cross-talk
基础释义：
1. 串音
2. 串话
3. 谈话中互相干扰的声音
发音：英 [kr??s tu? l?k] 美 [kr??s tu? l?k]
英语范文：
关于cross-talk的英语作文：
串音，也称为串话，是一种常见的通信问题。在通信系统中，信号在传输过程中可能会受到其他信号的干扰，导致信号失真或丢失。这种干扰通常是由于信号线路之间的耦合或信号线路与其他线路之间的干扰引起的。
在通信系统中，串音问题可能会对通信质量产生严重影响。例如，在无线通信系统中，串音问题可能会导致信号干扰，影响通信质量。因此，解决串音问题对于提高通信系统的性能和可靠性至关重要。
为了解决串音问题，可以采用一些技术手段，如使用滤波器、隔离器等设备来减少信号之间的干扰。此外，还可以通过优化信号传输路径、减少线路之间的耦合等方式来减少串音问题的发生。
总之，串音问题是一个常见的通信问题，需要采取有效的技术手段来解决。通过优化信号传输路径、使用适当的设备等方法，可以提高通信系统的性能和可靠性。
音标和基础释义：
cross-talk [kr??s tu? l?k]：串音；
发音：英 [kr??s tu?] [l?k] ；
释义：指通信系统中由于信号线路之间的耦合或与其他线路之间的干扰引起的干扰声音。
Cross-Talk
Cross-talk is a phenomenon that often occurs in communication systems. It refers to the interference caused by signals from one channel leaking into another channel. This interference can have a negative impact on the quality of communication.
In a telephone system, for example, if a conversation is taking place on one line, the signals from that line may leak into another line, causing the other party to hear background noise or even干扰话语本身。 This can be very frustrating for the parties involved.
To address cross-talk, various techniques can be used, including signal processing and shielding. Signal processing involves using algorithms to filter out the interfering signals, while shielding involves using physical barriers to block the leakage of signals.
Cross-talk can have a significant impact on the efficiency and quality of communication systems. Therefore, it is important to take measures to minimize its impact. By using appropriate techniques, such as signal processing and shielding, communication systems can operate more effectively and reliably.
In conclusion, cross-talk is a common problem in communication systems that can have a negative impact on the quality of communication. However, with the right techniques, it can be effectively addressed and minimized.
Cross-talk
Cross-talk refers to the interference between signals transmitted through different channels. It often occurs in electronic systems, such as telecommunications and computers, where multiple signals are transmitted simultaneously.
In a telecommunications system, for example, cross-talk can occur between different pairs of cables, causing noise to be added to the transmitted signal. This can result in errors in the received data, reducing the system's reliability and efficiency.
To mitigate cross-talk, various techniques can be employed, including using shielded cables, increasing the isolation between signals, and using signal processing techniques such as equalization and filtering.
In a computer system, cross-talk can occur between different buses or interconnects, causing data to be corrupted or lost. This can result in system crashes or other unpredictable behavior, reducing the system's overall performance and stability.
To avoid cross-talk, it is important to ensure that the cables and interconnects used are of high quality, and that they are properly terminated and isolated from other signals. Additionally, signal processing techniques can be used to minimize the impact of cross-talk on the system's performance.
In conclusion, cross-talk is a common problem in electronic systems that can have a significant impact on system reliability and efficiency. By using various techniques to mitigate cross-talk, it is possible to improve the overall performance and stability of the system.
