MERCURY SHORT ARC LAMPS
Description
Advanced Radiation Corporation's series of direct current Mercury Short Arc Lamps for photolithography represents the state-of-the-art in design, manufacture, and performance of high intensity ultraviolet sources. These lamps provide intense radiation corresponding to the photo-sensitivity of most presently available photoresist materials. The lamps satisfy the demands of arc stability and long reliable life necessary for economic manufacture of integrated circuitry in todays sophisticated electronics industry. The point source configuration of the short arc lamp makes this series of lamps, ideally suited for photochemistry, flourescent microscopy, micro-film enlargement, optical instrumentation, and other applications requiring high intensity ultraviolet radiation.
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Frequently Asked Questions
A Mercury Short Arc Lamp is a type of lamp that produces high intensity ultraviolet radiation.
The purpose of a Mercury Short Arc Lamp is to provide intense radiation for various applications such as photolithography, photochemistry, microscopy, and optical instrumentation.
The advantages of using a Mercury Short Arc Lamp include its arc stability, long reliable life, and its ability to satisfy the demands of the sophisticated electronics industry.
A Mercury Short Arc Lamp can be used in photolithography, flourescent microscopy, micro-film enlargement, and other applications requiring high intensity ultraviolet radiation.
Yes, Mercury Short Arc Lamps provide intense radiation that corresponds to the photo-sensitivity of most presently available photoresist materials.