binary signal

简明释义

二进制信号

英英释义

例句

1.In digital communication, a binary signal 二进制信号 is used to represent data as sequences of 0s and 1s.

在数字通信中，二进制信号 binary signal 用于将数据表示为0和1的序列。

2.The output of the circuit can be either high or low, indicating a binary signal 二进制信号.

电路的输出可以是高或低，表示一个二进制信号 binary signal。

3.In computer systems, a binary signal 二进制信号 is crucial for processing information.

在计算机系统中，二进制信号 binary signal 对于处理信息至关重要。

4.The modulation technique used in this radio transmitter relies on a binary signal 二进制信号 to encode audio data.

该无线电发射机使用的调制技术依赖于二进制信号 binary signal 来编码音频数据。

5.When a button is pressed, it generates a binary signal 二进制信号 that turns on the light.

当按钮被按下时，它生成一个二进制信号 binary signal，使灯亮起。

作文

In the world of electronics and communication, the term binary signal refers to a type of signal that has only two distinct states or levels. These two states are typically represented as '0' and '1', which correspond to the off and on states of a digital circuit, respectively. The simplicity of binary signals is what makes them fundamental in digital systems, where complex information can be encoded with just these two symbols. The concept of binary signals is crucial for understanding how computers and various digital devices operate. For instance, when you send an email or stream a video, the data being transmitted is ultimately broken down into a series of binary signals. These signals travel along wires or through wireless channels, representing everything from text to images in a format that computers can understand. One of the key advantages of using binary signals is their reliability. Because there are only two states, the system can easily distinguish between them, even in the presence of noise. This robustness makes binary signals ideal for long-distance communication, where interference can occur. In fact, many error detection and correction methods are based on the principles of binary signals, ensuring that the information remains intact during transmission.Moreover, binary signals play a significant role in digital logic design. Logic gates, which are the building blocks of digital circuits, operate using binary signals. Each gate performs a specific logical function, such as AND, OR, or NOT, and produces an output based on the binary signals it receives. By combining multiple gates, engineers can create complex circuits that perform sophisticated tasks, from simple calculations to running entire operating systems.The importance of binary signals extends beyond hardware; they are also essential in software development. Programming languages often utilize binary signals at a fundamental level, allowing developers to write code that manipulates data in binary form. Understanding how binary signals work enables programmers to optimize their code for efficiency and performance, making it a vital skill in the tech industry.In conclusion, the concept of binary signals is foundational in both electronics and computer science. Their ability to represent data in a simple yet effective manner allows for the development of complex systems that power our modern world. From communication networks to digital computing, binary signals are everywhere, serving as the backbone of technology. As we continue to advance in the digital age, a solid understanding of binary signals will remain essential for anyone looking to engage with technology, whether as a consumer or a creator.

在电子和通信的世界中，术语二进制信号指的是一种只有两个不同状态或水平的信号。这两个状态通常表示为“0”和“1”，分别对应于数字电路的关闭和开启状态。二进制信号的简单性使其成为数字系统的基础，在这些系统中，复杂的信息可以仅用这两个符号进行编码。二进制信号的概念对于理解计算机和各种数字设备的操作至关重要。例如，当您发送电子邮件或流式传输视频时，所传输的数据最终被分解为一系列二进制信号。这些信号沿着电线或通过无线通道传输，代表从文本到图像的所有内容，以计算机可以理解的格式。使用二进制信号的一个关键优势是它们的可靠性。由于只有两种状态，系统可以轻松区分它们，即使在噪声存在的情况下。这种稳健性使得二进制信号非常适合长距离通信，因为在这种情况下可能会发生干扰。事实上，许多错误检测和纠正方法都是基于二进制信号的原理，确保信息在传输过程中保持完整。此外，二进制信号在数字逻辑设计中也发挥着重要作用。逻辑门是数字电路的基本构件，使用二进制信号进行操作。每个门执行特定的逻辑功能，例如与、或或非，并根据接收到的二进制信号生成输出。通过组合多个门，工程师可以创建执行复杂任务的复杂电路，从简单的计算到运行整个操作系统。二进制信号的重要性不仅限于硬件；在软件开发中也至关重要。编程语言通常在基本层面上利用二进制信号，允许开发人员编写以二进制形式操纵数据的代码。理解二进制信号的工作原理使程序员能够优化代码的效率和性能，这在技术行业中是一项重要技能。总之，二进制信号的概念在电子和计算机科学中是基础性的。它们以简单而有效的方式表示数据的能力使得现代世界的复杂系统得以发展。从通信网络到数字计算，二进制信号无处不在，作为技术的支柱。随着我们在数字时代的不断进步，扎实理解二进制信号将对任何希望参与技术的人，无论是消费者还是创造者，保持必要。