BRS-8001 adjustable light source Introduction: The BRS-8001 tunable light source system adopts a modular design, integrating a tungsten lamp light source and the BRM-650X series grating monochromator into a tunable light source system. This allows for the acquisition of a versatile tunable monochromatic light source within a wide tuning range from ultraviolet (UV) to near-infrared (NIR). The system can also be equipped with optional components such as filter wheels, fiber optics, shutters, integrating spheres, and power meters, making it widely applicable in applications such as CMOS and CCD quantum efficiency and spectral response measurements, solar cell quantum efficiency testing, detector response testing, fluorescence excitation, and photochemistry. Features: 1. Continuously adjustable wide spectrum from 200 to 2000nm 2. Customers can pre-configure multiple gratings, which will be installed by the factory 3. The wavelength output, calibrated by the factory, ensures the accuracy of the output wavelength 4. Optional fiber output, integrating sphere output, spatial light output, etc 5. A wide range of optional accessories is available, allowing for custom configuration according to specific applications 6. Includes control and data acquisition software Technical Specifications: Project: Specification Adjustable range: 250~1800nm Lamp type: Tungsten lamp Lamp power: 150W Spot size: 4mm×14mm (after filter wheel with 3mm slit) Spectral bandwidth: 0.15-10nm Wavelength accuracy: 0.5~5 nm Wavelength repeatability: ±0.2 nm Bulb lifespan: 500 hours Communication interface: USB Size: 736×295×170mm Weight: 16kg
BRS-8001 adjustable light source Introduction: The BRS-8001 tunable light source system adopts a modular design, integrating a tungsten lamp light source and the BRM-650X series grating monochromator into a tunable light source system. This allows for the acquisition of a versatile tunable monochromatic light source within a wide tuning range from ultraviolet (UV) to near-infrared (NIR). The system can also be equipped with optional components such as filter wheels, fiber optics, shutters, integrating spheres, and power meters, making it widely applicable in applications such as CMOS and CCD quantum efficiency and spectral response measurements, solar cell quantum efficiency testing, detector response testing, fluorescence excitation, and photochemistry.
