Laser-Driven Light Sources (LDLS®)

Principle of Operation

LDLS utilizes its two discha『ge electrodes in the bulb only to ignite the plasma. After that, there is absolutely no wear and tear on the electrodes while plasma is sustained between them. This means the bulb has a very long service lifetime compared to traditional light sources that fully use and consume the electrodes during operation. 

Laser-Driven Light Source LDLS™

High brightness light sources are used to calibrate and evaluate astronomical instrumentation systems,

including telescopes, optics, filters, windows, and detectors.

Broad Wavelength Range, 190 nm to 2500 nm

Broad emission wavelength range from vacuum UV to visible and near-infrared (190 nm to 2500 nm) 

Tunable Light Source

Energetiq LDLS light sources & SLi Wavelength Selector application becomes Tunable Light Source.