Introduction of a multi-port wave-correlator as promising receiver for software defined radio
А. А. Сытник, N. Semezhev, Roza M. Glukhova, Elena Umnova, N. S. Vagarina
Abstract
А. А. Сытник, N. Semezhev, Roza M. Glukhova, Elena Umnova, N. S. Vagarina
Abstract
The paper discusses the usefulness and limitations of the modern receiver architectures for software defined radio (SDR) applications. A linear homodyne receiver architecture based on the multi-port technique is introduced and its suitability for SDR applications is discussed in detail. The limitations of the existing six-port based receiver systems are highlighted. The conventional receiver architectures are examined and it is shown that they are not entirely satisfying the requirements of SDR. The multi-port receiver successively avoids the drawbacks of the conventional technical solutions and can be used as a perspective device for modern digital communication.
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The paper discusses the usefulness and limitations of the modern receiver architectures for software defined radio (SDR) applications. A linear homodyne receiver architecture based on the multi-port technique is introduced and its suitability for SDR applications is discussed in detail. The limitations of the existing six-port based receiver systems are highlighted. The conventional receiver architectures are examined and it is shown that they are not entirely satisfying the requirements of SDR. The multi-port receiver successively avoids the drawbacks of the conventional technical solutions and can be used as a perspective device for modern digital communication.
Key concepts: Software-defined radio, Radio receiver design, Direct-conversion receiver, Port (circuit theory), Computer science, Electronic engineering, Software, RF front end