The DH2000-Mini Deuterium-Tungsten Fiber Optic Light Source is a compact broadband illumination source covering the 200–2500 nm spectral range, providing continuous output from the ultraviolet (UV) through the visible (VIS) to the near-infrared (NIR).
The system integrates a 3.8W deuterium lamp for UV illumination and a 1.2W tungsten-halogen lamp for visible and NIR wavelengths. Each lamp can be independently switched on or off to optimize measurements for different spectral regions.
An integrated shutter supports manual or TTL control, enabling precise light output management during automated measurements. The standard SMA905 fiber interface allows seamless integration with spectrometers, integrating spheres, optical fibers, and customized optical measurement systems.
Designed with an aluminum alloy and stainless-steel enclosure, the DH2000-Mini combines high stability, long lamp lifetime, and compact portability for laboratory, research, and industrial spectroscopy applications.
-
Features
- Broadband spectral output from 200–2500 nm
- Independent control of deuterium and tungsten lamps
- Built-in shutter with manual and TTL operation
- Standard SMA905 fiber optic interface
- High output stability of 0.25%/hour
- Compact and portable design
- Long lamp lifetime for reduced maintenance
-
Specification
Model DH2000-Mini Spectral range 200~410 nm (Deuterium) 350~2500 nm (Tungsten halogen) Output power 3.8 W (Deuterium) 1.2 W (Tungsten halogen) Stability 0.25%/hrs Warm-up time 10 min (Deuterium) 10 min (Tungsten) Lamp lifetime 2,000 hrs (Deuterium)
6,000 hrs (Tungsten)Shutter delay <2.0s
(longer warm-up time may be required at lower ambient temperatures.)
Shutter/TTL Trigger Yes Fiber connector SMA 905 Numerical aperture 0.245@ Deuterium
0.057@ Tungsten halogen
Recommended fiber core 200 – 1000μm Power consumption 600mA @ 12VDC Input voltage 12V/2A Dimensions 190×105×78 mm Weight 1.1KG
-
Dimensional drawing

-
Application
- Scientific research
- UV-Vis spectroscopy
- Transmission measurements
- Reflection measurements
- Absorbance analysis
- Flue gas monitoring
- Water quality analysis
- Optical instrumentation
- Spectral characterization
-
Curve of Spectum

