A diode according to our physics class, is a semiconductor device that allows electric correct to pass in one direction while blocking its flow in the opposite direction. The ideal diode does not restrict the movement of the current forward, and it can completely bar the reverse voltage polarity. Test your understanding of diode resistance in the electric circuit by taking the test below.
Reverse breakdown occurs at VZ
Forward breakdown occurs at VZ
Zener diode is a heavily doped diode
Usually operates in reverse bias mode
Slightly decreases
Decreases exponentially
Slightly increases
Increases exponentially
9 Ω
11.11 Ω
10.10 Ω
13.13 Ω
Clipper
Clamper
Rectifier
None of the mentioned
Sustained oscillation
Damped oscillation
Biasing the oscillator
Increasing amplitude of oscillation
β=α/(1-α)
α=β/(1/α)
β=α/(1-β)
None of the mentioned
IC < IE
IC=βIB
IC =αIE
All of the mentioned
Re > Rb
Rc > Rb > Re
Rb > Rc > Re
None of the mentioned
It has no enable input.
It has an invalid state.
It has no clock input.
It has only a single output.
3
45
5
6
90.125
9.125
125
12.5
Cp = AB
Cp = A + B
Cp = A - B
Cp = A | B
0000
0010
1000
1111
Tri-state
Universal
Parallel
Serial
Difference amplifier
Comparator
Single ended
Voltage follower
Open- or closed-loop gain
Integration or differentiation
Saturation or cut-off
Addition or subtraction
Cut-off frequency
Break frequency
Corner frequency
All of the mentioned
Square to sine wave generator
Sine to square wave generator
Sine to triangular wave generator
All of the mentioned
Schmitt trigger
Voltage limiter
Comparator
None of the mentioned
8
6
4
None
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