Abstract
Abstract A new class of low‐pass filters, referred to as Near‐Maximally Flat (NMF) filters, with a zero passband loss at the origin and some fixed frequency near the passband edge are investigated. The magnitude response exhibits one controllable ripple in the passband and provides more stopband attentuation than the classical Butterworth filters and monotonic response class L filters. A systematic procedure is also presented to generate normalized near‐maximally flat filters with pairs of finite transmission zeros in the filter function.
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