The term "optical isolator" functions as a noun.
/ˈɒptɪkəl ˈaɪsəˌleɪtə/
An optical isolator is a device that allows light to pass through in one direction while preventing it from passing in the opposite direction. It is commonly used in laser applications to protect the laser from feedback and fluctuations that could destabilize its output.
In terms of frequency, "optical isolator" is more commonly used in written contexts, especially in scientific literature, engineering discussions, and technical specifications. It appears regularly in contexts relating to optics, photonics, and laser technology.
Оптический изолятор был критически важен для обеспечения стабильности лазерной системы.
Engineers recommended the installation of an optical isolator to prevent interference from external light sources.
Инженеры рекомендовали установить оптический изолятор, чтобы предотвратить помехи от внешних источников света.
In the lab, we integrated an optical isolator into the setup to enhance the performance of the experiments.
While "optical isolator" does not lend itself to common idiomatic expressions in general English usage, it is a significant component in technical jargon, especially in fields related to optics and laser technology.
«Используя оптический изолятор, мы можем гарантировать, что обратная связь останется под контролем.»
"The research lab's investment in an optical isolator paid off during the high-stakes experiments."
«Инвестиции исследовательской лаборатории в оптический изолятор окупились во время рискованных экспериментов.»
"Without an optical isolator, the laser might produce erratic results."
The term "optical" derives from the Greek word "optikos," which means "of sight," combined with the Latin "isolare," meaning "to make isolated." Thus, "optical isolator" literally refers to a device that isolates light.
Synonyms:
- Light isolator
- Optical isolating device
Antonyms:
- Optical amplifier
- Optical splitter
This comprehensive overview should provide a thorough understanding of the term "optical isolator," including its technical significance and contextual usage.