magnetoelectric machine Sentence Examples
- The magnetoelectric machine harnesses the coupling effect between magnetic and electric fields to generate electricity.
- The magnetoelectric machine's unique design enables it to convert mechanical energy into electrical energy with high efficiency.
- By exploiting the magnetoelectric effect, the machine generates an electric current without the use of rotating parts.
- Magnetoelectric machines are particularly useful in low-power applications where mechanical vibration or strain is prevalent.
- The miniaturization of magnetoelectric machines makes them ideal for integrating into sensors and actuators.
- The magnetoelectric machine's compact size and lightweight construction contribute to its versatility in various applications.
- The machine's reliability and durability make it suitable for harsh environments where other generators may fail.
- Researchers are actively exploring novel materials and designs to enhance the performance of magnetoelectric machines.
- The potential applications of magnetoelectric machines extend beyond energy harvesting to include sensing, actuating, and medical devices.
- The development of magnetoelectric machines holds immense promise for advancing technologies in fields such as energy, sensing, and electronics.
magnetoelectric machine Meaning
magnetoelectric machine (n)
a small dynamo with a secondary winding that produces a high voltage enabling a spark to jump between the poles of a spark plug in a gasoline engine
Synonyms & Antonyms of magnetoelectric machine
No Synonyms and anytonyms found
FAQs About the word magnetoelectric machine
a small dynamo with a secondary winding that produces a high voltage enabling a spark to jump between the poles of a spark plug in a gasoline engine
No synonyms found.
No antonyms found.
The magnetoelectric machine harnesses the coupling effect between magnetic and electric fields to generate electricity.
The magnetoelectric machine's unique design enables it to convert mechanical energy into electrical energy with high efficiency.
By exploiting the magnetoelectric effect, the machine generates an electric current without the use of rotating parts.
Magnetoelectric machines are particularly useful in low-power applications where mechanical vibration or strain is prevalent.
