breadboard

简明释义

英[ˈbredbɔːd]美[ˈbredbɔːrd]

n. 擀面板，案板；电路试验板

vt. 为……制作；在平板上作……

vi. 制作模拟板

复 数 b r e a d b o a r d s

第 三 人 称 单 数 b r e a d b o a r d s

现 在 分 词 b r e a d b o a r d i n g

过 去 式 b r e a d b o a r d e d

过 去 分 词 b r e a d b o a r d e d

英英释义

单词用法

同义词

反义词

例句

1.Be familiar with the technical process of breadboard and handling with different types of issues of projects.

经过将近一年的学习与实践，熟悉线路板工艺流程以及对各类工程问题的处理。

2.We have added framed fruit, a vintage breadboard, an old paint palette, etc. etc. to the doors and walls and even painted the fridge black, edged in bronze.

在橱门上和墙上我们挂上了有框的水果肖像，一个古董面包板，和一个旧的调色板等等。我们甚至把冰箱涂成了黑色，然后用铜沟边。

3.Graphene could be a sort of nanoscale "electronic breadboard", says Sheehan.

石墨烯可能成为纳米级的“电子电路试验板”，希恩说。

4.Pulling the microcontroller off of your breadboard every time you need to reprogram it gets old really fast.

拉微控制器把你的实验板每次你需要重新编程不会过时真快。

5.We have added framed fruit, a vintage breadboard, an old paint palette, etc. etc. to the doors and walls and even painted the fridge black, edged in bronze.

在橱门上和墙上我们挂上了有框的水果肖像，一个古董面包板，和一个旧的调色板等等。我们甚至把冰箱涂成了黑色，然后用铜沟边。

6.Two pairs of eyes followed its progress over the spice rack and breadboard until it was caught on a bottle of olive oil.

两双眼睛盯着它飞过调味架和案板，挂在一个橄榄油瓶上。

7.It contains all of the most common electronics components as well as a prototyping breadboard for you to get started right away.

它包含最常见的电子元件，以及所有为您原型验证板的立即开始。

8.I bought a new breadboard for my robotics project.

我为我的机器人项目买了一个新的面包板。

9.I used a breadboard to prototype my electronic circuit.

我使用了一个面包板来原型我的电子电路。

10.Make sure to connect the components correctly on the breadboard.

确保在面包板上正确连接组件。

11.You can easily rearrange wires on a breadboard as needed.

你可以根据需要轻松重新安排面包板上的电线。

12.The breadboard is a great tool for testing circuits before soldering.

在焊接之前，面包板是测试电路的好工具。

作文

When it comes to prototyping electronic circuits, the term breadboard is often mentioned. A breadboard is a reusable platform that allows engineers and hobbyists to build and test their circuit designs before finalizing them on a printed circuit board (PCB). The beauty of using a breadboard lies in its simplicity and flexibility. It consists of a grid of holes into which components can be inserted and connected without the need for soldering. This makes it an ideal tool for experimentation, as users can easily modify their designs by adding or removing components. The history of the breadboard dates back to the early days of electronics when wooden boards were used to hold bread loaves. These boards were repurposed by engineers to create temporary circuits. Over time, the design evolved, and modern breadboards are now made from plastic and feature metal clips underneath to provide electrical connectivity between the holes. Using a breadboard is quite straightforward. First, you need to gather your components, such as resistors, capacitors, and integrated circuits, along with jumper wires for connections. Once you have everything ready, you can begin placing the components onto the breadboard. The breadboard has power rails on the top and bottom, which are used to distribute power to your circuit. Typically, one rail is designated for positive voltage and the other for ground. One of the main advantages of using a breadboard is that it allows for quick iterations of circuit designs. If a component isn’t working as expected, you can easily swap it out for another without any permanent alterations. This iterative process is crucial in electronic design, where small changes can significantly impact the overall functionality of a circuit. Moreover, breadboards are not just limited to beginners; experienced engineers also use them for rapid prototyping. They can quickly test new ideas or concepts before committing to a more permanent solution. This aspect of breadboarding fosters creativity and innovation, as it encourages experimentation without the fear of making irreversible mistakes. In educational settings, breadboards serve as excellent teaching tools. Students can learn about basic electronics principles, such as Ohm's law and circuit theory, by building simple circuits on a breadboard. This hands-on experience reinforces theoretical knowledge and enhances understanding. In conclusion, the breadboard is an essential tool in the world of electronics. Its ability to facilitate quick and easy circuit prototyping makes it invaluable for both amateurs and professionals alike. Whether you are designing a simple LED circuit or a complex microcontroller project, a breadboard provides the perfect platform to bring your ideas to life. Understanding how to effectively use a breadboard can greatly enhance your skills in electronics and open up new possibilities for innovation and creativity.

当谈到电子电路的原型制作时，术语breadboard经常被提及。breadboard是一种可重复使用的平台，允许工程师和爱好者在最终确定印刷电路板（PCB）之前构建和测试他们的电路设计。使用breadboard的美妙之处在于它的简单性和灵活性。它由一个孔的网格组成，组件可以插入并连接，而无需焊接。这使其成为实验的理想工具，因为用户可以通过添加或移除组件轻松修改设计。
breadboard的历史可以追溯到电子学早期，当时木板用于放置面包。这些板被工程师重新利用来创建临时电路。随着时间的推移，设计不断演变，现代的breadboard现在由塑料制成，底部有金属夹，以提供孔之间的电气连接。
使用breadboard相当简单。首先，您需要收集组件，如电阻器、电容器和集成电路，以及用于连接的跳线。一旦您准备好了所有东西，就可以开始将组件放置到breadboard上。breadboard的顶部和底部有电源轨，用于为电路分配电源。通常，一个轨道指定用于正电压，另一个用于接地。
使用breadboard的主要优点之一是它允许快速迭代电路设计。如果某个组件未按预期工作，您可以轻松将其替换为另一个，而无需任何永久性更改。这种迭代过程在电子设计中至关重要，因为小的变化可能会显著影响电路的整体功能。
此外，breadboard不仅限于初学者；经验丰富的工程师也使用它们进行快速原型制作。他们可以快速测试新想法或概念，而不必承诺更永久的解决方案。breadboarding的这一方面促进了创造力和创新，因为它鼓励在没有犯下不可逆错误的恐惧下进行实验。
在教育环境中，breadboard作为优秀的教学工具。学生可以通过在breadboard上构建简单电路来学习基本电子原理，例如欧姆定律和电路理论。这种动手体验加强了理论知识并增强了理解。
总之，breadboard是电子世界中的一个重要工具。它能够促进快速和简单的电路原型制作，使其对业余爱好者和专业人士都无价。无论您是在设计简单的LED电路还是复杂的微控制器项目，breadboard都提供了一个完美的平台来实现您的创意。有效理解如何使用breadboard可以极大提升您在电子学方面的技能，并为创新和创造力开辟新的可能性。