With reference to binary and quaternary, guide millimeter-wave PSK systems, the characteristics of the disturbance represented by multiple echoes, due to both mismatch reflections and mode conversions, are analysed. With regards to a link formed by many cascaded regeneration sections, realized with the same construction and installation techniques, it is shown, under rather general hypothesis, that the sum of both the thermal noise and the echoes at the output of the receiver filter, is equivalent to an additive gaussian disturbance. This allows the immediate extension to the aforesaid transmission systems of known formulae, which give the performance of the analogous echoless systems.

The Effect of Multiple Echoes on Error Rate in Guided Millimeter-Wave PSK Systems / L., Calandrino; Immovilli, Gianni. - In: ALTA FREQUENZA. - ISSN 0002-6557. - STAMPA. - XL:(1971), pp. 648-651.

The Effect of Multiple Echoes on Error Rate in Guided Millimeter-Wave PSK Systems

IMMOVILLI, Gianni
1971

Abstract

With reference to binary and quaternary, guide millimeter-wave PSK systems, the characteristics of the disturbance represented by multiple echoes, due to both mismatch reflections and mode conversions, are analysed. With regards to a link formed by many cascaded regeneration sections, realized with the same construction and installation techniques, it is shown, under rather general hypothesis, that the sum of both the thermal noise and the echoes at the output of the receiver filter, is equivalent to an additive gaussian disturbance. This allows the immediate extension to the aforesaid transmission systems of known formulae, which give the performance of the analogous echoless systems.
XL
648
651
The Effect of Multiple Echoes on Error Rate in Guided Millimeter-Wave PSK Systems / L., Calandrino; Immovilli, Gianni. - In: ALTA FREQUENZA. - ISSN 0002-6557. - STAMPA. - XL:(1971), pp. 648-651.
L., Calandrino; Immovilli, Gianni
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/649511
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