Translation guide
A device or system that exhibits resonance, used in physics, engineering, and music. In Japanese, the term is typically translated based on context, with specific words for acoustic, electrical, or mechanical resonators.
A device or system that resonates at a specific frequency, often used in physics or general technical contexts.
General term for a resonator in physics and engineering, emphasizing mechanical or electromagnetic resonance.
This resonator vibrates at a specific frequency.
Often used for acoustic resonators, emphasizing sound resonance. Can be used interchangeably with 共振器 in some contexts.
A device that enhances or modifies sound through resonance, such as in musical instruments or audio equipment.
A component in electronic circuits or microwave systems that resonates at a specific frequency, such as a cavity or dielectric resonator.
A device that confines light and supports resonant modes, such as in lasers or optical filters.
Standard term for an optical resonator or cavity, used in lasers and interferometers.
共振器 (kyōshinki) is more common in physics and engineering for mechanical or electromagnetic resonance. 共鳴器 (kyōmeiki) is preferred for acoustic or sound-related resonance. In many technical contexts, they can be interchangeable, but 共振器 is the broader term.
ギターのボディは共鳴器として機能します。
The body of a guitar functions as a resonator.
Standard term for acoustic resonators, like the body of a violin or a Helmholtz resonator.
A Helmholtz resonator absorbs specific sounds.
Loanword from English, used in music and audio contexts, e.g., for guitar resonators or speaker components.
This guitar has a resonator.
Widely used for electrical resonators, including LC circuits, cavity resonators, and crystal resonators.
Microwave resonators are used in filters.
Specifically a cavity resonator, a hollow metal structure that resonates at microwave frequencies.
The Q factor of a cavity resonator is very high.
A laser requires an optical resonator.