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150 mV
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5.5 V
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-15 mv
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Correct Answer-5.5 V
Given the combined DC input voltages, what would the output voltage be in the circuit shown in Figure 3D7?
-5.5 V
Mnemonic: The only reasonable choice as negative.
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2, 3, 4, 5 and 6.
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5, 6, 8 and 9.
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Correct Answer2, 3, 4, 7 and 8.
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1, 3, 5, 7 and 8.
Which lamps would be lit in the circuit shown in Figure 3D8?
2, 3, 4, 7 and 8.
If you follow the current, the only choice that is not blocked.
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R1 value is too low which would cause excessive base current and instantly destroy TR 1.
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D1 and D2 are reversed. The power supply simply would not function.
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TR1 is shown as an NPN and must be changed to a PNP.
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Correct AnswerThere is no problem with the circuit.
In Figure 3D9, determine if there is a problem with this regulated power supply and identify the problem.
There is no problem with the circuit
All wrong choices make no sense.
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In Figure 3D10 with a square wave input what would be the output?
3
See Electronics Tutorials site for the article on AC Waveform and AC Circuit Theory
Also, Learn About Electronics site for article 1.1 A.C. Waves
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1
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Correct Answer2
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3
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4
With a pure AC signal input to the circuit shown in Figure 3D11, what output waveform would you expect to see on an oscilloscope display?
2
Normally, it would have been the sine wave, but with the resistor and the diode, it resembles more half square and the negative half the sine wave.
See Electronics Tutorials site for the article on AC Waveform and AC Circuit Theory
Also, Learn About Electronics site for article 1.1 A.C. Waves
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