Related InterviewSolutions

• The linear and circular polarizations are special cases of elliptical polarization.(a) True(b) FalseThis question was addressed to me in exam.This intriguing question originated from Types of Polarization topic in chapter Radiation, Baluns & Polarization of Antennas
• Which of the following is true for the elliptical polarization?(a) Ex=Ey, and ∅=π/2(b) Ex≠Ey, and ∅=π/2(c) Ex≠Ey, and ∅=π/4(d) Ex=Ey, and ∅=π/4I got this question during an internship interview.I'd like to ask this question from Types of Polarization in division Radiation, Baluns & Polarization of Antennas
• The locus traced by the extremity of the time-varying field vector at a fixed observational point is called ________(a) polarization(b) gain(c) directivity(d) heightThis question was addressed to me in unit test.The query is from Types of Polarization topic in portion Radiation, Baluns & Polarization of Antennas
• Which of the following statement is false regarding Type-1 Sleeve Balun?(a) It is shorted at the base(b) It has a λ/4 sleeve(c) It has a λ/2 sleeve(d) Ideally it provides infinite impedance at topI had been asked this question in exam.Query is from Types of Baluns in chapter Radiation, Baluns & Polarization of Antennas
• The minus sign in the Faradays law of induction is given by ______(a) Lens Law(b) Gauss law(c) Amperes Law(d) Gauss lawThe question was asked in my homework.My doubt is from Radiation in chapter Radiation, Baluns & Polarization of Antennas
• Polarization loss factor describes the amount of power loss due to polarization mismatch at the receiving antenna from incident wave.(a) True(b) FalseI got this question in an interview for job.This interesting question is from Polarization Mismatch topic in portion Radiation, Baluns & Polarization of Antennas
• Hertzian dipole carries which type of current throughout its length while radiating?(a) Varying(b) Constant(c) Depends on type of polarization(d) Depends on radiation resistanceThe question was posed to me by my school teacher while I was bunking the class.The above asked question is from Radiation in portion Radiation, Baluns & Polarization of Antennas
• For a Balun to work effectively, it must have ____ impedance for common mode currents and ____ impedance for differential mode current.(a) high, low(b) low, high(c) high, high(d) low, lowThis question was addressed to me in homework.This intriguing question comes from Types of Baluns in portion Radiation, Baluns & Polarization of Antennas
• Which of the following is best described by the polarization loss factor?(a) Power loss due to mismatch(b) Height of antenna(c) Directivity(d) Power gainThis question was addressed to me in an international level competition.My question is from Polarization Mismatch topic in section Radiation, Baluns & Polarization of Antennas
• The Maxwell equation ∇×E=\(\frac{-\partial B}{\partial t}\) is derived from which law?(a) Amperes law(b) Faradays Law(c) Lens law(d) Gauss lawI had been asked this question during an interview for a job.The doubt is from Radiation topic in portion Radiation, Baluns & Polarization of Antennas