Discrete time system transfer function, Electrical Engineering

Assignment Help:

For a discrete time unit step input x(kT), the output  y(kT) of a system is shown below,

2471_22.png

 

Part (a)

 Obtain the Z-transform of the output signal y(kT).
 
Part (b)
 
Find out the discrete time system transfer function G(z)=Y(z)/X(z)
 
Part (c)
 
Rewrite this system in a difference equation form, and verify your result by reproducing the
first four terms (k=0, 1, 2 & 3) of the output signals for a unit step input.

 


Related Discussions:- Discrete time system transfer function

How does voice one dsl work?, Question 1 Define the term telecommunication...

Question 1 Define the term telecommunication? Discuss briefly the various uses of telecommunication in daily life Question 2 Explain the powers and functions of the TRAI

Explain about the chrominance signal, a. Determine how color sync burst and...

a. Determine how color sync burst and H deflection sync vary in amplitude and frequency. Also explain the difference in timing among the 3.58 MHz color sync burst and 3.58 MHz chro

Nicol prism, how double diffraction occur at the surface

how double diffraction occur at the surface

Intrinsic material, Int r insic Material A perfect semicon...

Int r insic Material A perfect semiconductor crystal with no impurities or lattice defects. No carriers at 0 K, since the valence band is completely full and t

Describe pulse dialling, Q. Describe Pulse dialling? Pulse dialling: ...

Q. Describe Pulse dialling? Pulse dialling: 1.  Generated through make and break contact. 2.  DC Current pulse is generated. 3.  Each number is separated by a short

Ujt as a relaxation oscillator , UJT as a  relaxation  oscillator Th...

UJT as a  relaxation  oscillator The UJT  is a highly  efficient  switch  it is  used as trigger  a device for SCR. No sinusoidal oscillators saw tooth generators phase contro

Digital electronics, Design a logic circuit when to provide an output when ...

Design a logic circuit when to provide an output when any two or three of four switches are closed.

Regions of operation, Regions of operation: Applied volta...

Regions of operation: Applied voltages Mode E Forward active E C Saturation E > B

Explain the working of rectifier circuits, Q. Explain the working of Rectif...

Q. Explain the working of Rectifier Circuits? A simple half-wave rectifier using an ideal diode is shown in Figure(a). The sinusoidal source voltage v S is shown in Figure (b)

Write Your Message!

Captcha
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