LDLS Laser-Driven Light Source EQ-99
LDLS^TM Laser Driven Light Source EQ-99: Compact, high optical power, long life, broadband light source. In the fields of life science and materials science, the light sources used by researchers need to have extremely high light intensity output capability over a broad spectral range for imaging and spectral analysis. Traditional hybrid light sources (such as tungsten halogen lamps, xenon lamps, deuterium lamps, etc.) can already achieve broadband output, but these hybrid light sources are not only costly and low in optical efficiency, but also, because they use electrical drive, cannot achieve high light intensity and high optical power output, and thus cannot meet the requirements of some special research. In addition, traditional electrically driven light sources have short lifetimes, require frequent replacement, and their light intensity output continuously declines over their service life. To solve this problem, a revolutionary single light source technology was developed, namely LDLS (Laser Driven Light Sources). It can output extremely high light intensity over the spectral range from 170nm to near-infrared, and its lifetime far exceeds that of traditional light sources. The advantages of LDLS technology are fully embodied in the EQ-99, a light source with high light intensity, high stability, and broadband output, specially designed for imaging research and spectral analysis. The EQ-99 possesses excellent spatial stability and optical power stability, and is capable of broadband analytical measurements with extremely high repeatability requirements. With its patented laser-driven bulb, for applications with extremely high light source lifetime requirements, the EQ-99 is undoubtedly the most ideal choice. Features and Benefits • CW laser (continuous wave laser) plasma ignition • High light intensity across the full spectrum - UV-VIS-NIR (170nm-2100nm) • No hybrid light source needed (replaces deuterium lamps, xenon lamps, tungsten halogen lamps, arc lamps) - Simple optical system covering multiple wavelengths • Excellent spatial stability - Enables repeated measurements • Excellent short-term and long-term optical power stability - Enables repeated measurements • No electrode accessories required - Lowers consumable costs - Minimal correction of the instrument. Applications • UV-VIS spectral analysis • Optical component testing • Microscope illumination lamps • Environmental analysis applications • Material characterization analysis • HPLC high-performance liquid chromatography analysis • Gas phase measurement • Other applications requiring long light source life; LDLS^TM Laser Driven Light Source; EQ-99: Compact, high optical power, long life; Broadband light source; In the fields of life science and materials science, the light sources used by researchers need to have extremely high light intensity output capability over a broad spectral range for imaging and spectral analysis. Traditional hybrid light sources (such as tungsten halogen lamps, xenon lamps, deuterium lamps, etc.) can already achieve broadband output, but these hybrid light sources are not only costly and low in optical efficiency, but also, because they use electrical drive, cannot achieve high light intensity and high optical power output, and thus cannot meet the requirements of some special research. In addition, traditional electrically driven light sources have short lifetimes, require frequent replacement, and their light intensity output continuously declines over their service life. To solve this problem, a revolutionary single light source technology was developed, namely LDLS (Laser Driven Light Sources). It can output extremely high light intensity over the spectral range from 170nm to near-infrared, and its lifetime far exceeds that of traditional light sources.; The advantages of LDLS technology are fully embodied in the EQ-99, a light source with high light intensity, high stability, and broadband output, specially designed for imaging research and spectral analysis. The EQ-99 possesses excellent spatial stability and optical power stability, and is capable of broadband analytical measurements with extremely high repeatability requirements. With its patented laser-driven bulb, for applications with extremely high light source lifetime requirements, the EQ-99 is undoubtedly the most ideal choice.; Features and Benefits; • CW laser (continuous wave laser) plasma ignition; • High light intensity across the full spectrum; - UV-VIS-NIR (170nm-2100nm); • No hybrid light source needed (replaces deuterium lamps, xenon lamps, tungsten halogen lamps, arc lamps); - Simple optical system covering multiple wavelengths; • Excellent spatial stability; - Enables repeated measurements; • Excellent short-term and long-term optical power stability; • No electrode accessories required; - Lowers consumable costs; - Minimal correction of the instrument; • Spectral output from 170nm to 2100nm; • Large acceptance angle - numerical aperture (NA): up to 0.47; • Bulb life: greater than 5,000 hours; • Flexible optical interface for direct output or fiber coupling; • Reflective couplers from Energetiq in a variety of precisions available for selection; Physical properties:; System dimensions (H×W×D); Weight; Bulb; 82.3 x 85.7 x 76.2 mm (3.2 x 3.4 x 3.0 in); 0.7 kg (1.5 lbs); Driver; 139.8 x 107.8 x 254.0 mm (5.5 x 4.2 x 10.0 in); 2.2 kg (5.0 lbs); Usage requirements:; Power supply; 100-240v 50/60Hz 2.5A; Cooling; Room temperature, no refrigeration required; Nitrogen; Optional nitrogen purge suitable for deep ultraviolet applications Grade 6; Accessories; CE Mark Class 1 Laser Product; Spectra:
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Overview
Specifications
| Parameter | Value |
|---|---|
| System Dimensions (H×W×D) [Lamp] | 82.3 mm x 85.7 mm x 76.2 mm (3.2 x 3.4 x 3.0 in) |
| Weight [Lamp] | 0.7 kg (1.5 lbs) |
| System Dimensions (H×W×D) [Driver] | 139.8 mm x 107.8 mm x 254.0 mm (5.5 x 4.2 x 10.0 in) |
| Weight [Driver] | 2.2 kg (5.0 lbs) |
| Power Supply | 100-240v 50/60 Hz 2.5 A |
| Cooling | Room temperature, no cooling required |
| Nitrogen | Optional Nitrogen Purge Grade 6 for Deep UV Applications |
Applications
Datasheet
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