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Shanghai Yichi Optoelectronic Technology Co., Ltd
Introduction to EnergETIQ Laser Driven Broadband Light Source
Date: 2016-05-13Read: 0
ENERGYLaser driven broadband light source
Energetiq light source is a high brightness, high stability, long-life and wide spectrum light source that adopts revolutionary light source technology - LDLS&; Laser driven light source technology uses continuous laser to directly heat xenon ions to the desired temperature, producing broadband spectrum light. It has the characteristics of high reliability, high performance, high brightness, and long lifespan. Its products have a wide spectral range, including soft X-ray (SXR), far ultraviolet (EUV), deep ultraviolet (DUV), and cover the visible to infrared (IR) region, with wavelengths ranging from 170nm to above 2100nm. The electrodeless LDLS technology can generate a small amount of high brightness plasma to obtain a light source and extend the service life of the lamp.
EQ-99X LDLS White Light Source EQ-99XFC LDLS White Light Source
Fiber coupling collimation scheme, high-power focusing coupling scheme
EQ-99X Product Parameters:
Product model |
EQ-99X |
EQ-99XFC |
EQ-77 |
Light wave range |
170-2100nm |
190-2100nm |
170-2100nm |
Output power |
0.5W |
Gundam0.3W |
1.5W |
Numerical aperture |
Up to 0.47 |
0.22 |
Up to 0.5 |
Light source lifespan |
about10000 hrs |
about10000 hrs |
about10000 hrs |
Synchronous output |
free space |
SMAConnector, fiber optic coupling broadband optical output |
Flexible optical interface, free space or fiber optic interface, |
Light source weight |
0.7kg |
0.7kg |
5kg |
Light source size |
82.3×85.7×76.2mm |
82.3×85.7×76.2mm |
160×142.2×218.4 mm |
application |
ultraviolet-Visible light spectroscopy, fiber testing, high-performance spectroscopy, imaging, high-performance liquid chromatography（HPLC）Application requirements for microscope illumination, environmental analysis and monitoring, material characterization and testing, gas-phase measurement, process quality monitoring, and long-life lamps |
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The independently developed Laser Driven Light Source (LDLS) technology uses continuous laser to directly heat xenon ions to the desired temperature, producing broadband spectrum light. Using traditional methods such as arc lamps and deuterium lamps, the brightness, ultraviolet energy, and lifespan of the lamp are very limited when electrodes are connected to a power source and plasma. The electrodeless LDLS technology can generate a small amount of high brightness plasma to obtain a light source with a spectral range including deep ultraviolet to visible light and above, and extend the service life of the lamp. Electrode laser driven light source technology
Revolutionary New Technology - Continuous Laser Plasma Discharge
Wide spectral line, high brightness, from 170nm to visible light range up to 2000nm and above.
Working principle of EQ-99X LDLS white light source
Performance and feature advantages
L - Continuous laser plasma discharge
L - * Brightness, wavelength * covering wavelengths from 170nm to all visible light and above
L - Solved the diversity of lamp requirements (can replace deuterium lamps, tungsten lamps, xenon arc lamps), simplified optical systems
The spatial stability of l - * can be measured repeatedly
L - Can have stable energy output in a very short or long time, and can be measured repeatedly
L - Long lifespan, electrode free operation, reduced consumption costs, and minimized optical path calibration
EQ-99X LDLS White Light Source Brightness Curve
EQ-99X LDLS White Light Source Operating Life