RESULTS

Figure 1:Spectrometer Data Collected: Sample from TCD1304DG output signal graphed in MATLAB

Figure 2:Spectrometer Data Collected: Sample from TCD1304DG output signal with an increase of light graphed in MATLAB

Figure 3:Spectrometer Data Collected: Sample from TCD1304DG in dark box and light generated with laser graphed in MATLAB

 

 

Future Improvements

» Calculate temperature correction coefficient.

» Improve electrical and software.

» Integrate the optics and electronics.

» Test for maximum runtime.

» Calibration and characterization of spectrometer response and accuracy in the usable temperature range of an outdoor environment.

» Improve user interface.

» Increase spectral response to 2500 nanometers adding another sensor.

» Toggle wi-fi connectivity.