Module for generating options for radio signals reception
View Patent ↗A module for generating signal-reception options, the module being configured to receive at least one signal transmitted by at least one antenna; the generating module including at least one group of mixers and at least one input module; the at least one group of mixers including a number Y of mixers in which Y is an integer equal to or higher than 1; the at least one input module being coupled to the at least one group of mixers and configured to deliver a number Z of reception options available to receive the at least one signal, the number Z being determined depending at least on the number Y and/or on a number of types of signals received by the at least one group of mixers.
1. A generating module for generating signal-reception options, said module being configured to receive at least one signal transmitted by at least one antenna, the generating module comprising:
group of mixers comprising a number Y of mixers in which Y is an integer greater than 1; and
an input module coupled to the group of mixers and configured to:
determine a number Z of reception options available to receive said at least one signal,
deliver, via the group of mixers, the number Z of reception options to a software defined radio (SDR),
wherein:
each of the Z reception options includes a combination of at least two signals provided to the SDR,
the combination of the at least two signals of at least two of the Z reception options are different from one another, and
the number Z being an integer greater than 1 and being determined depending at least on the number Y and a number of types of signals received by the at least one group of mixers.
2. The generating module as claimed in claim 1 , wherein the number Z of reception options is determined depending on at least a number Zi of reception options provided by the group of mixers.
3. The generating module as claimed in claim 2 , wherein the number Zi of available reception options provided by the group of mixers is determined depending at least on the number Y and/or on a number of types of signals received by the group of mixers.
4. The generating module as claimed in claim 2 , wherein the antenna comprises a plurality of antennas; the number Z of available reception options being equal to or lower than a multiplication of the numbers Zi of reception options.
5. The generating module as claimed in claim 2 , wherein the types of signals received by the group of mixers in different frequency bands are chosen from the following signals: an AM signal, an FM signal, and a DAB signal.
6. The generating module as claimed in claim 1 , wherein the group of mixers comprises a plurality of groups of mixers, the signals received by the groups of mixers being transmitted by different antennas and in different frequency bands.
7. The generating module as claimed in claim 6 , wherein the number of groups of mixers is higher than or equal to the highest value of the numbers of signals transmitted by the antenna.
8. The generating module as claimed in claim 1 , wherein the number Y is equal to 2.
9. The generating module as claimed in claim 1 being coupled to a processing module configured to carry out computations comprising conversion of the at least one signal to digital and/or digital processing of the signal, the at least one processing module being coupled to a software-defined radio so as to demodulate the at least one signal.
10. A system for processing signals comprising a generating module as claimed in claim 9 and a software-defined radio intended to demodulate the at least one signal.
11. The generating module as claimed in claim 3 , wherein the antenna comprises a plurality of antennas; the number Z of available reception options being equal to or lower than a multiplication of the numbers Zi of reception options.