| abstract |
The present invention discloses a non-invasive blood glucose meter including a sensor circuit in which a series or parallel resistor, inductor, or capacitance circuit is attached as a circuit to a sensor part, and the sensor is electrically capable of causing magnetic resonance to resonance. In addition, the present invention maximizes the quality factor of the resonant frequency caused by the sensor, greatly enlarges the minute impedance change of the sensor, and measures the sensor circuit structure and allows multiple resonant frequency bands to be generated by the harmonics of the resonant frequency. Disclosed is a non-invasive blood glucose meter using a method for obtaining multidimensional impedance values in a resonant frequency band by applying a method. |