transmission channel

简明释义

传输通路

英英释义

例句

1.Different transmission channels can affect the speed of data transfer.

不同的传输通道会影响数据传输的速度。

2.The quality of the video depends heavily on the chosen transmission channel.

视频的质量在很大程度上取决于所选择的传输通道。

3.The transmission channel can introduce noise that affects signal clarity.

该传输通道可能会引入噪声，影响信号的清晰度。

4.We need to analyze the transmission channel to improve network performance.

我们需要分析传输通道以提高网络性能。

5.In wireless communication, a robust transmission channel is essential for clear audio.

在无线通信中，一个强大的传输通道对清晰的音频至关重要。

作文

In the modern world, communication has become an essential part of our daily lives. One of the key elements that enable effective communication is the concept of a transmission channel. A transmission channel refers to the medium through which information is transmitted from one point to another. This can include various forms of media, such as radio waves, optical fibers, or even digital signals. Understanding how these channels work is crucial for both personal and professional communication.For instance, in telecommunications, a transmission channel is vital for the transfer of voice and data. When you make a phone call, your voice is converted into electrical signals that travel through a network of transmission channels. These channels can be wired, like copper cables or fiber optics, or wireless, such as satellite signals or cellular networks. The efficiency and quality of the communication depend significantly on the type of transmission channel used. Poor quality channels can lead to dropped calls or distorted audio, while high-quality channels ensure clear and uninterrupted communication.Similarly, in the world of broadcasting, a transmission channel plays a critical role. Television and radio stations utilize specific frequencies as their transmission channels to reach their audience. The choice of frequency affects the range and clarity of the broadcast. For example, FM radio uses a different transmission channel compared to AM radio, resulting in differences in sound quality and reception. Understanding these distinctions helps listeners choose the best options for their needs.In the realm of the internet, transmission channels are equally important. Data is transferred over the internet through various channels, including broadband, DSL, and fiber-optic connections. Each type of transmission channel has its own characteristics, such as speed and bandwidth. Users often seek the fastest and most reliable transmission channels to enhance their online experience, whether they are streaming videos, downloading files, or participating in video conferences.Moreover, the concept of a transmission channel extends beyond technical applications. In the context of interpersonal communication, the channels we choose to convey our messages can significantly impact the effectiveness of our interactions. For example, face-to-face conversations allow for immediate feedback and non-verbal cues, making them a highly effective transmission channel. On the other hand, written communication, such as emails or texts, may lack the immediacy and emotional nuance of direct conversation, affecting how messages are perceived.In conclusion, the term transmission channel encompasses a wide range of mediums and methods used to convey information. Whether in technology, broadcasting, or personal communication, understanding the characteristics and implications of different transmission channels is essential for effective interaction. As technology continues to evolve, so too will the ways in which we utilize transmission channels to connect with one another, highlighting the importance of staying informed about these changes to improve our communication skills.

在现代社会，沟通已成为我们日常生活中不可或缺的一部分。有效沟通的关键要素之一是“传输通道”这一概念。“传输通道”指的是信息从一个点传输到另一个点的媒介。这可以包括各种形式的媒体，例如无线电波、光纤，甚至数字信号。理解这些通道的工作原理对个人和专业沟通至关重要。例如，在电信领域，“传输通道”对语音和数据的传输至关重要。当你打电话时，你的声音会被转换成电信号，通过一系列的“传输通道”进行传输。这些通道可以是有线的，比如铜缆或光纤，也可以是无线的，例如卫星信号或蜂窝网络。沟通的效率和质量在很大程度上取决于所使用的“传输通道”类型。质量差的通道可能导致通话中断或音频失真，而高质量的通道则确保清晰且不中断的沟通。同样，在广播领域，“传输通道”也起着关键作用。电视和广播电台利用特定的频率作为其“传输通道”以接触观众。频率的选择会影响广播的范围和清晰度。例如，FM广播使用与AM广播不同的“传输通道”，导致音质和接收效果的差异。理解这些区别帮助听众选择最适合他们需求的选项。在互联网领域，“传输通道”同样重要。数据通过各种通道在互联网上传输，包括宽带、DSL和光纤连接。每种类型的“传输通道”都有其自身的特性，如速度和带宽。用户通常希望寻找最快、最可靠的“传输通道”来提升他们的在线体验，无论是观看视频、下载文件还是参加视频会议。此外，“传输通道”的概念超越了技术应用。在人际沟通的背景下，我们选择的传达信息的通道可能会显著影响互动的有效性。例如，面对面的对话允许即时反馈和非语言暗示，使其成为一种高度有效的“传输通道”。另一方面，书面交流，例如电子邮件或短信，可能缺乏直接对话的即时性和情感细微差别，从而影响信息的接收方式。总之，“传输通道”一词涵盖了用于传达信息的广泛媒介和方法。无论是在技术、广播还是个人沟通中，理解不同“传输通道”的特性和影响对于有效互动至关重要。随着技术的不断发展，我们利用“传输通道”相互联系的方式也将不断演变，这突显了保持对这些变化的了解以改善沟通技能的重要性。