Fluorescence lifetime spectrometer C16361 series

Quantaurus-Tau® is a compact system for measuring fluorescence lifetimes in the sub-nanosecond to millisecond range. Operation is simple, just set the sample into the sample chamber, and enter a few conditions on the measurement software to measure the fluorescence lifetime and PL spectrum in a short time with high precision. In a typical measurement, analysis results are obtained in a mere 60 seconds. Easy and quick measurements Emission lifetime can be gotten easily and quickly only by putting the sample into sample box and setting the 4 measurement conditions. Analyzing different sample forms...

Capable of measuring various fluorescence lifetimes The fluorescence spectrum obtained from an organic material or fluorescent probe is a vital parameter for controlling and evaluating the material functions and characteristics such as the peak wavelength and fluorescence intensity. However, a fluorescence spectrum usually shows time-integrated information, and so when the material contains multiple substances and reactive elements, their fluorescence spectrum can only be acquired as integrated information. An effective approach in such cases is to observe the light emission dynamics by making...

The software takes account of the measurement procedure ensuring quick and easy measurements. 4 measurement conditions Excitation wavelength Time range Shifting delay, Light intensity is automatically adjustable. Emission wavelength Stop conditions Measurement data Start measurement Set number of components One-click analysis In fluorescence lifetime measurements with a solution standard reagent - anthracene solution (QY=0.27), the analysis results are computed within about 60 seconds* after starting sample measurement * If pre-measuring the IRF (Instrument Response Function) deconvolution and...

Quantaurus-Tau® includes a variety of measurement and analysis functions such as simultaneous multi-component fluorescence lifetime measurement and multi-sample data comparison. Multi-component fluorescence lifetime analysis and comparison Fitted decay curve Multi-component analysis of up to five components In fluorescence lifetime measurement, a phenomenon often occurs where the data is observed as the sum of the attenuation curves of multi-component fluorescence lifetimes. Quantaurus-Tau® easily calculates the fluorescence lifetime data and component ratio of each element by using the dedicated...

Our long and proven record in fluorescence lifetime measurements is the reason our products are favored by many users in a wide range of fields. TADF of the blue OLED material e TADF (Thermally activated delayed fluorescence) is known well as the 3rd generation OLED material which is high efficiency and cost saving, furthermore can be replaced with phosphorescence material. The data shows the example of fluorescence lifetime measurement of blue TADF material. In order to achieve the high efficiency, the molecule design is the important factor to minimize the energy gap of excited singlet state...

We also offer a lineup of quantum yield measurement systems allowing diversified material evaluations on the same sample. Fluorescence Lifetime and Absolute PL Quantum Yield There are two processes when substances are excited by light irradiation from the ground state to excited singlet state (S1), then deactivated to the ground state again. One is radiative process such as fluorescence and the other is a non-radiative process released as heat. The fluorescence lifetime τ (tau) is defined as k f + k nr = 1 / τ where kf is the radiative rate constant and knr is the non-radiative constant. On the...

Type number Detector type Wavelength range Excitation light source Excitation light source switching Monochromator Measurement time range Time range for phosphorescence measurement Phosphorescence measurement Time axis channel Total time resolution Analysis function Supported OS C16361-01 C16361-02 Standard NIR 300 nm to 800 nm 380 nm to 1030 nm Seven types of LED light source (280 nm, 340 nm, 365 nm, 405 nm, 470 nm, 590 nm, 630 nm) Software control Czerny-Turner monochromator 4 ns to 10 s / full scale 200 μs to 10 s / full scale (option) Phosphorescence excitation wavelength (280 nm, 340 nm,...