On the use of interpolated second-order polynomials for efficient filter design in programmable downconversion.

On the use of interpolated second-order polynomials for efficient filter design in programmable downconversion.

Interpolated second-order polynomials (ISOPs) are proposed to design efficient cascaded integrator-comb (CIC)-based decimation filters for a programmable downconverter. It is shown that some simple ISOPs can effectively reduce the passband droop caused by CIC filtering with little degradation in ali...

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Dades bibliogràfiques
Publicat a:IEEE Journal on selected areas in communications 17, 4 (1999).
Autor principal: Oh, H.J
Format: Article
Idioma:English
Matèries:
Aliasing attenuation.
Cascaded integrator-comb-based decimation filters.
Efficient filter design.
Interpolated second-order polynomials.
Mobile communication.
Modified halfband filter.
Optimization technique.
Passband droop reduction.
Programmable FIR filters.
Programmable downconversion.
Programmable downconverter.
Programmable finite impulse response filter.
Software radio.