plugboard

简明释义

英[/ˈplʌɡˌbɔrd/]美[/ˈplʌɡˌbɔrd/]

n. 插接板；插件

英英释义

单词用法

同义词

反义词

例句

1.The embodiment of the invention discloses a method, a system and a front plugboard supporting hot plug, which belong to the communication technical field.

本发明实施例公开了一种支持热插拔的方法、系统和前插板，属于通信技术领域。

2.The embodiment of the invention discloses a method, a system and a front plugboard supporting hot plug, which belong to the communication technical field.

本发明实施例公开了一种支持热插拔的方法、系统和前插板，属于通信技术领域。

3.It can satisfy the requirement of digital plugboard test and carry out the plugboards test to chip level. Thus it has wide application potential.

它满足雷达数字插件板测试需求，能实现芯片级测试，具有广阔的应用前景。

4.The front plugboard comprises a control module and a rear plugboard power supply module connected with the control module.

所述前插板包括：控制模块和与其相连的后插板电源模块。

5.The system comprises the front plugboard and the rear plugboard connected with the front plugboard.

所述系统包括前插板和与其相连的后插板。

6.The technician adjusted the connections on the plugboard to ensure the signals were transmitted correctly.

技术员调整了插头板上的连接，以确保信号正确传输。

7.In the old telephone systems, a plugboard was essential for connecting calls manually.

在旧的电话系统中，插头板是手动连接电话的必需品。

8.The plugboard in the computer lab allowed students to customize their network connections.

计算机实验室中的插头板允许学生自定义他们的网络连接。

9.During the demonstration, the instructor showed how to rearrange the plugboard for different configurations.

在演示过程中，讲师展示了如何重新排列插头板以实现不同的配置。

10.To troubleshoot the device, he examined the plugboard for any loose wires.

为了排除设备故障，他检查了插头板是否有松动的电线。

作文

In the realm of technology, there are many fascinating devices that have shaped our modern world. One such device is the plugboard, a crucial component in early computing and telecommunications. The plugboard is essentially a board with multiple sockets where various cables can be plugged in to connect different circuits or components. This simple yet effective design allowed for flexibility in wiring configurations, making it an essential tool for engineers and technicians. The history of the plugboard dates back to the early 20th century when it was prominently used in telephone exchanges. Operators would manually connect calls by plugging wires into the appropriate sockets on the plugboard. This system enabled the efficient routing of phone calls before the advent of automated switching systems. The physical act of plugging and unplugging wires required skill and precision, highlighting the importance of the plugboard in telecommunications. As technology evolved, the plugboard found its way into early computers, most notably in machines like the ENIAC (Electronic Numerical Integrator and Computer). The plugboard was used to set up the machine for different calculations by connecting various inputs and outputs. This method of programming was labor-intensive but allowed for a high degree of customization, showcasing the versatility of the plugboard in computing. Today, while we may not see plugboards in everyday use, their legacy lives on in modern technology. The concept of connecting components through a central interface can be seen in devices like modular synthesizers, where users can create unique soundscapes by plugging in different modules. Additionally, the principles behind the plugboard are evident in software development, where programmers connect different functions and services to build complex applications. Understanding the plugboard is essential for appreciating the evolution of technology. It represents a time when manual connections were necessary, and human operators played a vital role in the functioning of communication systems. As we look towards the future, it is interesting to reflect on how far we have come from the days of the plugboard. Automation and digital interfaces have streamlined processes that once required physical manipulation, yet the fundamental idea of connectivity remains at the core of technological advancement. In conclusion, the plugboard may seem like a relic of the past, but its impact on technology is undeniable. It paved the way for innovations in both telecommunications and computing, and its principles continue to influence modern designs. By studying the plugboard, we gain insight into the intricate history of technology and the ongoing quest for more efficient and user-friendly systems. The story of the plugboard is a testament to human ingenuity and the relentless drive to connect and communicate in an ever-evolving world.

在科技领域，有许多迷人的设备塑造了我们现代的世界。其中一个设备是插头板，它是早期计算和电信中的关键组成部分。插头板本质上是一个带有多个插座的板，可以将各种电缆插入以连接不同的电路或组件。这种简单而有效的设计允许灵活的接线配置，使其成为工程师和技术人员的重要工具。 插头板的历史可以追溯到20世纪初，当时它在电话交换中被广泛使用。操作员通过将电线插入插头板上的适当插座，手动连接电话。这种系统在自动交换系统出现之前，使电话呼叫的高效路由成为可能。插拔电线的物理行为需要技能和精确性，突显了插头板在电信中的重要性。 随着技术的发展，插头板也进入了早期计算机，最著名的如ENIAC（电子数值积分器和计算机）。插头板用于通过连接各种输入和输出来设置机器进行不同的计算。这种编程方法虽然劳动密集，但允许高度的定制，展示了插头板在计算中的多功能性。 今天，虽然我们可能不会在日常使用中看到插头板，但它们的遗产在现代技术中依然存在。通过中央接口连接组件的概念可以在模块合成器等设备中看到，用户可以通过插入不同的模块来创建独特的声音景观。此外，插头板背后的原理在软件开发中也显而易见，程序员连接不同的功能和服务以构建复杂的应用程序。 理解插头板对于欣赏技术的发展至关重要。它代表了一个手动连接是必要的时代，人类操作员在通信系统的运行中发挥了重要作用。当我们展望未来时，回顾我们从插头板的时代走过来的历程是很有趣的。自动化和数字接口简化了曾经需要物理操作的过程，但连接的基本理念仍然是技术进步的核心。 总之，插头板可能看起来像是过去的遗物，但它对技术的影响是不可否认的。它为电信和计算领域的创新铺平了道路，其原理继续影响现代设计。通过研究插头板，我们获得了对技术复杂历史的洞察，以及对更高效和用户友好系统的持续追求。插头板的故事是人类创造力和在不断发展的世界中连接与沟通的无尽追求的证明。