390nm-780nm, 0.4nm VIS Spectrometer

Mightex HRS-VIS-025
390nm-780nm Spectral Range
0.4nm Resolution

Typical Specifications:
- Optical Platform: f/4, Czerny-Turner
- Focal Length: 100 mm
- Wavelength Range: 390 ~ 780 nm
- Resolution: 0.4 nm
- Order Sorting Filter: Longpass
- Spatially Variable Filter: -
- Entrance Slit: 5, 10, 25, 50, 100, 200 or no slit
- Input Fiber Connector: SMA 905
- Input Fiber NA: 0.22
- Detector: Toshiba TCD1304AP Linear CCD Array
- Pixel Number: 3648
- Pixel Size: 8x200 μm

Description:
The Mightex HRS series compact CCD spectrometer comes in various ranges of wavelengths from 200nm -1050nm. It aggregates both high spectral resolution as well as high light collection efficiency that gives an optimized optical path yield. The data sheet attached to this product page refers to the following key features and specifications: In order to guarantee data reliability in spectrometry, you should reduce the potential for experimental errors. To solve this problem, the Mightex VIS Spectrometer has integrated a series of fixed mounts to ensure that you have wavelength and amplitude stability at all times. Moreover, in its standard configuration, these spectrometers take input through an SMA connector port. However, those input ports are not only interchangeable, but also the wavelength can be multi-calibrated to handle different entrance slit sizes.

Review of key specifications and features:
This device does not need time to warm-up when switched on. It is able to yield up to 138 scans per second. Other key attributes referenced in the spec sheet include, a Toshiba TCD1304AP Linear CCD Array detector, which through a 16-bit DAC enables the device to convert the analog signal from the CCD array into a digital stream. With visualization and on-boarding tools for both developers and technicians, the Mightex VIS Spectrometer comes equipped with programmable GPIOs for interfacing and communicating with other serial buses. Moreover, it has a full-featured SDK which is key in the creation of new applications as well as adding specific and agile features on the device’s software. Finally, the device is ultra-compact and does not need external power sources.