The electrical length in a transmission line refers to the(a) Product of attenuation constant and length(b) Ratio of attenuation constant and length(c) Product of phase constant and length(d) Ratio of phase constant and lengthThe question was asked during an interview.My question is from Transmission Line Secondary Parameters topic in division Transmission Lines of Electromagnetic Theory

The electrical length in a transmission line refers to the(a) Product

1.	The electrical length in a transmission line refers to the(a) Product of attenuation constant and length(b) Ratio of attenuation constant and length(c) Product of phase constant and length(d) Ratio of phase constant and lengthThe question was asked during an interview.My question is from Transmission Line Secondary Parameters topic in division Transmission Lines of Electromagnetic Theory
Answer» Right ANSWER is (a) Product of attenuation constant and length Easy explanation: The ELECTRICAL length in a transmission LINE refers to the product of the attenuation constant α and the length of the line l. It is GIVEN by αl.

Discussion

No Comment Found

Related InterviewSolutions

The skin depth is calculated from the amplitude of the wave. State true/false(a) True(b) FalseThis question was posed to me in examination.The question is from Skin Effect in chapter Transmission Lines of Electromagnetic Theory
The attenuation constant is 0.5 units. The skin depth will be(a) 0.5(b) 0.25(c) 2(d) 4I have been asked this question by my college director while I was bunking the class.This interesting question is from Skin Effect in portion Transmission Lines of Electromagnetic Theory
The effective skin resistance of a material with conductivity 120 and skin depth of 2μm is(a) 4.16 kilo ohm(b) 4.16 mega ohm(c) 41.6 kilo ohm(d) 41.6 mega ohmThis question was posed to me in an online interview.I want to ask this question from Skin Effect topic in section Transmission Lines of Electromagnetic Theory
The standing waves for open circuit current and short circuit voltage are the same. State true/false.(a) true(b) falseThis question was posed to me by my college professor while I was bunking the class.I'm obligated to ask this question of Transmission Lines in portion Transmission Lines of Electromagnetic Theory
The standing waves for open circuit voltage and short circuit current are the same. State true/false.(a) True(b) FalseThis question was posed to me in unit test.Query is from Transmission Lines topic in chapter Transmission Lines of Electromagnetic Theory
Find the transmission coefficient of a 75 ohm line with load impedance of 40 ohm.(a) 0.69(b) 0.96(c) 0.31(d) 0.13I have been asked this question in unit test.This interesting question is from Transmission Lines in division Transmission Lines of Electromagnetic Theory
For maximum power transfer theorem to be applied to the transmission line, the reflection coefficient has to be(a) 1(b) -1(c) 0(d) ∞I got this question in an international level competition.This intriguing question comes from Transmission Lines in division Transmission Lines of Electromagnetic Theory
The short circuit impedance is given by 18 ohm and the characteristic impedance is 50 ohm. Find the open circuit impedance.(a) 138.8(b) 188.3(c) 388.1(d) 838.1This question was posed to me in final exam.Query is from Transmission Lines topic in section Transmission Lines of Electromagnetic Theory
The characteristic impedance of a line having open and short impedances of 20 and 5 respectively is(a) 20(b) 100(c) 25(d) 10The question was asked in my homework.This is a very interesting question from Transmission Lines in division Transmission Lines of Electromagnetic Theory
In a shorted line, the reflection coefficient will be(a) 0(b) 1(c) -1(d) ∞I got this question in an online interview.This question is from Transmission Lines in division Transmission Lines of Electromagnetic Theory

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment