Used PHYSICAL ELECTRONICS Smart II #293671057 for sale

PHYSICAL ELECTRONICS Smart II is an advanced spectrometer designed to measure a wide range of light from the ultraviolet to the near infrared. The equipment is built around an XYZ motion and positioning system which allows for the measurements of narrow light emission lines from ultraviolet to near infrared wavelength bands with a minimum of manual intervention. It has the ability to accommodate a variety of standard and custom-made accessory components, enabling the precise positioning and analysis of any light source in any desired environment. Smart II employs a highly efficient optical collection unit made up of a custom designed, optimized curved mirror and a linear diaphragm. The curved mirror collects light from any source and reflects it to the linear diaphragm, allowing for the most precise spectral collection within a given bandwidth. The primary feature of PHYSICAL ELECTRONICS Smart II is its accurate measurement of spectral information. This is accomplished using a multi-axis tracking machine that reads and records light at different angles relative to the measured object. An advanced electronic "field control" unit helps maintain the position of the light in relation to the object during the measurement process. In addition to its accurate spectral measurements, Smart II also offers digital signal processing capabilities. The spectrometer is equipped with a powerful signal processor that enables users to identify spectral differences as small as 0.1 nm, making it perfect for detecting finer changes in light wavelength. PHYSICAL ELECTRONICS Smart II is also extremely user friendly. The unit is highly automated, allowing users to easily control all the necessary parameters, while also offering a comprehensive graphical user interface and a variety of diagnostic tools. Overall, Smart II is a powerful and precise spectrometer, capable of measuring light sources with the highest level of accuracy. It is suitable for the measurement of a wide range of light in any given environment, making it the perfect choice for any researchers or technicians who require accurate spectral measurements.