Zinc And Cadmium Analamps
Description
Low pressure Zinc and Cadmium lamps are major sources of extreme short wave UV radiation. They produce a strong spectral line source at 213.9 nm for Zinc and 228.8 nm for Cadmium. The lamps are constructed using a special vacuum jacket around the double bore lamp body and heat shield. The jacket isolates the lamp body, with the zinc or cadmium arc, from the external environment. This gives the lamp body excellent temperature stability resulting in very low noise and steady lamp intensity that is relatively independent of external temperature fluctuations. The radiance from the lamp comes from two ports located on opposite sides of the lamp. This radiance can be used from both ports simultaneously, from a single port, and from any portion of the arc. These lamps are available with either radial or axial lead wire configurations and Silicon or Delrin end caps. Choose from a number of lead wire and lead termination options as shown in the Parts Selection Chart. For OEM applications BHK can design custom lead and connector terminations.
Zinc And Cadmium Analamps
Specifications |
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| Type Of Lamp: | Not Specified |
Features
Short Wave UV Radiation
High Light Output Stability
Efficient Two Port Output
Low Noise
Available with 10000 Hour Lifetime
Custom Designs and Configurations
Special Vacuum Jacket Construction
High Frequency Power Supplies Available
ISO 9001:2008 Certified
Applications
Analytical Instruments
Wavelength Calibration
Spectroscopy
Interferometers
HPLC Instruments
Air Pollution Monitoring
Photochemical Studies
For pricing, technical or any other questions please contact the supplier
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Ships from:
United States
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Frequently Asked Questions
The Zinc lamp produces a spectral line source at 213.9 nm, while the Cadmium lamp produces a spectral line source at 228.8 nm.
The lamp body is constructed using a special vacuum jacket around the double bore lamp body and heat shield, which isolates the lamp body from the external environment.
The lamps are available with either radial or axial lead wire configurations and Silicon or Delrin end caps.
Yes, the radiance from the lamp can be used from both ports simultaneously, as well as from a single port or any portion of the arc.
The lamps are suitable for applications such as analytical instruments, wavelength calibration, spectroscopy, interferometers, HPLC instruments, air pollution monitoring, and photochemical studies.