Question is ⇒ The pole zero plot in the given figure is, Options are ⇒ (A) non-minimum phase function, (B) minimum phase function, (C) all pass function, (D) either (a) or (b), (E) , Leave your comments or Download question paper.

Question is ⇒ The pole zero plot in the given figure is, Options are ⇒ (A) non-minimum phase function, (B) minimum phase function, (C) all pass function, (D) either (a) or (b), (E) , Leave your comments or Download question paper. Previous question Next question


Q1.	The pole zero plot in the given figure is
A.	non-minimum phase function [Wrong Answer]
B.	minimum phase function [Wrong Answer]
C.	all pass function [Correct Answer]
D.	either (a) or (b) [Wrong Answer]
View Answer 1 -1 Explanation:- Answer : C Discuss it below : !! OOPS Login [Click here] is required to post your answer/result Help other students, write article, leave your comments

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⇒

Match the following:

	List I (Camera pick up tubes)		List II (Special feature)
A.	Vidicon	1.	Highest sensitivity
B.	Plumbicon	2.	Temperature sensitive
C.	Saticon	3.	Large lag
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A-4, B-3, C-2, D-1
A-1, B-2, C-3, D-4
A-3, B-4, C-2, D-1
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⇒ The first critical frequency nearest the origin of the complex frequency plane for an RL driving point impedance will be
a zero in left half plane
a zero in right half plane
a pole in left half plane
a pole or zero in left half plane

⇒ Out of the three transforms viz. Z-transform, Laplace transform and Fourier transform
all three are used in continuous time domain
all three are used in both continuous time domain and discrete time domain
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Z transform is used is discrete time domain while Laplace and Fourier transforms are used in continuous time domain

⇒ Consider the following statements

An assembler is a program having assembly language program as input and machine language program as output.
A macro assembler is an assembler with additional macro facilities.
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Of the above statement
All are correct
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only 1, 2, 4 are correct
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⇒ The function in the given figure can be writte
u(t - 1) sin p ( t - 1) - u(t - 3) sin p (t - 3) + u(t - 4) sin p (t - 4) - u(t - 6) sin p (t - 6)
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⇒ What is output 'Z' of an EX-OR gate, whose all inputs are set at A?
Z = A
Z = 1
Z = 0
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⇒ An RC series circuit is charged by a voltage E. After a long time the battery is removed and a short circuit is placed across R-C. Then
the polarity of voltage across R is same during discharge and during charge
the polarity of voltage across R during discharging is opposite to that during charging
the polarity of voltage across R depends on time constant RC
none of the above

⇒ A constant k band stop filter has cutoff frequencies of 1000 and 4000 Hz. The attenuation will be maximum when frequency is
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3000 Hz
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⇒ A voltage wave v = 10 + 20 sin ωt + 7.5 sin 3 ω(t) is applied to a series combination of two elements. The current is i = 5 sin (ωt + 20°) + 1.5 sin (3ωt + 10°). The elements are
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L and C
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⇒ Which of the following is not correct in respect of electrostatic instrument?
It is essentially a voltmeter
It is suitable for only high voltages
It has a uniform scale
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⇒ A signal x(n) = sin(ω₀n + φ) is the input to a linear time invariant system having a frequency response H(e^jω) If the O/P of the system is Ax(n -n₀), then the general form of H(e^jω) will be
- n₀ω₀ + β for any arbitrary real β
- n₀ω₀ + 2pk for any arbitrary integer k
n₀ω₀ + 2pk for any arbitrary integer k
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⇒ A scheme shown below is to generate a wide band FM modulate sign
88 MHz, 112 MHz
96 MHz, 104 MHz
92 MHz, 108 MHz
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⇒ The purpose of earthing electric appliances is
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to ensure that appliance works satisfactorily
to ensure that appliance gets full voltage
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⇒ A constant k low pass T section filter has a characteristic impedance of 600 p at zero frequency. At f = f_c the characteristic impedance is
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⇒ If r_e is ac resistance of diode, the Thevenin input impedance of a differential amplifier is
r_e
br_e
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⇒

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Reason (R): In a TWT the electron beam has to travel a much longer distance than in klystron.

Both A and R are correct and R is correct explanation of A
Both A and R are correct but R is not correct explanation of A
A is correct but R is wrong
A is wrong but R is correct

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Both A and R are correct but R is not correct explanation for A
A is correct R is wrong
A is wrong R is correct

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time required by holding capacitor to reach upto the level close to input

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