A correction method (500) for a super-regenerative receiver (100) being configured to resonate at at least one oscillator resonant frequency reference value (111) and comprising at least one control stage (130), at least one varactor (140), at least one reference system (150) and, at least one oscillator (110). The method includes at least one setup (510) of at least one reference signal value (158) by the at least one reference system (150), at least one comparison (560) of at least one oscillator frequency actual value (112) of the at least one oscillator (110) with the at least one reference signal value (158) by the at least one reference system (150) and at least one adjustment (570) of at least one gain of the at least one control stage (130).

A correction method (500) for a super-regenerative receiver (100) being configured to resonate at at least one oscillator resonant frequency reference value (111) and comprising at least one control stage (130), at least one varactor (140), at least one reference system (150) and, at least one oscillator (110). The method includes at least one setup (510) of at least one reference signal value (158) by the at least one reference system (150), at least one comparison (560) of at least one oscillator frequency actual value (112) of the at least one oscillator (110) with the at least one reference signal value (158) by the at least one reference system (150) and at least one adjustment (570) of at least one gain of the at least one control stage (130).

A correction method for a super-regenerative receiver being configured to resonate at at least one oscillator resonant frequency reference value and comprising at least one control stage, at least one varactor, at least one reference system and, at least one oscillator. The method includes at least one setup of at least one reference signal value by the at least one reference system, at least one comparison of at least one oscillator frequency actual value of the at least one oscillator with the at least one reference signal value by the at least one reference system and at least one adjustment of at least one gain of the at least one control stage.

A correction method for a super-regenerative receiver being configured to resonate at at least one oscillator resonant frequency reference value and comprising at least one control stage, at least one varactor, at least one reference system and, at least one oscillator. The method includes at least one setup of at least one reference signal value by the at least one reference system, at least one comparison of at least one oscillator frequency actual value of the at least one oscillator with the at least one reference signal value by the at least one reference system and at least one adjustment of at least one gain of the at least one control stage.