baud

简明释义

英[bɔːd]美[bɔːd]

n. 波特（信息传输速率的单位）

n. （Baud）人名；（英）鲍德；（法）博

复 数 b a u d 或 b a u d s

英英释义

单词用法

同义词

反义词

例句

1.What baud rate, or range of baud rates, is supported.

是否支持波特率或波特率的范围？

2.The effect of full bit error on the baud rate is also analysed.

分析了整位误差对波特率误差的影响。

3.The resulting transfer rate is 110 baud.

最终的传输速率是110波特。

4.Why does the delay between bytes increase when I increase UART baud rate?

为什么在字节延迟会增加当我增加波特率？

5.There are constraints on the CPU clock speed related to the baud rate.

波特率会对CPU时钟速度产生限制。

6.Enter no autobaud-- Fixes the baud rate.

输入no autobaud ——选定波特率。

7.To achieve faster data transmission, we upgraded to a 115200 baud rate.

为了实现更快的数据传输，我们升级到115200波特速率.

8.The baud rate determines how many bits per second can be transmitted.

波特速率决定每秒可以传输多少位.

9.The modem operates at a speed of 9600 baud.

该调制解调器的速度为9600波特.

10.Most serial communication protocols use a standard baud rate.

大多数串行通信协议使用标准的波特速率.

11.We need to configure the device to match the baud rate of the server.

我们需要将设备配置为与服务器的波特速率匹配.

作文

In the world of telecommunications and data transmission, understanding the concept of baud is crucial for anyone involved in the field. The term baud refers to the unit of measurement for signaling speed in a communication channel. Specifically, it indicates the number of signal changes or symbols transmitted per second. This means that if a device operates at a speed of 2400 baud, it can change its signal 2400 times in one second. Understanding this concept is essential for designing efficient communication systems, whether they are for personal use or large-scale industrial applications.The origin of the term baud dates back to the early days of telegraphy and was named after Emile Baudot, a French engineer who developed an early multiplex telegraph system. In modern contexts, baud is often confused with bits per second (bps), but they are not the same. While baud measures the number of signal changes, bps measures the amount of actual data being transmitted. For example, if each signal change represents a single bit, then 2400 baud would equal 2400 bps. However, if each signal change encodes multiple bits, the effective data rate could be much higher.The significance of baud can be seen in various applications, such as modems, where it is used to define the maximum speed at which data can be transmitted over telephone lines. A modem’s speed is often advertised in terms of baud rates, indicating how quickly it can send and receive information. As technology has advanced, the baud rates have increased significantly, allowing for faster data transfer and more efficient communication.Moreover, the concept of baud is not limited to traditional telecommunication systems. It also applies to modern digital communication methods, including serial communication protocols used in computers and microcontrollers. In these cases, understanding the baud rate is essential for ensuring that devices can communicate effectively without data loss or corruption. If two devices are set to different baud rates, they may not understand each other, leading to errors in data transmission.In conclusion, the term baud is a fundamental concept in the field of telecommunications, representing the speed of signal transmission in a communication channel. Whether you are working with modems, serial communication, or any other type of data transmission technology, a solid grasp of baud and its implications is vital. As we continue to advance in technology, the relevance of baud will only grow, making it an essential term for both professionals and enthusiasts in the field of communication technology.

在电信和数据传输的世界中，理解baud这个概念对任何参与该领域的人来说都是至关重要的。baud这个术语指的是通信通道中信号速度的测量单位。具体来说，它表示每秒传输的信号变化或符号的数量。这意味着，如果设备以2400baud的速度运行，它可以在一秒钟内更改其信号2400次。理解这一概念对于设计高效的通信系统至关重要，无论是用于个人使用还是大规模工业应用。baud这个术语的起源可以追溯到电报的早期阶段，并以法国工程师埃米尔·博多（Emile Baudot）的名字命名，他开发了一种早期的多路复用电报系统。在现代背景下，baud常常与每秒比特数（bps）混淆，但它们并不相同。虽然baud测量信号变化的数量，但bps测量实际传输的数据量。例如，如果每个信号变化代表一个比特，则2400baud将等于2400 bps。然而，如果每个信号变化编码多个比特，则有效数据速率可能会高得多。baud的重要性可以在各种应用中看到，例如调制解调器，在这些应用中，它用于定义数据可以通过电话线传输的最大速度。调制解调器的速度通常以baud速率进行宣传，指示它发送和接收信息的速度。随着技术的进步，baud速率显著提高，允许更快的数据传输和更高效的通信。此外，baud的概念并不仅限于传统的电信系统。它还适用于现代数字通信方法，包括计算机和微控制器中使用的串行通信协议。在这些情况下，理解baud速率对于确保设备能够有效地进行通信而不丢失或损坏数据至关重要。如果两个设备设置了不同的baud速率，它们可能无法相互理解，从而导致数据传输中的错误。总之，baud这个术语是电信领域的一个基本概念，代表了通信通道中信号传输的速度。无论您是在处理调制解调器、串行通信，还是任何其他类型的数据传输技术，对baud及其影响有一个扎实的掌握都是至关重要的。随着我们在技术上的不断进步，baud的相关性只会增加，使其成为通信技术领域专业人员和爱好者的一个重要术语。