2014Unpublished venueRequires access

Study and Implementation of Programmable DDC in SDRP

Arsha Unnithan, P. Ananthan, R M Shibu, B Harikrishnan

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Abstract

Abstract — A Digital Down Converter (DDC) is an integral part of any Software Defined Radio (SDR) module. Digital down conversion causes a band limited high sample rate signal to be shifted to low frequency and also the sample rate of signal is reduced without losing information thereby simplifying further processing. A DDC design is efficiently implemented using programmable filters available in AD9361 transceiver together with an optional programmable design implemented on SOC.

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What this paper is about

Abstract — A Digital Down Converter (DDC) is an integral part of any Software Defined Radio (SDR) module. Digital down conversion causes a band limited high sample rate signal to be shifted to low frequency and also the sample rate of signal is reduced without losing information thereby simplifying further processing. A DDC design is efficiently implemented using programmable filters available in AD9361 transceiver together with an optional programmable design implemented on SOC.

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Available abstract

Abstract — A Digital Down Converter (DDC) is an integral part of any Software Defined Radio (SDR) module. Digital down conversion causes a band limited high sample rate signal to be shifted to low frequency and also the sample rate of signal is reduced without losing information thereby simplifying further processing. A DDC design is efficiently implemented using programmable filters available in AD9361 transceiver together with an optional programmable design implemented on SOC.

Key concepts: Decimation, Software-defined radio, Digital down converter, Transceiver, Computer science, Software, Digital signal processing, Digital signal

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