300字汉译英

来源：百度知道 编辑：UC知道 时间：2024/06/23 02:19:33
红外线遥控，是指通过红外线通信实现对被控目标进行控制。红外线由于其本身具有抗干扰性强、功耗低、成本低、易实现等优点，已经被越来越多的应用到生产生活的各个领域中。
红外线通信系统的核心部分，即红外发射部分和接收部分。红外遥控的发射端由红外发光二级管辐射出经过调制的红外光波，红外光经接收端接收后被转换为相应的电信号，电信号经过放大、解调、译码，最后由驱动电路来驱动执行电路实现各种指令的操作控制。本文主要对红外通信系统电路部分及其工作原理进行描述。
首先，本文将概述红外线通信系统的工作原理。
其次，本文将对红外发射端和接收端的工作原理以及电路结构进行分析和设计。
再次，本文将对红外通信系统的结构框图，数据的结构格式，电路原理图以及发射和接收程序进行详细阐述。
最后，本文还将给出一些必要的图表和算法供参考。

Infrared remote control, infrared communication is charged with achieving the objectives of control. Infra-red because of its strong anti-jamming itself, low power consumption, low cost and easy to realize the advantages, more and more have been applied to production in various fields of life.
The infrared part of the core communications system, and receive infrared part of the launch. Infrared Remote Control for launching Duanyou infrared light emitting diode radiation to the modulation of infrared light, infrared light reception by the receiver was converted to the appropriate signal, a signal amplification, demodulation, decoding, the final By the drive circuit to drive the implementation of various directives of the circuit operational control. In this paper, the infrared communication system and its working principle of the circuit description.
First of all, this paper will outline the infrared communication system works.
Secondly, this paper will infrared tra