Physical electronics devices and ics miscellaneous
- Determine the value of he load resistor—
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From the given information, we can make the equivalent circuit as shown below:
From below(i.e., fig-2) circuit applying KVL 12–0.3–07–2m A RL = 0 orRL = 11V 2 mA 5.5kΩ
Correct Option: B
From the given information, we can make the equivalent circuit as shown below:
From below(i.e., fig-2) circuit applying KVL 12–0.3–07–2m A RL = 0 orRL = 11V 2 mA 5.5kΩ
- Determine the peak value of the current through the load resistor—
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Considering the given circuit for first half cycle in order to determine the peak value of the current through the load resistor.
From above figureI = V Req Where, Req = 2 || (2 + 2) = 4 kΩ. 3 Now, I = (10 – 0.7) V = 9.3 x 3 mA 4 / 3 kΩ 4
= 6.975mAand IL(peak) = I × 2 = 6.975 x 2 = 2.325 mA. 2 + 4 6
Correct Option: A
Considering the given circuit for first half cycle in order to determine the peak value of the current through the load resistor.
From above figureI = V Req Where, Req = 2 || (2 + 2) = 4 kΩ. 3 Now, I = (10 – 0.7) V = 9.3 x 3 mA 4 / 3 kΩ 4
= 6.975mAand IL(peak) = I × 2 = 6.975 x 2 = 2.325 mA. 2 + 4 6
- Determine the average value of the current through the load resistor—
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Upto Irms or I(peak) follow the solution of above question. We know average value of a full wave rectifies is
Iav = Irms = Ipeak = 2.325 mA = 1.67 mA 2 2 1.414 Correct Option: C
Upto Irms or I(peak) follow the solution of above question. We know average value of a full wave rectifies is
Iav = Irms = Ipeak = 2.325 mA = 1.67 mA 2 2 1.414
- What best describes the circuit?
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NA
Correct Option: A
NA
- Determine the peak value of the output waveform—
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NA
Correct Option: B
NA