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fc-> Bandstop Center frequency, in MHz
f1-> Bandstop Lower passband cut-off frequency, in MHz
f2-> Bandstop Higher passband cut-off frequency, in MHz
f3-> Bandstop Higher passband cut-off frequency, higher limit, in MHz
fs1, fs3-> Lower Stopband rejection frequency, in MHz
fs2, fs4-> Higher Stopband rejection frequency, in MHz
Rej1 and Rej3 -> Lower Stopband rejection at fs1 and fs3, in dB
Rej2 and Rej4 -> Higher Stopband rejection at fs2 and fs4, in dB
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(Passband flatness will be computed as the difference of maximum insertion loss and minimum insertion loss divided by 2.At times this is also referred as passband ripple.) |
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(Group delay variation will be computed as difference of maximum and minimum value in the passband) |
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*** Stating Critical parameter helps in giving an optimized design performance |
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