Abstract
In this work, a new design method has been developed for the Low-Pass Filter (LPF) circuits using n th transformed Bernstein polynomial B/sub u/(f;/spl omega/) with the transformation x=g(/spl omega/) subject to the required specifications of the characteristics. Almost all the methods utilized in the filter design are unified under a framework and the resulted performances are ordered on a Filter Design Chart with respect to the pass-band flatness and slopes at the cut-off frequency. In the dual stage, the new type filters are derived subject to the required specifications placed on the filter design chart.
Keywords
Flatness (cosmology)
Filter design
m-derived filter
Prototype filter
Filter (signal processing)
Active filter
Chart
Band-pass filter
Low-pass filter
Voltage-controlled filter
High-pass filter
Constant k filter
Computer science
Network synthesis filters
Electronic engineering
Electronic filter topology
Smith chart
Mathematics
Engineering
Electrical engineering
Voltage
Electrical impedance
Statistics
Physics
Subject Areas
Digital Filter Design and Implementation
·Signal Processing ·Physical Sciences
Numerical Methods and Algorithms
·Computational Theory and Mathematics ·Physical Sciences
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