The optical spectrometers have been developed for 600-1100 nm & 700-900 nm wavelength ranges. The developed spectrometers are based on Diffraction Grating and Linear Image Sensor. These spectrometers are compact, light weight, portable and cost effective. As there is no mechanical scanning through rotation of grating to capture the spectrum, it makes such spectrometers fast and wear free. The spectrum can be seen in graphical format, recorded & analysed on computer with User Interface Software. Optical spectrometers find numerous applications in various fields of science & technology. The spectrometers can be configured for other ranges & applications also.
A spectrometer is an instrument to determine the spectral composition (wavelength & intensity). The spectrometer developed by BARC is compact, light weight, portable and cost effective. It is based on Diffraction Grating and Linear Array Detector (the Image Sensor). Unlike conventional spectrum analyzers, there is no mechanical scanning (through rotation of grating) to capture the spectrum. This makes it faster and wear free.
This spectrometer admits light through an optical fiber cable. The output, consists of spectrum information as packets of digital data, is transmitted through an USB port to a PC or Laptop. In PC, the spectrum is displayed in a graphical format, recorded & analysed using an User Interface Software. The spectrometers have been developed for 600-1100 nm & 700-900 nm wavelength ranges. The spectrometers can be configured for other ranges & applications also.
FACILITIES / INFRASTRUCTURE REQUIREMENT FOR COMMERCIAL PRODUCTION
