READING

共 130 篇文章
READING 相关的电子技术资料,包括技术文档、应用笔记、电路设计、代码示例等,共 130 篇文章,持续更新中。

Assembler source code for a AT90S2313 microcontroller used in an interface for reading, programming

Assembler source code for a AT90S2313 microcontroller used in an interface for reading, programming and bulk erasing serial flash of the ST25P16 and SP25P32 family used on the WGT624v3 Netgears Router

源码阅读 Code Reading: The Open Source rspective By Diomidis Spinellis

源码阅读 Code Reading: The Open Source rspective By Diomidis Spinellis

reading a char driver

reading a char driver

Imagine that you are a web developer (which is probably not a stretch if you are reading this book)

Imagine that you are a web developer (which is probably not a stretch if you are reading this book) and you are being encouraged to add some Ajax features to a site you’re working on. Maybe the orig

提高在噪声环境下的磁卡读写器(MCR)系统

<div> Abstract: Most magnetic read head data sheets do not fully specify the frequency-dependent components andare often vague when specifying other key parameters. In some cases, the specifications

PICkit&#8482; 2 Microcontrolle

<P><STRONG>PICkit&#8482; 2 Microcontroller Programmer USER’S GUIDE</STRONG></P> <P>This chapter contains general information that will be useful to know before using the<BR>PICkit&#8482; 2 Microcontro

Reading and Writing iButtons v

Abstract: This application note explains the hardware of different types of 1-Wire&reg; interfaces and software examples adapted to this hardware with a focus on serial ports. Depending on the types o

单片机Flash存储器坏块自动检测

在深入了解Flash存储器的基础上,采用单片机自动检测存储器无效块。主要通过读取每一块的第1、第2页内容,判断该块的好坏,并给出具体的实现过程,以及部分关键的电路原理图和C语言程序代码。该设计最终实现单片机自动检测Flash坏块的功能,并通过读取ID号检测Flash的性能,同时该设计能够存储和读取1GB数据。 <DL class=en id=eabs> <DT>Abstract: <DD>&n

MPLAB C30用户指南(英文)

<P><STRONG>MPLAB C30用户指南(英文)</STRONG></P> <P><STRONG>HIGHLIGHTS</STRONG><BR>The information covered in this chapter is as follows:<BR>&#8226; About this Guide<BR>&#8226; Recommended Reading<BR>&#8226;

基于ARM的多对象远程抄表系统集中器的设计与实现

智能电表、水表、煤/燃气表、热量表等大量地出现在人们的生活中,同时这些仪表的抄录工作变得越来越烦琐,工作量大,工作效率低,不仅给用户带来不便,而且会存在漏抄、误抄、估抄的现象。随着电子技术、通信技术和计算机技术的飞速发展,人工抄表已经逐步被自动抄表所代替。 集中器是一个数据集中处理器,是多对象自动抄表系统的通信桥梁,负责对各智能表的数据进行采集、存储和管理,及时有效地向上位机传输数据并执行上位机发