Glycated hemoglobin percentage detection method and electronic device using the same

An electronic device using a glycated hemoglobin percentage detection method for detecting a glycated hemoglobin percentage of a blood under test, the electronic device comprising:

• a controller;
• a storage circuit connected to the controller;
• a first wavelength light source providing circuit connected to the controller;
• a second wavelength light source providing circuit connected to the controller;
• a third wavelength light source providing circuit connected to the controller;
• a first wavelength optical response information receiver connected to the controller;
• a second wavelength optical response information receiver connected to the controller;
• and
• a third wavelength optical response information receiver connected to the controller;
• wherein, when the first wavelength light source providing circuit emits light of a first wavelength to a blood under test, the second wavelength light source providing circuit emits light of a second wavelength to the blood under test, and the third wavelength light source providing circuit emits light of a third wavelength to the blood under test, the first wavelength optical response information receiver receives optical response information of the blood under test corresponding to the first wavelength, the second wavelength optical response information receiver receives optical response information of the blood under test corresponding to the second wavelength, and the third wavelength optical response information receiver receives optical response information of the blood under test corresponding to the third wavelength;
• wherein the controller performs a normalization and correction process according to the optical response information corresponding to the first wavelength, and the controller performs the normalization and correction process for the optical response information corresponding to the second wavelength and the optical response information corresponding to the third wavelength according to the optical response information corresponding to the first wavelength, to obtain a normalized optical response information corresponding to the second wavelength and a normalized optical response information corresponding to the third wavelength for the blood under test;
• wherein the controller analyzes the normalized optical response information corresponding to the second wavelength and the normalized optical response information corresponding to the third wavelength to determine a glycated hemoglobin percentage of the blood under test.