Related InterviewSolutions

• Consider a circuit consisting of two capacitors C1 and C2. Let R be the resistance and L be the inductance which are connected in series. Let Q1 and Q2 be the quality factor for the two capacitors. While measuring the Q value by the Series Connection method, the value of the Q factor is?(a) Q = \(\frac{(C_1 – C_2 ) Q_1 Q_2}{Q_1 C_1 – Q_2 C_2}\)(b) Q = \( \frac{(C_2 – C_1 ) Q_1 Q_2}{Q_1 C_1 – Q_2 C_2}\)(c) Q = \( \frac{(C_1 – C_2 ) Q_1 Q_2}{Q_2 C_2 – Q_1 C_1}\)(d) Q = \( \frac{(C_2 – C_1 ) C_1 C_2}{Q_1 C_1 – Q_2 C_2}\)I have been asked this question during an online interview.The query is from Advanced Problems on Q Meter in section Electronic Instruments of Electrical Measurements
• Consider a circuit consisting of two capacitors C1 and C2. Let R be the resistance and L be the inductance which are connected in series. Let Q1 and Q2 be the quality factor for the two capacitors. While measuring the Q value by the Parallel Connection method, the value of the Q factor is?(a) Q = \(\frac{(C_1 – C_2 ) Q_1 Q_2}{Q_1 C_1 – Q_2 C_2}\)(b) Q = \(\frac{(C_2 – C_1 ) Q_1 Q_2}{Q_1 C_1 – Q_2 C_2}\)(c) Q = \(\frac{(C_1 – C_2 ) Q_1 Q_2}{Q_2 C_2 – Q_1 C_1}\)(d) Q = \(\frac{(C_2 – C_1 ) C_1 C_2}{Q_1 C_1 – Q_2 C_2}\)The question was posed to me in exam.This is a very interesting question from Advanced Problems on Q Meter in division Electronic Instruments of Electrical Measurements
• The function of the Q- Meter is to _________(a) Measure capacitance(b) Measure inductance(c) Measure quality factor of capacitor and inductor(d) Measure form factor of capacitor and inductorThe question was posed to me by my college director while I was bunking the class.Origin of the question is Advanced Problems on Q Meter in section Electronic Instruments of Electrical Measurements
• A circuit tuned to a frequency of 1.5 MHz and having an effective capacitance of 150 pF. In this circuit, the current falls to 70.7 % of its resonant value. The deviates from the resonant frequency are 5 kHz. Effective resistance of the circuit is?(a) 2 Ω(b) 3 Ω(c) 5.5 Ω(d) 4.7 ΩThis question was posed to me in homework.My question comes from Advanced Problems on Q Meter in portion Electronic Instruments of Electrical Measurements
• Q factor of a coil measured by the Q Meter is _________ the actual Q of the coil.(a) Equal to(b) Same but somewhat lesser than(c) Same but somewhat higher than(d) Not equal toI had been asked this question in final exam.The query is from Advanced Problems on Q Meter topic in chapter Electronic Instruments of Electrical Measurements
• Q Meter is used to measure _________(a) Q factor of an inductive coil(b) Only the effective resistance(c) Only bandwidth(d) Q factor of an inductive coil, the effective resistance, and bandwidthThis question was addressed to me during a job interview.Asked question is from Advanced Problems on Q Meter topic in portion Electronic Instruments of Electrical Measurements
• A circuit tuned to a frequency of 1.5 MHz and having an effective capacitance of 150 pF. In this circuit, the current falls to 70.7 % of its resonant value. The frequency deviates from the resonant frequency by 5 kHz. Q factor is?(a) 50(b) 100(c) 150(d) 200I have been asked this question in an online quiz.I need to ask this question from Advanced Problems on Q Meter topic in portion Electronic Instruments of Electrical Measurements
• In a Q Meter, the values of tuning capacitor are C3 and C4 for resonant frequencies f3 and 2f4 respectively. The value of distributed capacitance is?(a) \(\frac{C_3-C_4}{2}\)(b) \(\frac{C_3-2C_4}{3}\)(c) \(\frac{C_3-4C_4}{3}\)(d) \(\frac{C_3-3C_4}{2}\)The question was asked in an online quiz.I need to ask this question from Advanced Problems on Q Meter topic in division Electronic Instruments of Electrical Measurements
• Q meter operator is the principle of __________(a) Series resonance(b) Current resonance(c) Self-inductance(d) Eddy currentsI have been asked this question in quiz.Question is taken from Advanced Problems on Q Meter topic in section Electronic Instruments of Electrical Measurements
• Inductance of the coil is ________(a) L = \(\frac{1}{(2πf)C}\)(b) L = \(\frac{1}{(2πf)^2}\)(c) L = \(\frac{1}{C}\)(d) L = \(\frac{1}{(2πf)^2 C}\)I have been asked this question at a job interview.Query is from Qmeter in portion Electronic Instruments of Electrical Measurements