Common depth noninvasive glucose concentration determination analyzer apparatus and method of use thereof

An apparatus for measuring photonic output from skin of a person for use in a noninvasive analyte determination system, comprising:

• an analyzer, comprising:
• a first source system, a second source system, a third source system, and a detector system all at least partially embedded into an probe housing;
• a first illumination zone optically coupled to said first source system, a second illumination zone optically coupled to said second source system, and a third illumination zone optically coupled to said third source system;
• a common detection zone optically coupled to said first detector system, said first illumination zone separated from said common detection zone by a first radial distance, said second illumination zone separated from said common detection zone by a second radial distance, and said third illumination zone separated from said common detection zone by a third radial distance, said third radial distance greater than said second radial distance, said second radial distance greater than said first radial distance;
• and
• said first detector system configured to detect a first photonic signal, a second photonic signal, and a third photonic signal, respectively, from said first source system, said second source system, and said third source system as a function of time, said first photonic signal comprising a first diode configured to emit first photons with a first absorbance-to-first radial distance ratio at least ten percent greater than a second absorbance-to-second radial distance ratio of the second photonic signal from a second diode configured to emit second photons, said second absorbance-to-second radial distance ratio of the second photonic signal at least ten percent greater than a third absorbance-to-second radial distance ratio of the third photonic signal from a third diode.