The frequency response for a 1st order Bessel Band Pass Filter is given by G (f...
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The frequency response for a 1st order Bessel Band Pass Filter is given by G (f² +f₁*fn) 1+ (fh-fj) *f H = Where H is filter frequency response in Volts/Volts, fi is the lower corner frequency of the filter (in Hz), fh is the higher corner frequency of the filter (in Hz), f is the input frequency (in Hz), and G is the filter gain (in volts/volts) - assume 10 V/V Write a program that repeatedly reads in values for fi, fh and f until 0 0 0 is entered. For each set of values entered your program should either i) output an error message (if the input values are unreasonable: see next paragraph) or ii) compute and output the filter input frequency and the response with units. The values should be as follows: f₁> 0 (Hz), fh> fl (Hz), and f> 0 (Hz). When 0 0 0 is entered, the program should output the maximum filter response calculated and the f that it occurred. Go The frequency response for a 1st order Bessel Band Pass Filter is given by G (f² +f₁*fn) 1+ (fh-fj) *f H = Where H is filter frequency response in Volts/Volts, fi is the lower corner frequency of the filter (in Hz), fh is the higher corner frequency of the filter (in Hz), f is the input frequency (in Hz), and G is the filter gain (in volts/volts) - assume 10 V/V Write a program that repeatedly reads in values for fi, fh and f until 0 0 0 is entered. For each set of values entered your program should either i) output an error message (if the input values are unreasonable: see next paragraph) or ii) compute and output the filter input frequency and the response with units. The values should be as follows: f₁> 0 (Hz), fh> fl (Hz), and f> 0 (Hz). When 0 0 0 is entered, the program should output the maximum filter response calculated and the f that it occurred. Go
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