piezoelectric pick up

简明释义

压电拾声器

英英释义

例句

1.When installing the piezoelectric pick up, make sure to follow the manufacturer's instructions carefully.

安装压电拾音器时，请务必仔细遵循制造商的说明。

2.The piezoelectric pick up converts mechanical stress into electrical signals, making it useful for various applications.

压电拾音器将机械应力转化为电信号，使其在各种应用中非常有用。

3.In the lab, we tested the sensitivity of the piezoelectric pick up in detecting vibrations from various materials.

在实验室，我们测试了压电拾音器在检测各种材料振动方面的灵敏度。

4.The piezoelectric pick up is essential for ensuring high fidelity in recording electric violins.

为了确保电小提琴录音的高保真度，压电拾音器是必不可少的。

5.The musician decided to use a piezoelectric pick up for his acoustic guitar to capture the natural sound more accurately.

这位音乐家决定为他的原声吉他使用一个压电拾音器，以更准确地捕捉自然声音。

作文

The world of music has always been intertwined with technology, and one of the fascinating innovations in this field is the piezoelectric pick up. This device plays a crucial role in amplifying sound from musical instruments, particularly stringed ones like guitars and violins. To understand its significance, we must first delve into the principles of piezoelectricity. Piezoelectric materials generate an electric charge when subjected to mechanical stress. In the context of a piezoelectric pick up, these materials are used to convert the vibrations of strings into electrical signals that can be amplified and processed. This technology offers several advantages over traditional magnetic pickups, including a wider frequency response and greater sensitivity to subtle nuances in sound.One of the primary applications of the piezoelectric pick up is in acoustic guitars. Traditional magnetic pickups are often less effective in capturing the true tonal qualities of an acoustic instrument. In contrast, piezoelectric pickups are installed under the bridge of the guitar, where they can accurately detect the vibrations of the strings as well as the body of the guitar itself. This results in a more authentic sound that closely resembles the natural acoustics of the instrument. Musicians who seek to preserve the integrity of their acoustic sound often prefer piezoelectric pick ups for this reason.Moreover, the versatility of piezoelectric pick ups extends beyond just acoustic guitars. They are also commonly used in violins, cellos, and even some electronic instruments. For instance, electric violins equipped with piezoelectric pickups can deliver a rich and expressive sound while maintaining the lightweight and portable nature of the instrument. This adaptability makes piezoelectric pick ups a popular choice among modern musicians who explore various genres and styles.Another important aspect of piezoelectric pick ups is their ability to minimize feedback, a common issue faced by performers using traditional microphones or pickups. Feedback occurs when the sound from an amplifier loops back into the microphone, creating an unpleasant screeching noise. Since piezoelectric pickups are designed to capture vibrations directly from the instrument, they are less susceptible to this problem. This feature allows musicians to perform at higher volumes without the fear of unwanted feedback disrupting their performance.In addition to their technical benefits, piezoelectric pick ups also offer a unique aesthetic appeal. Many musicians appreciate the sleek design and innovative technology behind these pickups. The integration of piezoelectric pick ups into an instrument not only enhances its functionality but also adds a modern touch to its overall appearance. As technology continues to advance, we can expect further developments in the design and application of piezoelectric pickups, potentially leading to even more exciting possibilities in the realm of music.In conclusion, the piezoelectric pick up represents a remarkable fusion of science and art. By harnessing the power of piezoelectricity, this device transforms the way we amplify sound from musical instruments. Whether it’s in an acoustic guitar, violin, or other stringed instruments, the piezoelectric pick up provides musicians with a tool that enhances their creative expression while preserving the authenticity of their sound. As we look to the future, it will be intriguing to see how this technology evolves and continues to shape the musical landscape.

音乐世界一直与技术交织在一起，其中一个迷人的创新就是压电拾音器。该设备在放大乐器的声音方面发挥着至关重要的作用，尤其是吉他和小提琴等弦乐器。要理解它的重要性，我们首先必须深入了解压电原理。压电材料在受到机械应力时会产生电荷。在压电拾音器的上下文中，这些材料用于将弦的振动转换为可以放大和处理的电信号。这项技术相较于传统的磁性拾音器具有多个优点，包括更宽的频率响应和对声音微妙细节的更高灵敏度。压电拾音器的主要应用之一是在原声吉他中。传统的磁性拾音器在捕捉原声乐器的真实音色方面往往效果不佳。相比之下，压电拾音器安装在吉他的桥下，能够准确检测弦的振动以及吉他本身的共鸣。这导致了更真实的声音，接近乐器的自然音响。那些希望保留原声音质的音乐人往往因此更喜欢压电拾音器。此外，压电拾音器的多功能性不仅限于原声吉他。它们也常用于小提琴、大提琴甚至一些电子乐器。例如，配备压电拾音器的电小提琴可以提供丰富而富有表现力的声音，同时保持乐器轻便和可携带的特性。这种适应性使得压电拾音器成为现代音乐人探索各种风格和流派的热门选择。压电拾音器的另一个重要方面是其能够最小化反馈，这是使用传统麦克风或拾音器的表演者常面临的问题。反馈发生在放大器的声音回环到麦克风中，产生不愉快的尖叫声。由于压电拾音器旨在直接捕捉乐器的振动，因此它们对这个问题的敏感性较低。这一特性使得音乐家能够在更高音量下演出，而不必担心不必要的反馈干扰他们的表演。除了技术优势外，压电拾音器还具有独特的美学吸引力。许多音乐家欣赏这些拾音器背后的精致设计和创新技术。将压电拾音器集成到乐器中，不仅增强了其功能性，还为乐器的整体外观增添了现代感。随着技术的不断进步，我们可以期待在压电拾音器的设计和应用上有进一步的发展，可能会在音乐领域带来更多令人兴奋的可能性。总之，压电拾音器代表了科学与艺术的非凡融合。通过利用压电电力，这一设备改变了我们放大乐器声音的方式。无论是在原声吉他、小提琴还是其他弦乐器中，压电拾音器为音乐家提供了一种工具，增强了他们的创造性表达，同时保留了声音的真实性。展望未来，观察这项技术如何发展并继续塑造音乐领域将是令人兴奋的。