Transmitting arrangement, receiving arrangement, transceiver and method for operation of a transmitting arrangement

1. A receiving arrangement, comprising:

a radio-frequency antenna arrangement configured to receive radio-frequency signals, comprising a tuning connection for tuning a resonant frequency of the radio-frequency antenna arrangement, and comprising at least one connection for emission of a received signal;

a tuning circuit configured to tune a frequency of the radio-frequency antenna arrangement, comprising a control input and at least one tuning element coupled to the tuning connection of the radio-frequency antenna arrangement as a function of a tuning signal;

a filter device configured to suppress signal components in the received signal, comprising an input and an output, wherein the input is coupled to at least one connection of the radio-frequency antenna arrangement;

at least one matching apparatus connected between the input of the filter device and the at least one connection of the radio-frequency antenna arrangement, and configured to control a matching of an output impedance of the radio-frequency antenna arrangement to an input impedance of the filter device; and

a control device comprising a first output for a control signal connected to the control input of the tuning circuit, and comprising a second output and providing a matching signal thereat, wherein the second output is connected to the matching apparatus, and wherein the control device is configured to produce and emit the control signal and the matching signal as a function of at least one predetermined parameter,

wherein the output of the matching apparatus is connected to the input of the filter device without any impedance transformation circuit therebetween.

2. The receiving arrangement of claim 1 , further comprising a measurement apparatus configured to measure a signal-to-noise ratio of a received signal at the output of the filter device, and further configured to supply a parameter derived from the measured signal-to-noise ratio to an input of the control device as the at least one predetermined parameter.

3. The receiving arrangement of claim 1 , wherein the input impedance of the filter device is substantially equal to the output impedance of the matching apparatus.

4. The receiving arrangement of claim 1 , wherein the filter device comprises an amplifier device configured to amplify signals that are applied to the input thereof.

5. The receiving arrangement of claim 1 , wherein the filter device comprises a filter having a tunable cut-off frequency.

6. The receiving arrangement of claim 1 , wherein at least the matching apparatus and the filter device are in the form of an integrated circuit in a semiconductor body.

7. The receiving arrangement of claim 1 , wherein the input impedance of the filter device has a value other than 50 ohms.

8. The receiving arrangement of claim 1 , wherein the control device comprises an input for receiving one or more signals that characterize the at least one predetermined parameter.

9. The receiving arrangement of claim 1 , wherein the at least one predetermined parameter is derived from a resonant frequency of the radio-frequency antenna arrangement.

10. The receiving arrangement of claim 1 , wherein the radio-frequency antenna apparatus comprises a laminate structure, wherein the radio-frequency antenna apparatus resides on a metallic layer to an organic mount.

11. The receiving arrangement of claim 1 , and further comprising a transmitting arrangement to collectively form a transceiver, the transmitting arrangement comprising:

a power amplifier comprising an input for a signal to be amplified, and an output coupled to the at least one connection of the radio-frequency antenna arrangement;

a controllable matching apparatus connected between the output of the power amplifier and the at least one connection of the radio-frequency antenna arrangement, and configured to match an input impedance of the radio-frequency antenna arrangement to an output impedance of the power amplifier; and

a control device comprising a first output for supplying a control signal connected to the control input of the tuning circuit for frequency tuning, and comprising a second output for supplying a matching signal connected to the matching apparatus, wherein the control device is configured to produce and emit the control signal and the matching signal as a function of at least one predetermined parameter,

wherein the output of the power amplifier is connected to the input of the matching apparatus without any impedance transformation circuit therebetween,

and wherein the radio-frequency antenna arrangement and the tuning circuit of the transmitting arrangement and of the receiving arrangement are configured to be used jointly by the transmitting arrangement and the receiving arrangement.

12. The transceiver arrangement of claim 11 , further comprising a measurement apparatus configured to detect any mismatch between the matching apparatus and the output of the power amplifier, and generate and output a parameter derived from the mismatch at an output thereof, and wherein the output of the measurement apparatus is coupled to an input of the control device in order to supply the at least one predetermined parameter.

13. The transceiver arrangement of claim 12 , wherein the measurement apparatus is configured to measure reflected power.

14. The transceiver arrangement of claim 11 , wherein the output impedance of the power amplifier is equal to the input impedance of the matching apparatus.

15. The transceiver arrangement of claim 11 , wherein at least the matching apparatus and the power amplifier are in the form of an integrated circuit in a semiconductor body.