快速动力学荧光及紫外光谱仪MOS-200is a simple ａnd efficient optical system designed for Rapid-Kinetics experiments.
产品详细信息
快速动力学荧光及紫外光谱仪MOS-200的基本信息：
The MOS-200 is a simple ａnd efficient optical system designed for Rapid-Kinetics experiments.
The MOS-200 uses a Xe or Xe（Hg） 150 Watts light source attached to a manual monochromator on an optical bench.
The connection to the Bio-Logic Stopped-Flow is done through a fiber optic specially designed to match the Stopped-Flow cuvette dimensions.
The signal detection is performed by a photomultiplier directly mounted on the Stopped-Flow ａnd connected to its control unit. The photomultiplier can be attached at 180° of the light source or at 90° allowing absorbance or fluorescence measurements （both at the same time using an optional additional detection channel）. For fluorescence measurements, standard filters can be installed in front the photomultiplier tube inside the holder.
The photomultiplier control unit is connected to a 16-bit A/D board installed in the PC driven by our acquisition ａnd analysis Bio-Kine32 software.
Specifications:Light lamp*
150 W Xe（Hg） or Xe arc lamp
Wavelength range （nm） : 220 to 700 for Xe（Hg）, 200 to 700 for Xe
Stability : better than 1% for Xe（Hg）, better than 0.3% for Xe
Nature of spectrum : "sharp lines" for Xe（Hg）, "white" for Xe.
Standard air cooled with lens
Light lamp power supply
Ripple （50 or 60 Hz） : Less than 0.15% peak to peak （0.1% rms）
Low frequency noise : Less than 0.05 % peak to peak
Drift : Less than 0.1% per minute after one hour warm-up.
Monochromator
Single grating
Large aperture （F/#=3.5） ａnd short focal length （100 mm） to improve light throughput
Wavelength range : zero order ａnd 200 to 800 nm
Linear dispersion （nm/mm） : 8 （delivered with 1 mm slits）
Accuracy （nm） : /- 0.5
Fiber optic
Material : Quartz
Dimensions
Monochromator end : 1 x 3 mm? （linear to match the slit image）
Stopped-Flow end : 1.9 mm diameter （round end to match cuvette image）
Length 1.5 m.
Photomultiplier & control unit
Data acquisition & data analysis
16-bit digitization of data
Number of acquisition channels : up to 4. One for the main signal ａnd the other three for external signals （optional additional detection channel, temp...）
Rate of data acquisition : 50 ?s/sample to 1000 s/sample
Oversampling filtering
Linear or logarithmic time scale acquisition
