piezoelectric pick up

简明释义

压电传感器压电拾音器

英英释义

例句

1.The guitarist installed a piezoelectric pick up to enhance the acoustic sound of his electric guitar.

这位吉他手安装了一个压电拾音器，以增强电吉他的音色。

2.For better sound quality, many luthiers recommend using a piezoelectric pick up in acoustic instruments.

为了更好的音质，许多乐器制作师建议在声学乐器中使用压电拾音器。

3.Using a piezoelectric pick up can help musicians achieve a more natural sound when amplifying their instruments.

使用压电拾音器可以帮助音乐家在放大乐器时获得更自然的声音。

4.The piezoelectric pick up allows for a more direct connection to the amplifier, reducing feedback.

这个压电拾音器允许与放大器直接连接，从而减少反馈。

5.He chose a piezoelectric pick up for his violin to capture the subtle nuances of the instrument.

他为小提琴选择了一个压电拾音器，以捕捉乐器的细微差别。

作文

The world of music technology is constantly evolving, and one of the most fascinating innovations in this field is the use of a piezoelectric pick up. A piezoelectric pick up is a device that converts mechanical energy into electrical energy through the piezoelectric effect. This effect occurs in certain materials that generate an electric charge when subjected to mechanical stress. As a result, piezoelectric pick ups are widely used in various musical instruments, particularly in acoustic guitars and violins, to amplify sound without the need for traditional electromagnetic pickups.One of the primary advantages of using a piezoelectric pick up is its ability to capture the natural sound of an instrument. Unlike magnetic pickups, which can alter the tonal quality of the sound, piezoelectric pick ups provide a more accurate representation of the instrument's acoustic properties. This makes them particularly appealing to musicians who prioritize sound fidelity and wish to maintain the authenticity of their instrument's voice.In addition to their sound quality, piezoelectric pick ups are also known for their durability. They are often made from robust materials that can withstand the rigors of live performances and recording sessions. Musicians who frequently travel or perform in various environments appreciate the reliability of piezoelectric pick ups, as they are less prone to damage compared to traditional pickups.Furthermore, piezoelectric pick ups can be easily integrated into a range of instruments. For example, many modern acoustic guitars come equipped with built-in piezoelectric pick ups, allowing players to plug directly into an amplifier or sound system. This convenience enables musicians to perform in larger venues without sacrificing sound quality. Additionally, the compact size of piezoelectric pick ups allows for versatile placement on instruments, providing various tonal options depending on where they are installed.However, there are some challenges associated with piezoelectric pick ups. One common issue is that they can sometimes produce a harsh or overly bright sound if not properly calibrated. Musicians may need to experiment with different settings and adjustments to achieve the desired tone. Additionally, the sensitivity of piezoelectric pick ups can lead to feedback issues in certain performance environments, particularly when used with high amplification levels.Despite these challenges, the benefits of piezoelectric pick ups continue to attract musicians across genres. From folk and classical to rock and jazz, artists are discovering the unique qualities that these pickups bring to their sound. As technology advances, we can expect further improvements in the design and functionality of piezoelectric pick ups, making them even more accessible and effective for musicians worldwide.In conclusion, the piezoelectric pick up represents a significant advancement in music technology, offering a reliable and authentic way to amplify the sound of acoustic instruments. As musicians explore the possibilities of this innovative device, it is clear that piezoelectric pick ups will play a crucial role in shaping the future of music performance and recording. Whether you are a seasoned professional or an aspiring musician, understanding the capabilities of piezoelectric pick ups can enhance your musical experience and open new avenues for creativity.

音乐技术的世界不断发展，其中一个最令人着迷的创新就是使用压电拾音器。压电拾音器是一种通过压电效应将机械能转化为电能的设备。当某些材料受到机械压力时，会产生电荷，这种效应称为压电效应。因此，压电拾音器广泛应用于各种乐器，尤其是原声吉他和小提琴，以放大声音，而无需使用传统的电磁拾音器。使用压电拾音器的主要优点之一是它能够捕捉乐器的自然声音。与可能改变声音音质的磁性拾音器不同，压电拾音器提供了乐器声学特性的更准确表现。这使得那些重视声音保真度并希望保持乐器真实音色的音乐家特别青睐这种拾音器。除了声音质量外，压电拾音器还以其耐用性而闻名。它们通常由坚固的材料制成，可以承受现场表演和录音会的严酷考验。经常旅行或在不同环境中演出的音乐家欣赏压电拾音器的可靠性，因为它们比传统拾音器更不易损坏。此外，压电拾音器可以轻松集成到各种乐器中。例如，许多现代原声吉他配备了内置的压电拾音器，允许演奏者直接插入放大器或音响系统。这种便利性使音乐家能够在更大的场馆中演出而不牺牲音质。此外，压电拾音器的小巧尺寸使其能够灵活地安装在乐器上，根据安装位置提供不同的音色选项。然而，压电拾音器也面临一些挑战。一个常见的问题是，如果没有正确校准，它们有时会产生刺耳或过于明亮的声音。音乐家可能需要尝试不同的设置和调整，以达到所需的音色。此外，压电拾音器的灵敏度在某些表演环境中可能导致反馈问题，特别是在高放大水平下使用时。尽管存在这些挑战，压电拾音器的优势仍然吸引着各个流派的音乐家。从民谣和古典到摇滚和爵士，艺术家们正在发现这些拾音器为他们的声音带来的独特品质。随着技术的进步，我们可以期待压电拾音器在设计和功能上的进一步改进，使其对全球音乐家更加可及和有效。总之，压电拾音器代表了音乐技术的一项重要进步，提供了一种可靠且真实的方式来放大原声乐器的声音。随着音乐家探索这一创新设备的可能性，显然压电拾音器将在塑造音乐表演和录音的未来中发挥关键作用。无论您是经验丰富的专业人士还是有抱负的音乐家，了解压电拾音器的能力都可以增强您的音乐体验，并为创造力打开新的途径。