A deuterium lamp uses a tungsten filament and anode placed on opposite sides of a nickel box structure designed to produce the best output spectrum.
Deuterium tungsten light source.
Tungsten that evaporates at high temperatures binds with halogen near the cool tube wall to form tungsten halide.
Integrated filter holder holds optical filters to condition the light prior to coupling into the fiber optic cable.
The ultimate uv vis light source for portability.
Use sources for absorbance transmission reflectance and more.
Unlike an incandescent bulb the filament is not the source of light in deuterium lamps.
The uv vis lamp is a 30w deuterium lamp providing the advantage of low heat generation and efficient power conversion.
Tunable broadband light sources.
Instead an arc is created from the filament to the anode a similar process to arc lamps because the filament must be very hot before it can operate it is.
Integrated shutter limits the exposure of samples to uv light.
The usb dt deuterium tungsten light source is a compact source about the size of a deck of cards and provides stable broadband output from 200 2000 nm.
D2 lamps produce intense ultraviolet radiation by maintaining a stable electric arc in a deuterium atmosphere.
Deuterium and tungsten halogen two powerful light sources combined in a single optical path from 200 2500 nm.
Ttl control model dependent allows the deuterium and halogen bulbs to be turned on.
The usb dt is our most versatile combination uv vis light source because you can control the several lamp functions via software and because of the many ways in which the lamp can be used in a.
A tungsten halogen lamp shares the optical path with the deuterium lamp and provides vis nir emission.
The bds130a is a turnkey fiber coupled uv vis nir light source with a spectral output of 190 to 2500nm.
Their optimized optical design delivers efficient and power stabilized broadband optical power with variable aperture and selectable bandwidth with wavelength ranging from 180 nm up to 2.
A deuterium lamp is a discharge light source with several hundred pa deuterium sealed in a bulb.
The spectral power distribution of this radiation has a continuous range that extends from 160 to 400 nm d2 spectrum.
Deuterium and tungsten halogen tunable light sources are convenient and affordable solutions for your laboratory experiments.
The dt mini 2 deuterium tungsten halogen light source combine the continuous spectrum of an rf excited deuterium uv light source and a tungsten halogen vis nir light source in a single optical path.
The lamp combines the deuterium spectrum with the tungsten halogen spectrum to form a single optical path.
The combined spectrum sources produce stable spectral output from 200 2000 nm in a compact package.
Uv vis nir light sources uv vis nir light sources for illumination use xenon deuterium and tungsten halogen to cover various wavelength segments from 200 2500 nm.
