39-04-7

Series:	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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39-04-7 Application Field and Working Principle39-04-7, a synthetic optical crystal, is becoming increasingly popular in applications that require extremely high performance. This crystal is grown using a low-temperature crystallization technique and consists of the chemical compound AlGaN. Its unique properties make it an ideal choice for optics, especially when working with single layers.The most popular application of 39-04-7 is in high-power zoom lenses. These lenses take advantage of the crystal’s excellent refractive index, which makes it ideal for forming image planes that are relatively free from aberrations. 39-04-7 also has an extraordinarily low birefringence, which means that the wave plates used in zoom lenses are able to remain relatively compact. These properties also make 39-04-7 suitable for display components in consumer electronics and devices.In addition, 39-04-7 is regularly used for the manufacture of high-precision optical filters and polarizing components. The crystal is resistant to absorption, making it ideal for use in optical systems that require precise control of color. Specifically, 39-04-7 is ideal for controlling which colors are transmitted and which colors are blocked in a given light source.Finally, 39-04-7 is also applicable in laser technology. It has excellent electrical insulating capabilities, which allows it to be used as an optical element in high-power devices. As such, it is commonly used in solid-state lasers and gas lasers, as well as in laser projection systems, where it helps to improve the accuracy of the beam.Given its range of uses, it is evident that 39-04-7 is an important material in the field of optics and laser technology. This optical crystal is increasingly able to meet the demands of high-performance applications that require excellent refractive indexes, low birefringence, and excellent electrical insulating properties. With these characteristics, the crystal can be used for a variety of optical lenses, filters, polarizing components, and laser elements.

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