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9 A student connects a 0.48 kHz, 4.6 V peak triangular wave to the CRO and...
A Pulse Amplitude Modulated (PAM) signal is generated by naturally sampling a triangular wave of amplitude 3 volt peak and frequency 1 KHz as shown in Figure 4 by a pulse train of frequency 4 kHz wit...
A Pulse Amplitude Modulated (PAM) signal is generated by naturally sampling a triangular wave of amplitude 3 volt peak and frequency 1 KHz as shown in Figure 4 by a pulse train of frequency 4 kHz with a pulse width of 0.025 ms. Draw the sampled waveform Message signal 3V 1 ms tms 3V-- (9 Marks) Figure 4
A Pulse Amplitude Modulated (PAM) signal is generated by naturally sampling a triangular wave of amplitude 3 volt peak and frequency 1...
1. A Sinusoidal waveform of 14 V peak to peak, frequency 3.5 KHz is applied as...
1. A Sinusoidal waveform of 14 V peak to peak, frequency 3.5 KHz is applied as an input to the circuit having Silicon diode as shown in Figure 1. Draw the approximate input and output wave forms for different V. voltages (-4V, -6Vand -8 V) and answer the interpretation questions Figure 1 Output Wave form at V=-4 V 11 Mark] volts, volts Output Wave form at V.--4 V 11 Mark] Positive peak amplitude Negative peak amplitude - Frequency = Hz...
Consider a half-wave rectifier circuit with a triangular-wave input of 5-V peak-to-peak amplitude and zero average,...
Consider a half-wave rectifier circuit with a triangular-wave input of 5-V peak-to-peak amplitude and zero average, and with R= 1 k.2. Assume that the diode can be represented by the constant-voltage- drop model with Vp = 0.7 V. Find the average value of v. DH + 0.7 V - + O Us + R = 1 kN vo
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...
You place an AC voltage signal of amplitude 1.4 V and with a frequency of 1100.0...
You place an AC voltage signal of amplitude 1.4 V and with a frequency of 1100.0 Hz, into the input of an oscilloscope. (Note, you will not include units in your answers.) (a) Find the distance displayed on the screen of the oscilloscope for a full wave, if the sweep speed is adjusted to 182 µsec/DIV. divisions (b) If the vertical gain is set to 0.47 V/DIV, how many divisions will the wave span from peak-to-peak of the wave? divisions
Determine the following about the sine wave ac voltage shown: a. Amplitude and peak-to-peak voltage. b....
Determine the following about the sine wave ac voltage shown: a. Amplitude and peak-to-peak voltage. b. Period, frequency and angular frequency (o). c. Write the sine wave equation for the ac voltage. d. Calculate the voltage at 2.5us. e. Calculate the voltage at 2ms. volts (v) 7 2 14 0 8 10 12 time (us
Sine wave measurement: Images 6.9 – 6.12 show a sine wave. Note that Image 6.9 is...
Sine wave measurement:
Images 6.9 – 6.12 show a sine wave. Note that Image 6.9 is a
close up of the function generator’s frequency display.
Using images 6.10 – 6.12, determine the amplitude of the sine
wave. Be sure to include proper units:
# of vertical divisions
VOLT/DIV
Amplitude
Determine the period and calculate the frequency:
# of horizontal divisions
TIME/DIV
Period
Frequency
Assuming that the frequency displayed in Image 6.9 is more
accurate than the oscilloscope, what is the...
*USE Multisim( Provide Pictures of work on Multisim for each step) and Fill the Tables Below...
*USE Multisim( Provide Pictures of work on Multisim for each
step) and Fill the Tables Below
PROCEDURE: Review the front panel controls in each of the major groups. Then turn on the oscilloscope, select Chl, set the SEC/DIV to 0.1 ms/div, select AUTO triggering, and obtain a line across the face of the CRT. Although many of the measurements described in this experiment are automated in newer scopes, it is useful to learn to make these measurements manually. Turn on...
1. Write an equation that describes voltage supplied by a wall outlet. (f = 60 Hz,...
1. Write an equation that describes voltage supplied by
a wall outlet.
(f = 60 Hz, Vrms = 120 V)
2. What is the instantaneous voltage of a sine wave at
half of a period?
Describe Alternating Current (AC). Explain how resistors, capacitors, and inductors behave in an AC circuit. WRITEUP REQUIREMENTS Informal: Questions - 6 pts, Data Tables - 3 pts, Survey Questions from Syllabus - 1 pt INTRODUCTION V Up to this point, we have been using supply...
#6 table 2 8 LABORATORY REPORT 1C. TIME/DIV-S IC VOLTS/DIV-SV A VOLTS/DIV V ov o v...
