1. For the circuit in Figure 5-1 to function properly, the input frequency should be at least (а) 1 Hz 2. For the circuit in Figure 5-1, if the input signal has a peak voltage of Vp, then the output signal is (a) shifted upward by approximately V, (b) shifted upward by approximately 2v, (c) shifted downward by approximately Vp (d) shifted downward by approximately 2V, 3. For the circuit in Figure 5-1, the negative peak voltage of the output signal is approximately (a) -Vp (b) -0.7 V (c) 0 V (d) +0.7 V 4. If the peak-to-peak input voltage is increased, (a) the peak-to-peak output voltage remains approximately equal to the peak-to-peak input voltage (b) the negative peak output voltage remains clamped at approximately (b) 10 Hz (c) 100 Hz , (d) 1 kHz ( ) -0.7 V (c) the output peak voltage approximately equals the peak-to-peak input voltage (d) all of the above 5. In order to change the circuit in Figure 5-1 to a negative clamper, you must (a) reverse the polarity of the signal source (b) reverse the polarity of the diode (c) reverse the polarity of the capacitor (d) all of the above figure 5-1: 10 F out 5 Vp-p 1 kHz IN4001 10 kN CH 2 Oscilloscope CH 1 FIGURE 5-1 Schematic diagram of circuit.
1. For the circuit in Figure 5-1 to function properly, the input frequency should be at least (а) 1 Hz 2. For the circuit in Figure 5-1, if the input signal has a peak voltage of Vp, then the output signal is (a) shifted upward by approximately V, (b) shifted upward by approximately 2v, (c) shifted downward by approximately Vp (d) shifted downward by approximately 2V, 3. For the circuit in Figure 5-1, the negative peak voltage of the output signal is approximately (a) -Vp (b) -0.7 V (c) 0 V (d) +0.7 V 4. If the peak-to-peak input voltage is increased, (a) the peak-to-peak output voltage remains approximately equal to the peak-to-peak input voltage (b) the negative peak output voltage remains clamped at approximately (b) 10 Hz (c) 100 Hz , (d) 1 kHz ( ) -0.7 V (c) the output peak voltage approximately equals the peak-to-peak input voltage (d) all of the above 5. In order to change the circuit in Figure 5-1 to a negative clamper, you must (a) reverse the polarity of the signal source (b) reverse the polarity of the diode (c) reverse the polarity of the capacitor (d) all of the above figure 5-1: 10 F out 5 Vp-p 1 kHz IN4001 10 kN CH 2 Oscilloscope CH 1 FIGURE 5-1 Schematic diagram of circuit.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:1. For the circuit in Figure 5-1 to function properly, the input frequency
should be at least
(а) 1 Hz
2. For the circuit in Figure 5-1, if the input signal has a peak voltage
of Vp, then the output signal is
(a) shifted upward by approximately V,
(b) shifted upward by approximately 2V,
(c) shifted downward by approximately Vp
(d) shifted downward by approximately 2V,
3. For the circuit in Figure 5-1, the negative peak voltage of the output
signal is approximately
(a) -Vp
(b) -0.7 V
(c) 0 V
(d) +0.7 V
4. If the peak-to-peak input voltage is increased,
(a) the peak-to-peak output voltage remains approximately equal to the
peak-to-peak input voltage
(b) the negative peak output voltage remains clamped at approximately
-0.7 V
(b) 10 Hz
(c) 100 Hz .
(d) 1 kHz
( )
(c) the output peak voltage approximately equals the peak-to-peak input
voltage
(d) all of the above
5. In order to change the circuit in Figure 5-1 to a negative clamper, you
must
(a) reverse the polarity of the signal source
(b) reverse the polarity of the diode
(c) reverse the polarity of the capacitor
(d) all of the above
( )
The figure 5-1:
10 µF
out
5 Vp-p
1 kHz
S10 kn
IN4001
CH 2
Oscilloscope
AFI
CH1
FIGURE 5-1
Schematic diagram of circuit.
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