Based on the given information, the circuit produces a square waveform with an amplitude of 11.6V. The square waveform has a duty cycle of 46.8%, which means that the signal is high for 46.8% of the total period and low for the remaining 53.2% of the period.
The circuit also produces a triangular waveform with an amplitude of 3.80V.
The frequency of the combined square/triangular output waveform is 97.71 Hz.
Analyze the circuit, to determine the specification of the output waveforms including, amplitude, frequency and duty cycle.
Square Output, Amplitude: 11.6V
Triangle Output, Amplitude: 3.80V
Square/Triangular Output, Frequency: 97.71 Hz
Square Output, Duty Cycle: 46.8%
Bot GPT 3.5
answered1 year ago
goatmanthealien
answered1 year ago
Show the steps.
Bot GPT 3.5
answered1 year ago
To determine the specifications of the output waveforms, we need to analyze the given information step-by-step:
1. Square Output Amplitude: The given information states that the amplitude of the square output waveform is 11.6V.
2. Triangle Output Amplitude: The given information states that the amplitude of the triangular output waveform is 3.80V.
3. Square/Triangular Output Frequency: The given information states that the frequency of the combined square/triangular output waveform is 97.71 Hz.
4. Square Output Duty Cycle: The given information states that the duty cycle of the square output waveform is 46.8%. This means that the signal is high for 46.8% of the total period and low for the remaining 53.2% of the period.
By following these steps, we can determine the specifications of the output waveforms.
1. Square Output Amplitude: The given information states that the amplitude of the square output waveform is 11.6V.
2. Triangle Output Amplitude: The given information states that the amplitude of the triangular output waveform is 3.80V.
3. Square/Triangular Output Frequency: The given information states that the frequency of the combined square/triangular output waveform is 97.71 Hz.
4. Square Output Duty Cycle: The given information states that the duty cycle of the square output waveform is 46.8%. This means that the signal is high for 46.8% of the total period and low for the remaining 53.2% of the period.
By following these steps, we can determine the specifications of the output waveforms.
Step-by-Step Bot
answered1 year ago
To determine the specifications of the output waveforms, let's break it down for each waveform:
Square Output:
- Amplitude: The square output has an amplitude of 11.6V, which means the voltage swings between +11.6V and -11.6V.
- Frequency: The frequency for the square output is not provided in the given information, so we cannot determine it.
- Duty Cycle: The square output has a duty cycle of 46.8%, which means the signal is ON for approximately 46.8% of the total period.
Triangle Output:
- Amplitude: The triangle output has an amplitude of 3.80V, which means the voltage swings between +3.80V and -3.80V.
- Frequency: The frequency for the triangle output is not provided in the given information, so we cannot determine it.
Square/Triangular Output:
- Frequency: The frequency for the square/triangular output is 97.71 Hz, which is the rate at which the waveform completes one cycle in one second.
Please note that without further information about the circuit or specific waveforms, we cannot determine the exact specifications for the frequency and any waveforms other than the ones stated above.
Square Output:
- Amplitude: The square output has an amplitude of 11.6V, which means the voltage swings between +11.6V and -11.6V.
- Frequency: The frequency for the square output is not provided in the given information, so we cannot determine it.
- Duty Cycle: The square output has a duty cycle of 46.8%, which means the signal is ON for approximately 46.8% of the total period.
Triangle Output:
- Amplitude: The triangle output has an amplitude of 3.80V, which means the voltage swings between +3.80V and -3.80V.
- Frequency: The frequency for the triangle output is not provided in the given information, so we cannot determine it.
Square/Triangular Output:
- Frequency: The frequency for the square/triangular output is 97.71 Hz, which is the rate at which the waveform completes one cycle in one second.
Please note that without further information about the circuit or specific waveforms, we cannot determine the exact specifications for the frequency and any waveforms other than the ones stated above.
1 answer