搜索资源列表
shuzixitongbaogao
- 数字系统课程设计包括EDA实验板组装调试及红外遥控系统设计制作两个部分,各部分要求如下: 红外遥控系统由发射编码和接收解码两个部分组成,本课程设计要求制作发射编码电路板(遥控器)以及编写程序在EDA实验板上实现接收解码,具体说明如下: -Digital System Design courses including EDA experimental plate assembly and testing infrared remote control system design of tw
hongwaijieshoufashe
- 单片机用定时器产生38K载波,利用TC9012芯片的编码方式进行编码,每次发送一字节数据(学会了一字节,多字节也就会了),并由接收端解码加以显示!发射管用的是一般的红外管,接受用的是集成的红外接受器,通过测试,传输距离可达到5M左右!-Microcontroller timer generates 38K carrier, using TC9012 chip encoding encoding, each time you send one byte of data (a byte Societ
project38_final_paper
- Photoplethysmograph by Sara Sieg and Bill Ziebold ECE 345 This project was to design and build a photoplethysmograph. This device can be used to determine heart rate using a volume measurement of blood in the arteries and capi
FPGA_based_infrared_receiver_module
- 基于FPGA的红外接收模块,内含代码,采用VERILOG编写。-FPGA-based infrared receiver module, containing the code prepared by the use of Verilog.
remote
- 红外遥控接收程序-Infrared Remote Control Receiver program ............
Upload_DownFiles_
- 红外发射接收管典型应用接口电路,包括原理图-Infrared receiver tubes typical applications, including schematics
honghuaitongxun
- 本文介绍了红外遥控的基本工作原理;红外发光二极管的特性;红外接收头详解;红外编码方式;单片机的应用;红外遥控程序流程图及通过对红外遥控器各按键发送中波形的分析可以识别码型,从而为软件解码提供依据。本文以实例介绍红外遥控器与单片机的硬件接口,并从原理出发给出软件解码的方法。这是一个可以直接引用的成功例子,同时也为各类红外遥控器在单片机控制产品中的开发应用提供了一个非常实用的参考。-This article describes the basic working principle of infra
ZLG-infrared-communication-data
- 周立功的红外通信资料,包含三个部分,有发射的、接收的源码和讲解-ZLG infrared communication data, consists of three parts, a transmitter, the receiver of the source and explain the
Altium-Designer
- 超声波测距系统 原理图的设计方案叙述了一种以单片机为核心,由红外遥控信号接收集成电路、温度传感器等集成元件组成的超声波测距系统。该系统通过温度传感器测量环境温度,得出该温度下声波在空气中的传播速度,根据超声波从发射到遇到障碍物反射回到接收端的传播时间,计算出待测距离 -The schematic design of ultrasonic distance measurement system described in a microcontroller as the core, integrat
Infrared-receiver-
- 红外接收头解码实验及程序,程序所用的单片机是MSP430-Infrared receiver head and decoding experiments and procedures
e024026
- Multi-Standard Infrared Receiver compatible with (almost) all remote control transmitters
DL380IR
- 38Khz 载波红外接收头参考手册,适用于遥控器和红外检测-The 38Khz carrier infrared receiver Reference Manual, suitable for remote control and infrared detection
Home-security-alarm-system-
- 本论文设计了由AT89C52单片机为控制核心,用红外线为监测装置的防盗报警系统。该系统中红外对管作为红外线的发射和接收部分。发射部分采用红外发光二极管,而使用光敏三极管作为接收部分,接收红外发光二极管发出的红外线(不可见光)。单片机将通过内部的软件系统检测到接收管的导通或截止状态,并根据检测到的信号状态,进行判断并输出报警信号, 直至按复位按钮或电源开关。声光报警信号由9014三极管驱动构成声光报警电路,进行声光同时报警。电源部分采用变压器将220V交流市经变压器降压,桥式整流器整流,电解
redline
- AVR GCC环境红外一体化接收实验适用于ATmega128型号单片机 -Experiment applies to ATmega128 Model microcontroller AVR GCC environment integrated infrared receiver
123123
- pt2262编码原理图和pt2272解码原理图,用于实现无线或红外接收功能-pt2262 coding schematic pt2272 decoding schematic for wireless or infrared receiver function
51-CSharp
- 基于51单片机的红外遥控接收发射C语言程序和仿真图-Based on 51 single-chip infrared remote control receiver and transmitter program
shootings
- 模拟射击装置,采用红外接收头hs0038做的,载波频率38khz-Simulation shooting device used in infrared receiver hs0038 do 38khz carrier frequency
HS0038
- 红外线接收器,红外接收数据,查询方式,并通过串口发送-infrared receiver
CC2530_IRSend0_UART_LCD
- 4.zigbee网关红外接收,4.zigbee网关红外接收-4.zigbee gateway infrared receiver, 4.zigbee gateway infrared receiver
05算数大挑战
- 1、学习数学运算的使用 2、学习变量的使用 3、学习使用mBot红外线接发模块(1. Learning the use of mathematical operations 2. Use of learning variables 3, learn to use the mBot infrared receiver module)
