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Oscilloscope lab
Suppose you have an oscilloscope receiving a sine wave input from a function generator....
When you increase the output of the function generator, what happens to a sine wave of...
When you increase the output of the function generator, what happens to a sine wave of oscilloscope?
Settings for the 5.2A function generator: • AC Sine Wave • f = 30 Hz • Phase Shift = 50° • Offset...
Settings for the 5.2A function generator: • AC Sine Wave • f =
30 Hz • Phase Shift = 50° • Offset = 0 V • Amplitude = 2 V
B. Simulate the circuit seen in Figure 5.2. Use the same function generator settings as 5.2A. Record three to four cycles of both the input and output. Using the cursors on the oscilloscope, measuring the time shift between the maxima of the two waves, Δ, and use it to calculate...
The oscilloscope display below is connected to a sine wave of 100 Hz frequency and 4...
The oscilloscope display below is connected to a sine wave of 100 Hz frequency and 4 volt amplitude, 100 us seconds/div, and 2 volts/div. What control(s) on the oscilloscope need to be adjusted to bring this signal into focus so that it displays a sine wave? The oscilloscope display below is connected to a sine wave of 150 Hz frequency , 2 ms seconds/div, and 1 volts/div. What control(s) on the oscilloscope need to be adjusted to bring this signal...
Choose the incorrect statements about the experiment of the use of oscilloscope. A. A sine wave...
Choose the incorrect statements about the experiment of the use of oscilloscope. A. A sine wave is shown on the screen. There are six divisions from peak to pee Therefore, we can conclude that the peak-to-peak voltage is six volts. B. For 5 MHz, the shape of the wave which is shown on the screen is inconsistent with the one we observe in lower frequency. Therefore, we must make some mistakes during the experiment. c. In the experiment, the ratio...
1. Briefly describe the names and important functions of each part of the oscilloscope and function...
1. Briefly describe the names and important functions of each part of the oscilloscope and function generator. 2. List the advantages and disadvantages of using the oscilloscope as an alternating current voltmeter (AC voltmeter) ‘in detail’. 3. Summarise the names and important functions of the multimeter and power supply parts. 4. Sine wave at function generator 1) When Vpp = 5V, the 1kHz and 10kHz waveforms are displayed. 2) When Vpp = 10V and 1 kHz and 10 kHz waveforms...
If you in a lab and you are given a black box, oscilloscope, and function generator....
If you in a lab and you are given a black box, oscilloscope, and function generator. How do you figure out whether the black box is inverting opamp, noninverting opamp, low-pass filter, or high- pass filter? Please tell me the differences. P.S. you can't see the inside of the black box thus you can't tell by looking at the circuit
Hello , I am taking an introductory electrical engineering class These are lab follow up questions from a Transient Circuits lab. In this lab we learned about how an oscilloscope measures voltage wave...
Hello , I am taking an introductory electrical engineering class These are lab follow up questions from a Transient Circuits lab. In this lab we learned about how an oscilloscope measures voltage waveforms. 1. Describe in words the difference between the way capacitors and inductors respond to transient changes in voltage ? 2. An oscilloscope can only make voltage measurements. If you need to see the current waveform through the circuit instead, describe how you could connect the oscilloscope to...
Vs is set to a sine function with a peak-to-peak voltage of 9.5V. The offset is...
Vs is set to a sine function with a peak-to-peak voltage of 9.5V. The offset is 0. Here you can see that a DMM has been connected to the function generator. The DMM has an input resistance of 15M ohms. M RS = 5012 | (DMM) AC Voltmeter Vs Function generator 1. When the DMM is a AC Voltmeter, what would the value read be? BC
3. The picture below shows actual oscilloscope traces taken from the output of a function gen...
3. The picture below shows actual oscilloscope traces taken from the output of a function gen erator. The upper trace shows the signal when the generator is plugged directly into the oscilloscope; the lower trace shows the signal when a "tee" is attached to the input of the oscilloscope, and a 1502 resistor is hung on the tee, with the other end connected to ground, as shown in the sketch. From this information, determine the Thévenin equivalent circuit of the...
During this term, you have studied inductors and capacitors, as well as the basics of ac,...
During this term, you have studied inductors and capacitors, as well as the basics of ac, test equipment, and the effects of reactance, impedance, and resonance. Based on that knowledge and experimentation, answer the following practical application questions. Describe the physical characteristics of a basic inductor. Describe the physical characteristics of a basic capacitor. If an oscilloscope shows a 20 Vpp sine wave, how would you determine the rms value? Calculate what that Vrms value would be. What is the...
Settings for the 5.2A function generator: • AC Sine Wave • f =
30 Hz • Phase Shift = 50° • Offset = 0 V • Amplitude = 2 V
B. Simulate the circuit seen in Figure 5.2. Use the same function generator settings as 5.2A. Record three to four cycles of both the input and output. Using the cursors on the oscilloscope, measuring the time shift between the maxima of the two waves, Δ, and use it to calculate...
The oscilloscope display below is connected to a sine wave of 100 Hz frequency and 4 volt amplitude, 100 us seconds/div, and 2 volts/div. What control(s) on the oscilloscope need to be adjusted to bring this signal into focus so that it displays a sine wave? The oscilloscope display below is connected to a sine wave of 150 Hz frequency , 2 ms seconds/div, and 1 volts/div. What control(s) on the oscilloscope need to be adjusted to bring this signal...
Choose the incorrect statements about the experiment of the use of oscilloscope. A. A sine wave is shown on the screen. There are six divisions from peak to pee Therefore, we can conclude that the peak-to-peak voltage is six volts. B. For 5 MHz, the shape of the wave which is shown on the screen is inconsistent with the one we observe in lower frequency. Therefore, we must make some mistakes during the experiment. c. In the experiment, the ratio...
Vs is set to a sine function with a peak-to-peak voltage of 9.5V. The offset is 0. Here you can see that a DMM has been connected to the function generator. The DMM has an input resistance of 15M ohms. M RS = 5012 | (DMM) AC Voltmeter Vs Function generator 1. When the DMM is a AC Voltmeter, what would the value read be? BC
3. The picture below shows actual oscilloscope traces taken from the output of a function gen erator. The upper trace shows the signal when the generator is plugged directly into the oscilloscope; the lower trace shows the signal when a "tee" is attached to the input of the oscilloscope, and a 1502 resistor is hung on the tee, with the other end connected to ground, as shown in the sketch. From this information, determine the Thévenin equivalent circuit of the...
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