moving coil loudspeaker

简明释义

动圈式扬声器

英英释义

例句

1.Many audiophiles prefer a moving coil loudspeaker 动圈扬声器 for their home theater systems.

许多音响爱好者更喜欢在家庭影院系统中使用动圈扬声器。

2.The sound quality of the moving coil loudspeaker 动圈扬声器 is often superior to that of other types.

这种动圈扬声器的音质通常优于其他类型的扬声器。

3.When shopping for speakers, consider the efficiency of the moving coil loudspeaker 动圈扬声器 you choose.

在购买扬声器时，请考虑您选择的动圈扬声器的效率。

4.In professional audio setups, the moving coil loudspeaker 动圈扬声器 is a popular choice among sound engineers.

在专业音频设置中，动圈扬声器是声音工程师的热门选择。

5.The moving coil loudspeaker 动圈扬声器 design allows for better bass response compared to other technologies.

与其他技术相比，动圈扬声器设计允许更好的低音响应。

作文

The moving coil loudspeaker is one of the most widely used types of loudspeakers in audio systems today. This technology has revolutionized how we experience sound, making it a staple in everything from home audio systems to professional concert setups. Understanding how a moving coil loudspeaker works can enhance our appreciation for the music we listen to and the technology that brings it to life.At its core, a moving coil loudspeaker operates on a relatively simple principle: electromagnetic induction. The speaker consists of a diaphragm, usually made of paper or plastic, which is attached to a coil of wire. This coil is situated within the magnetic field created by a permanent magnet. When an audio signal is passed through the coil, it generates an electromagnetic force that causes the coil—and consequently, the diaphragm—to move back and forth. This movement creates sound waves by compressing and rarefying the air around it.One of the advantages of a moving coil loudspeaker is its efficiency in converting electrical energy into sound energy. The design allows for a wide frequency range, making it suitable for reproducing various types of audio, from the deep bass of a drum to the high notes of a violin. Additionally, the construction of a moving coil loudspeaker is relatively straightforward, which contributes to its popularity and affordability.However, like any technology, moving coil loudspeakers have their limitations. One common issue is distortion, which can occur when the speaker is pushed beyond its limits. This is particularly noticeable at high volumes or when attempting to reproduce very low frequencies. Manufacturers continually strive to improve the design and materials used in moving coil loudspeakers to minimize these issues, resulting in better sound quality and performance.In recent years, advancements in technology have led to the development of new types of loudspeakers, such as planar magnetic and electrostatic speakers. While these alternatives offer unique benefits, the moving coil loudspeaker remains a favorite among audiophiles due to its proven track record and versatility. Many high-end audio systems still rely on moving coil loudspeakers because they can deliver rich, dynamic sound that captures the essence of a live performance.Moreover, the moving coil loudspeaker is not just limited to music playback; it is also commonly used in public address systems, televisions, and various multimedia devices. Its adaptability makes it an essential component in the audio industry. As technology continues to evolve, the moving coil loudspeaker will likely remain relevant, evolving alongside other audio technologies.In conclusion, the moving coil loudspeaker represents a significant achievement in sound reproduction technology. Its ability to convert electrical signals into audible sound efficiently and effectively has made it a cornerstone of modern audio systems. Understanding the mechanics behind a moving coil loudspeaker enhances our overall comprehension of audio technology and enriches our listening experiences. Whether you are an audiophile or a casual listener, appreciating the role of moving coil loudspeakers in our daily lives can deepen your connection to the music you love.

动圈扬声器是当今音频系统中最广泛使用的扬声器类型之一。这项技术彻底改变了我们体验声音的方式，使其成为从家庭音响系统到专业音乐会设备的常见选择。理解动圈扬声器的工作原理可以增强我们对所听音乐和带来这些音乐的技术的欣赏。在其核心，动圈扬声器基于一个相对简单的原理：电磁感应。扬声器由一个通常由纸或塑料制成的振膜组成，振膜连接到一根线圈。该线圈位于一个永久磁铁产生的磁场中。当音频信号通过线圈时，它会产生一个电磁力，使线圈和随之而动的振膜前后移动。这种运动通过压缩和稀疏周围的空气来产生声波。动圈扬声器的一大优点是其将电能转化为声能的效率。这种设计允许宽广的频率范围，使其适合再现各种类型的音频，从鼓的低音到小提琴的高音。此外，动圈扬声器的结构相对简单，这也促进了其流行和经济性。然而，像任何技术一样，动圈扬声器也有其局限性。一个常见的问题是失真，当扬声器被推至极限时，失真可能会发生。在高音量或试图再现非常低的频率时，这种失真尤为明显。制造商不断努力改进动圈扬声器的设计和材料，以最小化这些问题，从而提高音质和性能。近年来，技术的进步导致新型扬声器的发展，例如平面磁性扬声器和静电扬声器。虽然这些替代产品提供了独特的好处，但由于其经过验证的记录和多功能性，动圈扬声器仍然是音响爱好者的最爱。许多高端音频系统仍然依赖于动圈扬声器，因为它们能够提供丰富、动态的声音，捕捉现场演出的精髓。此外，动圈扬声器不仅限于音乐播放；它还常用于公共广播系统、电视和各种多媒体设备。其适应性使其成为音频行业的重要组成部分。随着技术的不断发展，动圈扬声器可能会继续保持相关性，与其他音频技术一起演变。总之，动圈扬声器代表了声音再现技术的一项重大成就。其有效且高效地将电信号转化为可听声音的能力，使其成为现代音频系统的基石。理解动圈扬声器背后的机械原理增强了我们对音频技术的整体理解，并丰富了我们的听觉体验。无论你是音响爱好者还是普通听众，欣赏动圈扬声器在我们日常生活中的作用都能加深你与所爱的音乐之间的联系。