facsimile signal

简明释义

传真信号

英英释义

例句

1.The machine converts the document into a facsimile signal (传真信号) for transmission.

该机器将文档转换为facsimile signal (传真信号) 以进行传输。

2.During the call, the technician explained how a facsimile signal (传真信号) works.

在通话中，技术人员解释了facsimile signal (传真信号) 是如何工作的。

3.The quality of the facsimile signal (传真信号) affects the clarity of the printed document.

facsimile signal (传真信号) 的质量会影响打印文档的清晰度。

4.To send the report, we need to generate a facsimile signal (传真信号) from the computer.

为了发送报告，我们需要从计算机生成facsimile signal (传真信号)。

5.The facsimile signal (传真信号) can be received by any compatible fax machine.

任何兼容的传真机都可以接收facsimile signal (传真信号)。

作文

In today's digital age, communication has evolved significantly, yet some concepts from the past continue to play a vital role. One such concept is the facsimile signal, which refers to the electronic transmission of scanned printed material. Although many people might associate facsimiles with outdated technology, understanding the facsimile signal and its implications can provide valuable insights into modern communication methods. The facsimile signal originated in the early 20th century when fax machines became popular for business communications. These machines allowed users to send copies of documents over telephone lines, revolutionizing how information was shared across distances. The facsimile signal works by converting the document into an electronic signal that can be transmitted and then reconstructed at the receiving end. This process involves scanning the document line by line and encoding the data into a format suitable for transmission.Despite the advent of email and instant messaging, the facsimile signal remains relevant in various industries. For instance, legal and medical fields often require signed documents to be sent quickly and securely. In such cases, the facsimile signal provides a reliable means of transmitting these important documents while maintaining their integrity. Additionally, certain regulations and protocols necessitate the use of fax communications, making the facsimile signal indispensable in specific contexts.Moreover, the technology behind the facsimile signal has advanced over the years. Modern fax machines can now send documents in color and support multiple formats, enhancing their functionality. Furthermore, with the rise of internet-based fax services, the facsimile signal can now be transmitted without the need for traditional phone lines. This shift has made it easier for businesses to integrate faxing into their digital workflows, allowing for seamless communication.Understanding the facsimile signal also sheds light on the broader topic of data transmission. The principles used in facsimile technology are applicable to various forms of digital communication. For example, image compression techniques used in facsimile signal transmission have influenced how we share images online today. By analyzing the facsimile signal, one can appreciate the evolution of communication technologies and their interconnectedness.In conclusion, while the facsimile signal may seem like a relic of the past, its significance in today's communication landscape cannot be underestimated. It highlights the importance of preserving information integrity and security, especially in professional environments. As we continue to advance technologically, understanding the roots and applications of concepts like the facsimile signal can help us navigate the complexities of modern communication more effectively. Embracing both old and new technologies will ensure that we remain adaptable and efficient in our interactions, ultimately leading to better collaboration and understanding in our increasingly connected world.

在今天的数字时代，通信发生了显著变化，但一些来自过去的概念仍然发挥着重要作用。其中一个概念是传真信号，它指的是扫描印刷材料的电子传输。尽管许多人可能将传真与过时的技术联系在一起，但理解传真信号及其含义可以为现代通信方法提供有价值的见解。传真信号起源于20世纪初，当时传真机在商业通信中变得流行。这些机器允许用户通过电话线发送文件的副本，彻底改变了信息跨距离共享的方式。传真信号通过将文档转换为可以传输的电子信号来工作，然后在接收端重构。这个过程涉及逐行扫描文档，并将数据编码成适合传输的格式。尽管电子邮件和即时消息的出现，传真信号在各个行业仍然具有相关性。例如，法律和医疗领域经常需要快速且安全地发送签署的文件。在这种情况下，传真信号提供了一种可靠的方式来传输这些重要文件，同时保持其完整性。此外，某些法规和协议要求使用传真通信，这使得传真信号在特定背景下不可或缺。此外，传真信号背后的技术近年来也有所进步。现代传真机现在可以以彩色发送文档，并支持多种格式，从而增强了其功能。此外，随着基于互联网的传真服务的兴起，传真信号现在可以在不需要传统电话线的情况下进行传输。这一转变使企业能够更轻松地将传真集成到其数字工作流程中，从而实现无缝通信。理解传真信号也揭示了数据传输的更广泛主题。用于传真技术的原理适用于各种形式的数字通信。例如，在传真信号传输中使用的图像压缩技术影响了我们今天在线共享图像的方式。通过分析传真信号，人们可以欣赏到通信技术的演变及其相互关联性。总之，尽管传真信号可能看起来是过去的遗物，但它在今天的通信环境中的重要性不能被低估。它强调了在专业环境中保持信息完整性和安全性的重要性。随着技术的不断进步，理解像传真信号这样的概念的根源和应用可以帮助我们更有效地驾驭现代通信的复杂性。拥抱旧技术和新技术将确保我们在互动中保持适应性和高效性，最终在我们日益互联的世界中促进更好的合作与理解。