A radio frequency identification (RFID) tag, said RFID tag comprising: - a first communication module adapted and configured to receive signals from a RFID reader, said first communication module including means for extracting energy from the received signals providing a supply voltage VDD to the RFID tag; - at least one energy storage module in connection with and supplied by the first communication module adapted and configured to store said extracted energy from the received signals of the RFID reader; - a first voltage limiter adapted and configured to limit said supply voltage VDD in order the latter not exceeding a given first threshold voltage value of the first voltage limiter comprised in a region between two given lower and upper voltage thresholds; and - a second voltage limiter, different to the first voltage limiter, adapted and configured to limit the supply voltage VDD in order the latter not exceeding a given second threshold voltage value of the second voltage limiter, characterized in that: - the first voltage limiter is further adapted and configured to operate without a reference voltage in the internal circuitry of the RFID tag during a start-up state thereof, wherein said start-up state comprising a time period in which the RFID tag powers up charging the energy storage module to a given voltage value and stabilizes; and - the second voltage limiter is synchronized with said first voltage limiter to switch after the stabilization of the RFID tag from the first voltage limiter to the second voltage limiter, said second voltage limiter being enabled during a stationary state of the RFID tag in which a reference voltage signal VBG of the RFID tag is available, said reference voltage signal VBG being used for said switching, wherein the first voltage limiter having a fast response time and the second voltage limiter having high and accurate limitation voltage, so that the supply voltage VDD of the RFID tag being kept always below the given second threshold voltage value of the second voltage limiter, the given second threshold voltage value having a given margin of tolerance. - a first communication module adapted and configured to receive signals from a RFID reader, said first communication module including means for extracting energy from the received signals providing a supply voltage VDD to the RFID tag; - at least one energy storage module in connection with and supplied by the first communication module adapted and configured to store said extracted energy from the received signals of the RFID reader; - a first voltage limiter adapted and configured to limit said supply voltage VDD in order the latter not exceeding a given first threshold voltage value of the first voltage limiter comprised in a region between two given lower and upper voltage thresholds; and - a second voltage limiter, different to the first voltage limiter, adapted and configured to limit the supply voltage VDD in order the latter not exceeding a given second threshold voltage value of the second voltage limiter, - the first voltage limiter is further adapted and configured to operate without a reference voltage in the internal circuitry of the RFID tag during a start-up state thereof, wherein said start-up state comprising a time period in which the RFID tag powers up charging the energy storage module to a given voltage value and stabilizes; and - the second voltage limiter is synchronized with said first voltage limiter to switch after the stabilization of the RFID tag from the first voltage limiter to the second voltage limiter, said second voltage limiter being enabled during a stationary state of the RFID tag in which a reference voltage signal VBG of the RFID tag is available, said reference voltage signal VBG being used for said switching,