Determine the dominant frequency component

Assignment Help Electrical Engineering
Reference no: EM131083972

Signal spectral analysis:

Given the four practical signals below, compute their one-sided spectra and create their time domain plots and spectral plots, respectively:

a. Speech signal ("speech.dat"), sampling rate = 8,000 Hz. From the spectral plot, identify the first 5 formants.

b. ECG signal ("ecg.dat"), sampling rate =500 Hz. From the spectral plot, identify the 60 Hz-interference component.

c. Seismic data ("seismic.dat"), sampling rate =15 Hz. From the spectral plot, determine the dominant frequency component.

d. Vibration signal of the acceleration response from a simple supported beam ("vbrdata.dat"), sampling rate = 1,000 Hz. From the spectral plot, determine four dominant frequencies (modes).

Reference no: EM131083972

Questions Cloud

Variety of conflicting spiritual perspectives in workplace : How should management accommodate a variety of conflicting spiritual perspectives in the workplace?
Test concerning proportions : Twenty one out of 100 randomly selected women said they use seat belts, while 117 out of 180 men said the same. Test the claim that men are more safety conscious than women based one the use of seat belts at a 0.01 level of significance. Construct..
Sequence of independent samples of a random variable : Let X1, X2,... denote a sequence of independent samples of a random variable X with variance Var[X]. We define a new random sequence Y1, Y2,... as
Determining the number of employees : The state office of Australia Post believed that mail throughput at suburban post offices increases with the number of employees. From a random sample of ten major suburban post offices, the following regression equation was estimated: Y = -11.76 ..
Determine the dominant frequency component : Vibration signal of the acceleration response from a simple supported beam ("vbrdata.dat"), sampling rate = 1,000 Hz. From the spectral plot, determine four dominant frequencies (modes).
Develop a model to predict gasoline usage : A US consumer lobby wishes to develop a model to predict gasoline usage, as measured by miles per gallon, based on the weight of the car in pounds. The Excel data file contains data on this for fifty recent models.
Generate the sum of sinusoids for 240 samples : Generate the sum of sinusoids for 240 samples using a sampling rate of 8,000 Hz.
If you were ceo at disney-what would you do : MGMT 1100, CH 6 - how should Disney's different entertainment areas be managed? Should there be one grand strategy (i.e., growth, stability, retrenchment) that every division follows, or should each division have a focused strategy for its own mar..
Find the domain all asymptotes- holes and extrema : A large cone shaped funnel of height 5m and radius 3m contains a chemical mixture. The chemical mixture is being emptied out of the bottom of the funnel at a rate of 0.5 m3/sec. How fast is the depth of the chemical mixture changing when the depth..

Reviews

Write a Review

Electrical Engineering Questions & Answers

  Derive the transfer function for a system with an function

Derive the transfer function for a system with an function u(t) and an ouput function x(t) described by the following differential equation:d^3x/dt^3+5d^2x/dt^2+17dx/dt+13=d^2u/dt^2+5du/dt+6

  Calculate ni and the concentration of electrons and holes

An unknown semiconductor has Eg = 1.1 eV and Nc = Nv. It is doped with 10^15 cm^-3 donors where the donor level is 0.2 eV below Ec. Given that Ef is 0.25 eV below Ec, calculate ni and the concentration of electrons and holes in the semiconductor a..

  Find the transfer function of the system of equation

The equation y[n] - p y[n-1] = x[n] can be used to describe thevalue y[n] of a new investment by setting p = 1 + r/100 where r is the interest rate per period, expressed inpercent.

  What kind of transistor has higher voltage gain

What kind of transistor has higher voltage gain, BJT or FET and why What kind of transistor has better noise response BJT or FET and why How about frequency response high frequency, FET or BJT Low frequency response, FET or BJT

  Find the parameters of the z-parameter two-port

The following measurement were made on a two-port resistive circuit. With port 1 open, V2 =15V, V1 = 10 V, and I2 = 30 A. With port 1 short-circuited, V2 = 10 V, I2 =4 A, and I1 = -5 A. Find the parameters of the z-parameter two-port.

  How much does gain change when a load resistance given

A common-source FET amplifier has an RD = 1.0 k ohms. How much does the gain change when a load resistance of 1.0 k ohms is capacitively coupled to the drain

  What is the electric field e in all regions of space

A charge density of ohm Coulombs per square meter is uniformly distributed over a thin and very long cylindrical shell of radius a. You want to know the electric flux density field D and the electric field E generated by this charge at all points ..

  How to measure the current waveform through an inductor

If the voltage across a capacitor is a square wave, predict the resulting current waveform (draw the voltage and current waveforms). Repeat the process when the voltage across the capacitor is a sine wave.

  What are the test inputs use to evaluate steady-state error

What are the test inputs we use to evaluate steady-state error (SSE). How many integrations in the forward path are needed (type of the system) to get zero SSE for each of these test inputs.

  Complete the following program to store the listed data

1.Complete the following program to store the listed data into the RAM locations starting at $3000 using the stack pointer and the PUSH command. Use memory dump (md) command to see the data stored at the memory locations and include in your rep..

  Obtain series of curves where v rages in steps

A PN junction has a doping concentration of 10^15, 10^16, or 10^17 cm-3 on the lightly doped n-side and of 10^19 cm-3 on the heavily doped p-side. Obtain series of curves of 1/(C^2) vs. V, where V rages from -4V to 0V in steps of 0.5 V.

  Find power delivered to load and efficiency of solar cell

A solar cell with an area of 4 cm^2 has I-V characteristics under illumination from a 600 W source it drives a load of 5 ohms. calculate power delivered to load and efficiency of solar cell.

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!

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