The Technology & Applications Center (TAC) is proud to announce Newport's new Time-Resolved Fluorescence Spectrometer (TRFLS). It is a flexibly designed device offering custom configuration to meet the specific needs of each researcher, with options for laser input, pump/gate configuration and data collection method(s). There are two primary configurations – Fluorescence Upconversion only or both Fluorescence Upconversion and Time-Correlated Single Photon Counting (TCSPC). TCSPC can also be added later. As with most of our system level products, all TRFLS devices will be quoted as special items, so please contact me with any questions you or your customers may have. Applications
● Ultrafast dynamics of chemical reactions, excited state dynamics
● Conformation dynamics and kinetics in fluorescent molecules
● Quantum dots characterization
● Bioorganic photosynthetic system analysis
● Dynamics in fluorescent proteins and DNA constituents
● Carrier dynamics in nanocrystals and nanoparticles
● Proton transfer
● Dye/label photophysics
Specifications
Fluorescence Upconversion |
Luminescence Spectral Range |
400 - 1600 nm available |
Spectral Resolution |
150 cm-1 |
Time Range |
3.3 ns |
Minimum Step Size |
13.4 fs |
Repetition Rate - Amplifier |
1 - 100 kHz |
Repetition Rate - Oscillator |
70 - 100 MHz |
Time Resolution |
100 - 400 fs, typical |
Computer Requirements |
Laptop with USB port, Windows 7 OS |
Time-Correlated Single Photon Counting |
Luminescence Spectral Range |
230 - 700 nm, standard |
Spectral Resolution |
< 1 nm |
Time Range |
3.3 ns - 2 υs |
Step Size Range |
813 fs - 31.25 ns |
Repetition Rate - Oscillator |
70 - 100 MHz |
Time Resolution |
< 200 ps |
Computer Requirements |
Desktop with PCI slot, USB port, Windows 7 OS |
Physical Dimensions |
ength x Width x Height |
975 x 675 x 225 mm (38.5 x 26.75 x 9 inch) |
Input Beam Height |
60 mm (6.3 inch) |
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