Abstract
Coupling loop interference (CLI) between transmitting and receiving antennas must be suppressed to achieve broadcast wave relay in single frequency network (SFN) for digital terrestrial broadcasting. To avoid this interference, we have developed and demonstrated the effectiveness of a CLI canceller. An important step toward to achieving a relay station in SFN is to understand the propagation characteristics of CLI. This paper describes the measured and analytical results of the coupling, fluctuation and delay spread of CLI.
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