0.3 Answer only Four of the following 1) If The AC Maxwell Inductance Capacitance Bridge has the following constants: R var = 5 kn, C, = 0.2 µF, R2 = 2.5 kn, and R3.par = 2 kN at frequency 1 kHz. Determine the unknown resistance, inductance and Q-factor of the bridge circuit.

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0.3 Answer only Four of the following
1) If The AC Maxwell Inductance Capacitance Bridge has the following constants:
R var = 5 kn, C, = 0.2 µF, R2 = 2.5 kn, and Ra par = 2 kN at frequency 1 kHz.
Determine the unknown resistance, inductance and Q-factor of the bridge circuit.
2) Draw the block diagram of cathode ray oscilloscope and give a reason why should we
use the delay line circuit after the vertical amplifier block? Could we cancel it?
3) Show the difference between AC voltmeter using HWR and AC voltmeter using FWR.
[The student has to sketch the electronic circuits and show the (i/p - o/p) curves).
4) What's the difference between multimeter and clamp on meter?
5) For the Figure below, calculate the Average value Vavg of the plot.
Transcribed Image Text:0.3 Answer only Four of the following 1) If The AC Maxwell Inductance Capacitance Bridge has the following constants: R var = 5 kn, C, = 0.2 µF, R2 = 2.5 kn, and Ra par = 2 kN at frequency 1 kHz. Determine the unknown resistance, inductance and Q-factor of the bridge circuit. 2) Draw the block diagram of cathode ray oscilloscope and give a reason why should we use the delay line circuit after the vertical amplifier block? Could we cancel it? 3) Show the difference between AC voltmeter using HWR and AC voltmeter using FWR. [The student has to sketch the electronic circuits and show the (i/p - o/p) curves). 4) What's the difference between multimeter and clamp on meter? 5) For the Figure below, calculate the Average value Vavg of the plot.
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