impulse noise

简明释义

脉冲噪声;冲击噪声

英英释义

例句

1.In telecommunications, impulse noise can disrupt signal transmission, leading to data loss.

在电信中，冲击噪声可能会干扰信号传输，导致数据丢失。

2.The technician explained that impulse noise often occurs due to electrical interference from nearby devices.

技术员解释说，冲击噪声通常是由于附近设备的电气干扰引起的。

3.To improve the quality of the audio, we need to filter out the impulse noise present in the background.

为了提高音频质量，我们需要过滤掉背景中的冲击噪声。

4.The audio engineer noticed that the recording was affected by impulse noise, which caused sudden spikes in the sound levels.

音频工程师注意到录音受到冲击噪声的影响，导致声音水平出现突然的峰值。

5.During the experiment, we recorded several instances of impulse noise that distorted our measurements.

在实验过程中，我们记录了几次冲击噪声，这些噪声扭曲了我们的测量结果。

作文

Impulse noise, often characterized by sudden and transient disturbances, can significantly affect various electronic systems and communication channels. This type of noise is typically caused by abrupt changes in electrical signals, which can be the result of several factors such as lightning strikes, switching operations, or even mechanical impacts. Understanding the nature of impulse noise (脉冲噪声) is crucial for engineers and technicians who work in fields related to electronics, telecommunications, and audio processing.One of the primary characteristics of impulse noise (脉冲噪声) is its short duration and high amplitude. Unlike continuous noise, which may have a consistent level over time, impulse noise (脉冲噪声) appears as brief spikes or bursts that can disrupt the normal functioning of devices. For example, in digital communication systems, impulse noise (脉冲噪声) can lead to data corruption, resulting in lost information or errors in transmission. This is particularly problematic in applications where reliability is paramount, such as in medical devices or aviation systems.To mitigate the effects of impulse noise (脉冲噪声), various strategies can be employed. One common approach is the use of filtering techniques. Filters can be designed to specifically target and attenuate the frequencies associated with impulse noise (脉冲噪声), allowing for cleaner signals to be processed. Additionally, error correction algorithms can be implemented in digital communications to detect and correct errors caused by impulse noise (脉冲噪声). These algorithms analyze the received data and make corrections based on expected patterns, thus improving the overall integrity of the transmitted information.Another important consideration is the design of robust systems that can withstand the impacts of impulse noise (脉冲噪声). Engineers often incorporate shielding and grounding techniques to minimize the susceptibility of devices to external disturbances. By creating a more resilient system, the adverse effects of impulse noise (脉冲噪声) can be reduced, ensuring that equipment operates effectively even in challenging environments.In the realm of audio processing, impulse noise (脉冲噪声) can manifest as unwanted pops or clicks during playback. This can be particularly frustrating for music producers and sound engineers, as it detracts from the overall listening experience. To address this issue, various noise reduction tools are available that can help identify and eliminate these transient disturbances. By applying these tools, audio professionals can achieve a cleaner and more polished final product.In conclusion, impulse noise (脉冲噪声) is a significant challenge in many technological domains, affecting everything from telecommunications to audio production. By understanding its characteristics and implementing effective mitigation strategies, professionals can minimize its impact and enhance the performance of their systems. As technology continues to advance, ongoing research into the effects of impulse noise (脉冲噪声) and new ways to combat it will remain essential for maintaining the integrity and reliability of electronic communications and devices.