Question

Download Solution PDF

Match List I with List II

List – I

List – II

Filter

Frequency Response

A.

Low Pass Filter

I.

B.

High Pass Filter

II.

C.

Band Pass Filter

III.

D.

Band Reject Filter

IV.

Choose the correct answer from the options given below: 

This question was previously asked in
UGC NET Paper 2: Electronic Science 3rd Dec 2021 Shift 2
Download PDF Attempt in App
View all UGC NET Papers >
  1. A ‐ II, B ‐ III, C ‐ IV, D ‐ I
  2. A ‐ II, B ‐ I, C ‐ IV, D ‐III
  3. A ‐ III, B ‐ IV, C ‐ I, D ‐II 
  4. A ‐ III, B ‐ IV, C ‐ II, D ‐ I 

Answer (Detailed Solution Below)

Option 4 : A ‐ III, B ‐ IV, C ‐ II, D ‐ I 
Free Tests
View all Free tests >
Free
UGC NET Paper 1: Held on 21st August 2024 Shift 1
50 Qs. 100 Marks 60 Mins
Start Now

Detailed Solution

Download Solution PDF

Pole zero plot of band pass filter:

Pole zero plot of band stop/elimination filter:

Pole zero plot for low pass filter:

Pole zero plot of high pass filter:

 

Download Solution PDF
Latest UGC NET Updates

Last updated on Jun 19, 2025

-> The UGC NET City Slip 2025 has been released on its official website today.

-> The UGC NET June 2025 exam will be conducted from 25th to 29th June 2025.

-> The UGC-NET exam takes place for 85 subjects, to determine the eligibility for 'Junior Research Fellowship’ and ‘Assistant Professor’ posts, as well as for PhD. admissions.

-> The exam is conducted bi-annually - in June and December cycles.

-> The exam comprises two papers - Paper I and Paper II. Paper I consists of 50 questions and Paper II consists of 100 questions. 

-> The candidates who are preparing for the exam can check the UGC NET Previous Year Papers and UGC NET Test Series to boost their preparations.

‹‹ Previous Ques
Next Ques ››
Exams Tests Super Practice

More Digital Filters Questions

Q1.In the design of Digital IIR Filters by means of Bilinear Transform, the design specifications are given. Match the following lists: List - I List - II P. N and Δf fixed 1. The design procedure has to start with the evaluation of the order of the filter necessary to meet the specifications in terms of the desired attenuation, transition bandwidth and  pass-band deviation. Q. Δf and δ fixed 2. The filter is completely specified and the transition bandwidth is directly obtainable during the design procedure. R. N and δ fixed 3. The design is completely deter- mined for the Butterworth filter case by obtaining the value of the attenuation at fa directly. Select the correct answer using the code given below: 
Q2.Consider the following circuits and arrange them in ascending order of their complexity. A. First order low pass filter B. Sallen‐Key filter C. Fourth order Butterworth low pass filter D. Non‐inverting amplifier Choose the correct answer from the options given below
Q3.Match List I with List II List – I List – II Filter Frequency Response A. Low Pass Filter I. B. High Pass Filter II. C. Band Pass Filter III. D. Band Reject Filter IV. Choose the correct answer from the options given below: 
Q4.Which of the following statements are correct? A. If the intermediate frequency is too high, poor selectivity results even if sharp cutoff filters are used in the IF stage. B. A high value of intermediate frequency increases tracking difficulties. C. As the intermediate frequency is lowered, image frequency rejection becomes better. D. A very low intermediate frequency can make the selectivity too sharp. Choose the correct answer from the options given below:
Q5.Consider a continuous time system which is represented using a differential equation \(\frac{dy(t)}{dt}\) + 0.1y(t) = x(t). The digital filter is obtained using the first forward difference method with the derivative part replaced with (y[n + 1] − y[n])/T. The values of T, for which the digital filter is stable, are:
Q6.Consider an FIR filter whose Impulse response is h[n] = \(\sum_{k=0}^{6} \)(4 − |k − 3|) δ[n − k]. The phase function of h[n] is:
Q7.Consider a system equation y(n + 2) = -3x(n + 2) + 2x(n) - 5x(n - 1), the system is ______and _______ respectively.
Q8.Consider a 51 taplinear phase FIR filter operating at a sampling frequency of 10 kHz. The delay of this linear phase FIR is:
Q9.Which of the following is the transfer function for the all-pass filter?

More Signals and Systems Questions

Q1.The Fourier Transform of an real and even function results in:
Q2.Sinc pulse shaping is derived from the Fourier Transform of a _______ function.
Q3.What type of distortion occurs if a signal that contains frequency components up to 15 kHz is sampled using 20 kHz?
Q4.Which one of the following systems described by the following input-output relations is time invariant ? 
Q5.The equation for voltage waveform v(t) shown below is (where u(t) is unit step input) :
Q6.A continuous-time signal x(t) is defined as : \(x(\mathrm{t})=\left\{\begin{array}{cc} 5 & -2 \leq \mathrm{t} \leq 2 \\ 0 & \text { otherwise } \end{array}\right.\) The energy of signal x(t) is : 
Q7.If Z(un) = f(z), then Z(a − nun) (where Z denotes z-transform) equals to :
Q8.The Laplace transform of x(t) is \(\sqrt{\frac{2}{s-3}}\).  Then Laplace transform of e−6tx(t) is :
Q9.Which one of the following is the correct relation ? (a > 0) 
Q10.What is the formula of finding the final value of any time varying function f(t)?
Testbook Edu Solutions Pvt. Ltd.
1st & 2nd Floor, Zion Building,
Plot No. 273, Sector 10, Kharghar,
Navi Mumbai - 410210
support@testbook.com
Toll Free:1800 833 0800
Office Hours: 10 AM to 7 PM (all 7 days)
Company
About usCareers We are hiringTeach Online on TestbookPartnersMediaSitemap
Products
Test SeriesTestbook PassOnline CoursesOnline VideosPracticeBlogRefer & EarnBooks
Copyright © 2014-2022 Testbook Edu Solutions Pvt. Ltd.: All rights reserved
User PolicyTermsPrivacy
Hot Links： teen patti joy mod apk teen patti master purana online teen patti teen patti octro 3 patti rummy