Introduction: The ES2000 is a miniature fiber optic spectrometer with high-speed technology and fine spectral resolution. The ES2000 can be configured as single, dual, triple, quad or multichannel (configurable up to eight different channels). ES2000 uses a high-resolution optical platform, flag technology, high-speed control and synchronous sampling technology for high-speed acquisition and fine spectral resolution applications, but also can be applied to multi-channel detection. Features: 1 high resolution, optical resolution over the full wavelength (200-1100nm) range up to 1.0nm. 2 wide band coverage, the widest band coverage 200-1100 nm; 3 high-speed acquisition, the fastest per second get 1000 complete spectrum; 4 quickly change the integration time, you can achieve 1ms quickly achieve a new integration time to collect optical signals; 5 highly integrated hardware and software design, users can quickly realize secondary development and system integration. Technical Parameters: Detector name Sony ILX554B linear Si CCD array Detection range of 200 ~ 1100 nm The number of pixels 2048 pixels Pixel size 14 x 56 μm2 Focal length of 72.5 mm Slit size 10, 25, 50, 100, 200 μm A variety of grating optional Condenser can be added Eliminate high-order filter a variety of optional Pre-filter can be added SMA905 fiber optic connector NA 0.22 The wavelength range depends on the grating Optical resolution 0.12 ~ 4.88 nm Signal to noise ratio 400: 1 A / D number of bits 16 bits Dark noise 20 RMS Dynamic range 3000: 1 Integration time 1ms ~ 60s Stray light 0.09% @ 600nm Correction linearity> 99%
ES2000 high-sensitivity fiber spectrometer is a miniature fiber spectrometer with high-speed technology and fine spectral resolution. ES2000 high sensitivity fiber optic spectrometer can be configured as single channel, dual channel, three channel, four channel or multi-channel (can be configured as a maximum of 8 different channels). The ES2000 high-sensitivity fiber optic spectrometer uses a high-resolution optical platform, marker technology, high-speed control, and synchronous sampling technology. It is suitable for high-speed acquisition and fine spectral resolution applications, and can also be applied to multi-channel detection.
