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Are there multiple choice questions on diodes and applications?
The Following Section consists of Multiple Choice Questions on Diodes and Applications. You have already completed the quiz before. Hence you can not start it again. Quiz is loading…
How to calculate diode and wave shaping circuits?
In the circuit shown, Vs is a 10 V square wave of period, T = 4 ms with R = 500 Ω and C = 10 μF. The capacitor is initially uncharged at t = 0, and the diode is assumed to be ideal. The voltage across the capacitor (Vc) at 3 ms is equal to ________ volts (rounded off to one decimal place).
What is the breakdown voltage of a diode?
The capacitor is initially uncharged at t = 0, and the diode is assumed to be ideal. The voltage across the capacitor (Vc) at 3 ms is equal to ________ volts (rounded off to one decimal place). In the circuit shown, the breakdown voltage and the maximum current of the Zener diode are 20 V and 60 mA, respectively.
What makes a schottkey diode a better diode?
Schottkey diode has a faster switching speed because of negligible reverse recovery time. This results in a little reverse current overshoot as well.
How to know if a diode is biased?
In addition to reading the questions and answers on my site, I would suggest you to check the following, on amazon, as well: Q1. A crystal diode has ……… Q2. A crystal diode has forward resistance of the order of …………… Q3. If the arrow of crystal diode symbol is positive w.r.t. bar, then diode is ………….. biased.
What is the forward voltage of a PN diode?
In the figure, assume that the forward voltage drops to the PN diode D 1 and Schottky diode D 2 are 0.7 volts and 0.3 volts respectively. If ON denotes conducting state of the diode and OFF denotes the non-conducting state of the diode, then in the circuit,
Which is the best diode for a circuit?
The diode D is ideal. The average steady state current (in Amperes) through the diode is approximately………… 4. Two silicon diodes, with a forward voltage drop of 0.7 volts, are used in the circuit shown in the figure. The range of input voltage Vi for which the output voltage Vo = Vi, is