EQ2000 Teaching Experiment Fiber Spectrometer Portable Mini Spectrometer For Plasma Measurement

EQ2000 Teaching Experiment Fiber Spectrometer Portable Mini Spectrometer For Plasma Measurement

Note:
This is the deposit, not the final product price.
For the actual product price, please contact us, different specifications have different prices.

The EQ2000 optical fiber spectrometer can provide an optical resolution of up to 0.1nm. The combination of a focal length of 100nm and a numerical aperture of 0.11 enables the spectrometer to achieve the best balance of resolution and sensitivity without increasing its volume.
EQ2000 is a lightweight, portable miniature spectrometer. This series of spectrometers are suitable for general spectral measurement applications in scientific research and industrial production. They have high measurement accuracy and come with software. They are used in a variety of fields involving spectral measurement and analysis with their ultra-high cost performance, such as: plasma measurement, LED sorting, Color measurement, chemical process analysis, etc.; and with its unique design, it can be easily integrated into other systems.

High-speed control technology can set a new integration time within 1ms, saving time for spectrometer control.

The EQ2000 optical fiber spectrometer can be equipped with a special ultraviolet sensitized deep ultraviolet CCD, which can extend the spectrum detection range to the deep ultraviolet band. At the same time, the EQ2000 high-resolution optical fiber spectrometer has a logo position and underlying calling technology, under the condition of ensuring high-speed measurement, Further improve the measurement accuracy. It can put the user’s products in a technologically leading position and give the product stronger bargaining power. With the provision of low-cost optical fibers, it can build personalized spectrum measurement equipment.

[Features]
1. The high-resolution optical platform achieves the best balance of resolution and sensitivity without increasing the volume of the spectrometer itself.
2. Full-spectrum technology, using linear gradual reduction high-order filters and variable blazed gratings, solves the problem of efficiency balance and high-order interference in a wide spectrum, and the widest spectrum covers 200-1100 nm.
3. Ultra high resolution, providing up to 0.1nm optical resolution.
4. High-speed control technology can set a new integration time within 1ms, saving time for spectrometer control.
5. Marking technology, you can query the completion status of the spectrometer at any time, interrupt and re-collect at any time, without long waiting.
6. Bottom call technology, support system integration development, facilitating users to develop spectrometer application programs more quickly.

[Specification]