Spectra-UT 超光谱校准光源-出色的可编程高分辨率光谱输出

基于我们在固态可调光源方面的经验，Spectra-UT超光谱校准光源使用连续谱光源和多色仪技术，可对生成的光谱波形提供精确的控制。

Spectra-UT超光谱校准光源可以精确地再现复杂的光谱特征，从而实现对标准光源以及自然或合成光源和发射源的高分辨率光谱模拟。Spectra-UT 超光谱校准光源是一种适用于平场校正的均匀光源，并可以兼容光导管和准直器输出，用于样品的特殊光谱照明。

Spectra-UT能够通过一种复杂的光谱匹配算法，在可见光区域产生近乎完美的任意目标光谱波形。它可以模拟约10 nm半高全宽度的光谱，宽谱可见光光谱和复杂的光谱形状。

Building on our experience with solid-state tunable light sources, Spectra-UT Ultra Tunable Spectral Calibration Sources use a continuous-spectrum light source and polychromator technology to offer incomparable control over generated spectral waveforms. 

Spectra-UT Sources can reproduce complex spectral features with a precision that enables high-resolution simulation of standard illuminants as well as natural or synthetic sources and emissions. Spectra-UT is a uniform source for flat-fielding applications and can be adapted to optical light guides and collimators for remote sample spectral illumination.

Spectra-UT is capable of producing a near-perfect match to almost any target spectral waveform in the visible-light region by using a sophisticated spectral matching algorithm. It can render narrow-band targets on the order of 10 nm full-width half-max, broad VIS spectra and complex shapes.

• 出色的可编程高分辨率光谱输出
• 在可见光范围内无限的光谱复现
• 精确模拟OLED、MicroLED和LED显示屏光谱
• 模拟RGB和宽谱背光光谱
• 再现室内照明条件
• 光谱纯正，避免在多色成像中出现通道串扰
• 通过集成QTH校准灯和光谱仪实现可溯源校准

Benefits
• Unmatched programmable high resolution spectral outputs
• Unlimited spectral reproduction over the visible range
• Accurately simulated OLED, MicroLED and LED displays
• Simulate RGB and broadband backlighting
• Reproduce indoor lighting conditions
• Spectrally pure, avoid channel cross talk in multicoloring imaging
• Traceable calibrations with integrated QTH calibration lamp and spectrometer

• 色度计和分光光度计校准
• 校正三刺激值色匹配误差
• 比较和区分仪器性能
• 测试滤光和未滤光的光学传感器响应
• 优化显示色彩还原性

Applications
• Calibrate colorimeters and spectrophotometers
• Correct for tristimulus color mismatch errors
• Compare and differentiate instrument performance
• Test filtered and unfiltered optical sensor response
• Optimize display color reproduction