplitude measurement

Assignment Help Electrical Engineering
Reference no: EM13865304

When carrying out an FFT of a cosine wave whose frequency is 0.1Hz and whose amplitude is unity , explain why the peak amplitude measurement obtained in the range 0.09Hz to 0.11Hz should be 0.5

Reference no: EM13865304

Questions Cloud

Cross-correlation analysis : A radar transmits a signal (st) to detect aircrafts nearby. The signal sr1 is received when there is an aircraft and the signal sr2 is received where is no aircraft in radar's range.
Should pankratz error be excusted why or why not : Critical Legal Thinking - Should Pankratz's error be excusted? Why or why not? Ethics- Did either party act unethically in this case? Was this a legitimate legal dispute
Difference between adaptive expectations and rational expect : What is the difference between adaptive expectations and rational expectations?
What is probability that none of the people are independent : What is the probability that none of the people are Independent? What is the probability that fewer than five people are Independent? What is the probability that more than two people are Independent?
Peak amplitude measurement : When carrying out an FFT of a cosine wave whose frequency is 0.1Hz and whose amplitude is unity , explain why the peak amplitude measurement obtained in the range 0.09Hz to 0.11Hz should be 0.5
Expectations of inflation result in clockwise phillips loops : How can adaptive expectations of inflation result in clockwise Phillips loops? Why would these loops not be completely regular?
Analysis and design of beam : A 2nd level floor system of an office block is made up of a 125 mm thick slab cast monolithically with stiff beams which are spaced L3 (centre-to-centre) as shown in Figure 1.
A vertical short run aggregate supply curve have for the eff : What implications would a vertical short run aggregate supply curve have for the effects of demand management policy?
Differentiate between various theoretical explanations : Differentiate between various theoretical explanations for delinquent behavior.

Reviews

Write a Review

Electrical Engineering Questions & Answers

  Discuss the flat and segmented memory models and provide an

discuss the flat and segmented memory models and provide an example of how each are used to specify a memory

  Find the fundamental period t and the fundamental frequency

Are these signals periodic, find their fundamental period T and their fundamental frequency, otherwise prove that they are non-periodic 1) x(t)= 4 cos(12 t+40) + sin(16 t) 2) x(t)=cos4t +3e-j12t

  Explain how to calculate nf in term of a pure ratio

The NF (dB) is defined as 10log(SNRin/SNRout) - in the unit of dB. If we are given the values of SNRin and SNRout in dB unit, how do we calculate NF (dB) in terms of dB, and how do we calculate NF in term of a pure ratio

  Determine the amount of nitrogen gas that has escaped

A 20-m3 tank contains nitrogen at 23 C and 600 kPa. Some nitrogen is allowed to escape until the pressure drops to 400 kPa and the temperature to 20 C. Determine the amount of nitrogen gas that has escaped in kg. How much in this in Kmoles

  Determine what is the transverse periodicity of the object

If the self-imaging planes are 1 cm apart, what is the transverse periodicity of the object. Assume the wavelength of illumination as 1 micron. find the locations of the planes where one can observe contrast reversal.

  Find what is the value of the amplifier output resistance

The output voltage of a voltage amplifier has been found to decrease by 20% when a load resistance of 1 k ohm is connected. What is the value of the amplifier output resistance

  At an operating frequency of 300 mhz it is desired to use

at an operating frequency of 300 mhz it is desired to use a section of a loss less 50-omega transmission line

  Design and model a car battery charger using pspice

Design and model a car battery charger using PSpice. Suppose that the source is a commercial circuit of 240V AC at 60Hz. The battery to recharge is 12V DC.

  Compute the propagation constant and intrinsic impedance

Consider a plane wave normally incident on a half-space of copper. If f=1GHz, compute the propagation constant, intrinsic impedance, and skin depth for the conductor. Also compute the reflection and transmission coefficients

  Find the reflection coefficients at each end

We have a 100 volt signal connected through a 300-O resistor to a 300- O transmission line terminated with an open circuit. Find the reflection coefficients at each end and find the evolution of the voltage of the signal on the transmission line

  Determine the settings

Determine the settings Z1, Z2 & Z3 for the relay at B12.

  Which has the zener shunt regulator as the last stage

First as the output stage use a Zener shunt regulator and then replace the Zener shunt regulator with an appropriate IC voltage regulator. Do the SPICE simulation of the whole circuit, which has the Zener shunt regulator as the last stage.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

Submit Assignment

Academics

Major Subjects

Majors

Get In Touch

whatsapp: +1-415-670-9521

Phone: +1-415-670-9521

Email: [email protected]

TERMS & POLICIES

HELP & SUPPORT

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd