impulse noise

简明释义

脉冲噪声

英英释义

例句

1.To improve the clarity of the signal, the engineers implemented a filter to reduce impulse noise 脉冲噪声.

为了提高信号的清晰度，工程师们实施了一个过滤器来减少脉冲噪声脉冲噪声。

2.The audio engineer had to filter out the impulse noise 脉冲噪声 from the recording to enhance the sound quality.

音频工程师必须从录音中去除脉冲噪声脉冲噪声以提高音质。

3.In telecommunications, impulse noise 脉冲噪声 can cause significant errors in data transmission.

在电信中，脉冲噪声脉冲噪声可能导致数据传输中的重大错误。

4.During the test, we noticed that impulse noise 脉冲噪声 was affecting the performance of the equipment.

在测试过程中，我们注意到脉冲噪声脉冲噪声影响了设备的性能。

5.The technician used a specialized tool to measure the level of impulse noise 脉冲噪声 in the circuit.

技术人员使用专用工具测量电路中的脉冲噪声脉冲噪声水平。

作文

Impulse noise is a type of noise that occurs suddenly and typically lasts for a short duration. It can be characterized by sharp spikes or bursts of sound that can be disruptive in various environments, particularly in electronic communications and audio systems. Understanding impulse noise (脉冲噪声) is crucial for engineers and technicians who work with audio equipment, telecommunications, and signal processing. In audio systems, impulse noise (脉冲噪声) can manifest as clicks, pops, or crackles that interrupt the smooth playback of sound. These disturbances can occur due to various reasons, including electrical interference, faulty connections, or environmental factors. For example, when a microphone picks up an unexpected loud noise, such as a door slamming or a loud clap, it can produce impulse noise (脉冲噪声) that disrupts the recording or live performance. In telecommunications, impulse noise (脉冲噪声) can severely affect the quality of voice calls and data transmission. It can lead to dropped calls, garbled speech, or loss of data packets. This type of noise is often caused by electrical surges, lightning strikes, or even switching operations in the network. Engineers must implement various techniques to mitigate the effects of impulse noise (脉冲噪声), such as using filters or error correction algorithms, to ensure clear communication. The impact of impulse noise (脉冲噪声) extends beyond just audio and telecommunications. In industrial settings, machinery can generate impulse noise (脉冲噪声) that can interfere with sensitive equipment or safety systems. For instance, if a factory's heavy machinery emits sudden loud noises, it could trigger alarms or cause malfunctions in automated systems. Therefore, understanding and managing impulse noise (脉冲噪声) is vital for maintaining operational efficiency and safety. To address impulse noise (脉冲噪声), various strategies can be employed. One common approach is the use of noise suppression techniques, which aim to filter out unwanted sounds while preserving the desired audio signals. Additionally, proper grounding and shielding of electronic devices can help reduce the susceptibility to impulse noise (脉冲噪声). Regular maintenance and inspection of equipment can also prevent the occurrence of impulse noise (脉冲噪声) by identifying potential issues before they escalate. In conclusion, impulse noise (脉冲噪声) is a significant concern across various fields, including audio engineering, telecommunications, and industrial operations. Its sudden and disruptive nature can lead to considerable challenges, but with a proper understanding and implementation of mitigation strategies, its impact can be minimized. As technology continues to advance, ongoing research into noise reduction techniques will be essential to ensure high-quality performance in all areas affected by impulse noise (脉冲噪声).

脉冲噪声是一种突然发生且通常持续时间较短的噪声类型。它的特征是声音的尖峰或爆发，可能在各种环境中造成干扰，特别是在电子通信和音频系统中。理解脉冲噪声（impulse noise）对从事音频设备、电信和信号处理的工程师和技术人员至关重要。在音频系统中，脉冲噪声（impulse noise）可能表现为点击声、爆裂声或嘶嘶声，这些声音会打断声音的平滑播放。这些干扰可能由多种原因引起，包括电气干扰、连接故障或环境因素。例如，当麦克风捕捉到意外的大声噪音，如关门声或响亮的掌声时，可能会产生脉冲噪声（impulse noise），打断录音或现场表演。在电信中，脉冲噪声（impulse noise）可能严重影响语音通话和数据传输的质量。它可能导致通话中断、语音模糊或数据包丢失。这种噪声通常是由于电气浪涌、雷电击中或网络中的切换操作引起的。工程师必须实施各种技术来减轻脉冲噪声（impulse noise）的影响，例如使用滤波器或错误纠正算法，以确保清晰的通信。脉冲噪声（impulse noise）的影响不仅限于音频和电信。在工业环境中，机器可能产生脉冲噪声（impulse noise），干扰敏感设备或安全系统。例如，如果工厂的重型机械发出突然的巨大噪音，可能会触发警报或导致自动化系统故障。因此，理解和管理脉冲噪声（impulse noise）对于维持操作效率和安全至关重要。为了解决脉冲噪声（impulse noise），可以采用各种策略。一种常见的方法是使用噪声抑制技术，旨在过滤掉不必要的声音，同时保留所需的音频信号。此外，适当接地和屏蔽电子设备可以帮助减少对脉冲噪声（impulse noise）的敏感性。定期维护和检查设备也可以通过在问题升级之前识别潜在问题来防止脉冲噪声（impulse noise）的发生。总之，脉冲噪声（impulse noise）在音频工程、电信和工业操作等各个领域都是一个重要的关注点。其突然和破坏性的特征可能导致相当大的挑战，但通过正确理解和实施缓解策略，可以最大限度地减少其影响。随着技术的不断进步，继续研究噪声减少技术将对确保所有受脉冲噪声（impulse noise）影响的领域的高质量性能至关重要。