This filter's characteristics can be evaluated by utilizing Landen's transformation. The functions used to design these filters are doubly-periodic with periods of 4K and 4jK′, where K and K′ are the so- 3 called quarter periods. Designing these filters requires calculating the modular constant q, which isalso known as the nome q. These filters can be seen as a generalization (*) of Chebyshev filters becausethey allow ripples in both the passband and stopband, giving them the best characteristics for a given filter 6 order. For 10 points, name these go-to filters for filter designers that are named for their use of sn
This filter's characteristics can be evaluated by utilizing Landen's transformation. The functions used to design these filters are doubly-periodic with periods of 4K and 4jK′, where K and K′ are the so- 3 called quarter periods. Designing these filters requires calculating the modular constant q, which isalso known as the nome q. These filters can be seen as a generalization (*) of Chebyshev filters becausethey allow ripples in both the passband and stopband, giving them the best characteristics for a given filter 6 order. For 10 points, name these go-to filters for filter designers that are named for their use of sn and cd,which are Jacobi functions.ANSWER: elliptic filter [or:
This filter's characteristics can be evaluated by utilizing Landen's transformation.
elliptic filter [or: Cauer filter, Zolotarev filter]Â–