#6
table 2
8 LABORATORY REPORT 1C. TIME/DIV-S IC VOLTS/DIV-SV A VOLTS/DIV V ov o v 0 s 2A. TIME/DIN-S2B. TIME/DIV 2C TIME/DIV-mS 2C. VOLTS/DIV o V 0 s 60033 0 s 3A. TIME/DIV-m 3A, VOLTS/DIV=-, 3B. TIME/DIV-1m 3B. VOLTS/DIV o v 0 s 0 s 388 Physics Laboratory Mamual Loyd A. TIME/DIV- ms 4A. VOLTS/DIV-LV o v ov 0 s 0 s 0 s Data Table 1 X Data Table 2 Voltmeter (V Voltmeter V 1.00 2.00 3.00 4.00...
A Pulse Amplitude Modulated (PAM) signal is generated by naturally sampling a triangular wave of amplitude 3 volt peak and frequency 1 KHz as shown in Figure 4 by a pulse train of frequency 4 kHz with a pulse width of 0.025 ms. Draw the sampled waveform Message signal 3V 1 ms tms 3V-- (9 Marks) Figure 4
A Pulse Amplitude Modulated (PAM) signal is generated by naturally sampling a triangular wave of amplitude 3 volt peak and frequency 1...
1. A Sinusoidal waveform of 14 V peak to peak, frequency 3.5 KHz is applied as an input to the circuit having Silicon diode as shown in Figure 1. Draw the approximate input and output wave forms for different V. voltages (-4V, -6Vand -8 V) and answer the interpretation questions Figure 1 Output Wave form at V=-4 V 11 Mark] volts, volts Output Wave form at V.--4 V 11 Mark] Positive peak amplitude Negative peak amplitude - Frequency = Hz...
Consider a half-wave rectifier circuit with a triangular-wave input of 5-V peak-to-peak amplitude and zero average, and with R= 1 k.2. Assume that the diode can be represented by the constant-voltage- drop model with Vp = 0.7 V. Find the average value of v. DH + 0.7 V - + O Us + R = 1 kN vo
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...
Determine the following about the sine wave ac voltage shown: a. Amplitude and peak-to-peak voltage. b. Period, frequency and angular frequency (o). c. Write the sine wave equation for the ac voltage. d. Calculate the voltage at 2.5us. e. Calculate the voltage at 2ms. volts (v) 7 2 14 0 8 10 12 time (us
Sine wave measurement:
Images 6.9 – 6.12 show a sine wave. Note that Image 6.9 is a
close up of the function generator’s frequency display.
Using images 6.10 – 6.12, determine the amplitude of the sine
wave. Be sure to include proper units:
# of vertical divisions
VOLT/DIV
Amplitude
Determine the period and calculate the frequency:
# of horizontal divisions
TIME/DIV
Period
Frequency
Assuming that the frequency displayed in Image 6.9 is more
accurate than the oscilloscope, what is the...
*USE Multisim( Provide Pictures of work on Multisim for each
step) and Fill the Tables Below
PROCEDURE: Review the front panel controls in each of the major groups. Then turn on the oscilloscope, select Chl, set the SEC/DIV to 0.1 ms/div, select AUTO triggering, and obtain a line across the face of the CRT. Although many of the measurements described in this experiment are automated in newer scopes, it is useful to learn to make these measurements manually. Turn on...
1. Write an equation that describes voltage supplied by
a wall outlet.
(f = 60 Hz, Vrms = 120 V)
2. What is the instantaneous voltage of a sine wave at
half of a period?
Describe Alternating Current (AC). Explain how resistors, capacitors, and inductors behave in an AC circuit. WRITEUP REQUIREMENTS Informal: Questions - 6 pts, Data Tables - 3 pts, Survey Questions from Syllabus - 1 pt INTRODUCTION V Up to this point, we have been using supply...
#6
table 2
8 LABORATORY REPORT 1C. TIME/DIV-S IC VOLTS/DIV-SV A VOLTS/DIV V ov o v 0 s 2A. TIME/DIN-S2B. TIME/DIV 2C TIME/DIV-mS 2C. VOLTS/DIV o V 0 s 60033 0 s 3A. TIME/DIV-m 3A, VOLTS/DIV=-, 3B. TIME/DIV-1m 3B. VOLTS/DIV o v 0 s 0 s 388 Physics Laboratory Mamual Loyd A. TIME/DIV- ms 4A. VOLTS/DIV-LV o v ov 0 s 0 s 0 s Data Table 1 X Data Table 2 Voltmeter (V Voltmeter V 1.00 2.00 3.00 4.00...
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