Compact and portable, RGB-ER-CL is a cost-effective general-purpose miniature fiber spectrometer based on a crossed-asymmetric Czerny-Turner design. Equipped with a sophisticated CMOS detector, it has the advantages of high sensitivity, high resolution, high quantum efficiency and large dynamic range, and is suitable for spectral measurements in various scientific and industrial/OEM applications. RGB-ER-CL is preconfigured with a 25um entrance slit, and provides an optical resolution of 1.5nm and an extended wavelength range of 200-1000nm. It is also possible to get different optical resolutions and spectral response ranges by selecting different gratings and slits. For applications that requires a higher resolution, RGB-ER-CL can, for example, be preconfigured to offer an optical resolution of 1.0nm and a wavelength range of 200-900nm. RGB-ER-CL has a USB2.0 interface for high-speed data transfer with a computer. It can also communicate with external devices via available GPIO pins. Features: Compact, light and portable, suitable for system integration Unique optical bench design minimizes stray light and noises Wide wavelength range with balanced spectral response High sensitivity detector enables weak signal detection Possible customizations with a variety of gratings, slits, and lenses USB2.0 interface, high-speed data transfer Specifications: Model Hamamatsu S11639 CMOS Sensor Pixels 2048（14*200um） Spectral Response 200～1000nm Sensitivity 1300 V/(lx·s) Wavelength Range 200～1000nm Entrance Slit 25um Collection Cylinder Lens Yes S/N Ratio 600:1 Integration Time 0.5ms～110s A/D Resolution 16 bit Power Consumption 180mA @ 5VDC Connectors USB2.0 / RS232 External Trigger Modes Software/Hardware/Sync General Purpose Input/Output (GPIO) 14-pin Input Fiber Connector SMA905 Dimensions (LxWxH) 94 x 60 x 37 mm Operating Temperature 0～55℃ Applications: Wavelength measurement Transmission/reflection measurement Radiation measurement Absorbance measurement Thin-film measurement Color measurement Fluorescence measurement Laser-induced breakdown spectroscopy (LIBS) Biochemical and medical analysis
