Synthesis of the analog filter. Option 4
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Product description
Synthesis of the analog filter. Option 4
Year: 2009
Task:
1. Display equation operator voltage transfer function of the active RC-filter of second order. Schematic diagram of the filter shown in Fig. In calculating the operational amplifier is considered ideal.
2. Calculate the parameters of the resistive and capacitive elements of the filter circuit given. The filter should have a coefficient of transmission bandwidth K = 1, the characteristic frequency of 10 kHz (the frequency of rejection), the quality factor of 3. Simulate your filter in the software environment EWB. Exclusive get schedules frequency and phase response. Determine the poles and zeros of the transfer function of the filter operator, to build a pole-zero map.
3. Calculate and plot the amplitude-frequency and phase response of the filter with the specified parameters, to build its frequency travel-time curve (a graph of the amplitude-phase characteristic). To determine the frequency (frequency) cutoff bandwidth rolloff frequency response.
4. Calculate and plot the transfer characteristic of the transition voltage of the filter with the specified parameters.
5. Analyze the results, giving a qualitative explanation of the behavior of the amplitude-frequency, phase response and transient characteristics of the filter.
Year: 2009
Task:
1. Display equation operator voltage transfer function of the active RC-filter of second order. Schematic diagram of the filter shown in Fig. In calculating the operational amplifier is considered ideal.
2. Calculate the parameters of the resistive and capacitive elements of the filter circuit given. The filter should have a coefficient of transmission bandwidth K = 1, the characteristic frequency of 10 kHz (the frequency of rejection), the quality factor of 3. Simulate your filter in the software environment EWB. Exclusive get schedules frequency and phase response. Determine the poles and zeros of the transfer function of the filter operator, to build a pole-zero map.
3. Calculate and plot the amplitude-frequency and phase response of the filter with the specified parameters, to build its frequency travel-time curve (a graph of the amplitude-phase characteristic). To determine the frequency (frequency) cutoff bandwidth rolloff frequency response.
4. Calculate and plot the transfer characteristic of the transition voltage of the filter with the specified parameters.
5. Analyze the results, giving a qualitative explanation of the behavior of the amplitude-frequency, phase response and transient characteristics of the filter.
Main features
- Content type File
- Content description 156,7 kB
- Updated on the site 13.08.2010
Additional description
The archive contains a file in Word. Formula typed in the formula editor Equation, graphics built in MathCad, simulation produced in Electronics Workbench.
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