Oscilloscope Settings Time Base = 0.25ms/cm a) Design a timer 555 (Find RA and RB) to obtain the two output waveforms shown on the two oscilloscopes below. Note: Assume C = 100nF. 1) Draw the design circuit for each output waveform. 2) Identify the type of timer. 3) Determine the duty cycle. 4) What is the frequency of the output waveform? 5) What is the amplitude of the output waveform? 6) Drive your conclusion. Oscilloscope Settings Time Base = 0.1ms/cm Voltage Base = 5V/cm Voltage Base = 10V/cm Output Waveform#1 Output Waveform#2 RA RB Frequency Duty Cycle Amplitude Output Waveform#1 Output Waveform#2 Conclusion
Oscilloscope Settings Time Base = 0.25ms/cm a) Design a timer 555 (Find RA and RB) to obtain the two output waveforms shown on the two oscilloscopes below. Note: Assume C = 100nF. 1) Draw the design circuit for each output waveform. 2) Identify the type of timer. 3) Determine the duty cycle. 4) What is the frequency of the output waveform? 5) What is the amplitude of the output waveform? 6) Drive your conclusion. Oscilloscope Settings Time Base = 0.1ms/cm Voltage Base = 5V/cm Voltage Base = 10V/cm Output Waveform#1 Output Waveform#2 RA RB Frequency Duty Cycle Amplitude Output Waveform#1 Output Waveform#2 Conclusion
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Transcribed Image Text:Oscilloscope Settings
Time Base = 0.25ms/cm
a) Design a timer 555 (Find RA and RB) to obtain the two
output waveforms shown on the two oscilloscopes
below. Note: Assume C = 100nF.
1) Draw the design circuit for each output waveform.
2) Identify the type of timer.
3) Determine the duty cycle.
4) What is the frequency of the output waveform?
5) What is the amplitude of the output waveform?
6) Drive your conclusion.
Oscilloscope Settings
Time Base = 0.1ms/cm
Voltage Base = 5V/cm
Voltage Base = 10V/cm
Output Waveform#1
Output Waveform#2
RA
RB
Frequency
Duty Cycle
Amplitude
Output Waveform#1
Output Waveform#2
Conclusion
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