The expression of current flowing in a series equalizer is?(a) Vmax/√((Ro)^2+(X1)^2)(b) Vmax/√((2Ro)^2+(X1)^2)(c) Vmax/√((2Ro)^2+(2X1)^2)(d) Vmax/√((Ro)^2+(2X1)^2)I got this question at a job interview.Enquiry is from Series Equalizer topic in portion Filters and Attenuators of Network Theory

The expression of current flowing in a series equalizer is?(a) Vmax/�

1.	The expression of current flowing in a series equalizer is?(a) Vmax/√((Ro)^2+(X1)^2)(b) Vmax/√((2Ro)^2+(X1)^2)(c) Vmax/√((2Ro)^2+(2X1)^2)(d) Vmax/√((Ro)^2+(2X1)^2)I got this question at a job interview.Enquiry is from Series Equalizer topic in portion Filters and Attenuators of Network Theory
Answer» The CORRECT option is (c) Vmax/√((2Ro)^2+(2X1)^2) The best explanation: When the equalizer is connected, the EXPRESSION of CURRENT flowing in a series equalizer is I1 = Vmax/√((2Ro)^2+(2X1)^2) where Vmax is voltage applied to the network and Ro is RESISTANCE of the load as well as source and 2X1 is the reactance of the equalizer.

Discussion

No Comment Found

Related InterviewSolutions

For a Band Pass Filter, the slope of the filter is given as 40dB/decade. The order of the Band Pass Filter is __________(a) 2(b) 3(c) 4(d) 6The question was asked during an interview.The above asked question is from Advanced Problems on Filters in portion Filters and Attenuators of Network Theory
Current I = – 1 + \(\sqrt{2}\) (sin (ωt + 60°)) A is passed through three meters. The respective readings will be?(a) \(\sqrt{2}\) A, \(\sqrt{2}\) A and 1 A(b) 1 A, \(\sqrt{2}\) A and 1 A(c) – 1 A, \(\sqrt{2}\) A and \(\sqrt{2}\) A(d) -1 A, 1 A and 1 AI got this question in final exam.My question comes from Advanced Problems on Filters in division Filters and Attenuators of Network Theory
Given a system function H(s) = \(\frac{1}{s+10}\). Let us consider a signal sin 10t. Then the steady state response is ___________(a) 1(b) 2(c) 0(d) 5I had been asked this question in a national level competition.My question is based upon Advanced Problems on Filters topic in chapter Filters and Attenuators of Network Theory
A Low-pass filter circuit has a cut-off frequency of 50 kHz. The bandwidth of the filter is ______________(a) 24.6 kHz(b) 50 kHz(c) 61.5 kHz(d) 36.9 kHzI got this question by my college professor while I was bunking the class.This interesting question is from Advanced Problems on Filters topic in section Filters and Attenuators of Network Theory
For providing a Roll-off greater than 60dB/decade/pole, filters with which characteristics are useful?(a) Butterworth(b) Chebyshev(c) Bessel(d) Butterworth & BesselThe question was asked in an international level competition.This question is from Advanced Problems on Filters topic in division Filters and Attenuators of Network Theory
In which of the filter circuits given below, will the bandwidth be equal to the critical frequency?(a) Low-pass(b) High-pass(c) Band-pass(d) Band-stopThe question was posed to me during a job interview.My doubt is from Advanced Problems on Filters in chapter Filters and Attenuators of Network Theory
For a Band Pass Filter, the slope of the filter is given as 80dB/decade. The order of the Band Pass Filter is __________(a) 10(b) 8(c) 4(d) 6This question was posed to me during an interview.My question is based upon Advanced Problems on Filters topic in division Filters and Attenuators of Network Theory
A particular band-pass function has a network function as H(s) = \(\frac{s}{s^2+2s+1}\) then, its quality factor Q is ___________(a) \(\frac{3}{4}\)(b) \(\frac{1}{2}\)(c) \(\frac{3}{2}\)(d) \(\frac{1}{4}\)The question was asked in unit test.I'd like to ask this question from Advanced Problems on Filters topic in portion Filters and Attenuators of Network Theory
The filter which passes all frequencies above fc by attenuating significantly, all frequencies above fc is _______________(a) Low-pass(b) High-pass(c) Band-pass(d) Band-stopThis question was posed to me during an interview.My question is based upon Advanced Problems on Filters topic in division Filters and Attenuators of Network Theory
A thermistor is used for ____________(a) Over voltage protection(b) Temperature alarm circuit(c) Automatic light control(d) Automatic sensorI got this question in semester exam.My enquiry is from Advanced Problems on Filters topic in section Filters and Attenuators of Network Theory

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment