What is one advantage of the Electronic VOM over the oscilloscope? 2. 5. An oscilloscope is calibrated for a 40mV per centimeter deflection. The input signal is a sine wave with a frequency of 400HZ and a peak- to-peak amplitude of 16 volts: a) What position must the Sweep Range control be in to display two complete cycles of the waveform? Is the oscilloscope effective for measuring Explain. 3. dc voltages? b) What position must the Vertical Attenua- tor control be in to display a waveform 4cm peak- to-peak? In Fig. 24-4, show how the input signal of Question 5 would look on the oscilloscope screen. 6. Write, in the spaces provided, the control, or controls, that perform each of the following 4. functions: a) Adjust the brightness of the trace. b) Position the trace_ c) Adjust the height of the trace_ d) Adjust the sweep frequency to the frequen- cy of the input signal_ e) Adjust the width of the trace. f) Adjust the sharpness of the trace, Fig. 24-4

Introductory Circuit Analysis (13th Edition)
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2.
What is one advantage of the Electronic
5.
An oscilloscope is calibrated for a 40mV
VOM over the oscilloscope?
per centimeter deflection. The input signal is a
sine wave with a frequency of 400HZ and a peak-
to-peak amplitude of 16 volts:
a) What position must the Sweep Range
control be in to display two complete cycles of
the waveform?
Is the oscilloscope effective for measuring
dc voltages?
3.
Explain.
b) What position must the Vertical Attenua-
tor control be in to display a waveform 4cm peak-
to-peak?
In Fig. 24-4, show how the input signal of
Question 5 would look on the oscilloscope screen.
6.
4.
Write, in the spaces provided, the control,
or controls, that perform each of the following
functions:
a) Adjust the brightness of the trace_
b) Position the trace
c) Adjust the height of the trace_
d) Adjust the sweep frequency to the frequen-
cy of the input signal_
e) Adjust the width of the trace_
f) Adjust the sharpness of the trace_
Fig. 24-4
Transcribed Image Text:2. What is one advantage of the Electronic 5. An oscilloscope is calibrated for a 40mV VOM over the oscilloscope? per centimeter deflection. The input signal is a sine wave with a frequency of 400HZ and a peak- to-peak amplitude of 16 volts: a) What position must the Sweep Range control be in to display two complete cycles of the waveform? Is the oscilloscope effective for measuring dc voltages? 3. Explain. b) What position must the Vertical Attenua- tor control be in to display a waveform 4cm peak- to-peak? In Fig. 24-4, show how the input signal of Question 5 would look on the oscilloscope screen. 6. 4. Write, in the spaces provided, the control, or controls, that perform each of the following functions: a) Adjust the brightness of the trace_ b) Position the trace c) Adjust the height of the trace_ d) Adjust the sweep frequency to the frequen- cy of the input signal_ e) Adjust the width of the trace_ f) Adjust the sharpness of the trace_ Fig. 24-4
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