Description: 硬件的cpu是arm920i2c总线和camera之间的连接驱动在嵌入式linux操作系统下编写-hardware cpu is arm920i2c bus and camera link between the driver in embedded Linux operating system prepared Platform: |
Size: 53248 |
Author:肖晓 |
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Description: linux下读写EEROM的应用程序,I2c接口的,应用linux自带的I2C驱动-to read and write EEROM under linux applications, I2c interface, the application comes with I2C driver linux Platform: |
Size: 14336 |
Author:流域 |
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Description: linux下面的i2c驱动,支持多种i2c设备.包括JZ47xx系列的SOC-linux The following i2c driver i2c device supports multiple. JZ47xx series of SOC, including Platform: |
Size: 328704 |
Author:liunovember |
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Description: hisi-i2c 海思平台上3511-3520如何用寄存器操作i2c的linux驱动-hisi-i2c Hisilicon platform, how to register on the 3511-3520 operation of the linux driver i2c Platform: |
Size: 6144 |
Author: 覃仁往 |
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Description: This source code makes digital camera from a OV5620 camera connected to an ARM microcontroller.
In the source code is included Fatfs filesystem, I2C protocol and bayer decoding. Platform: |
Size: 811008 |
Author:zaccaro |
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Description: 作者:华清远见嵌入式学院。《Linux设备驱动开发详解》(08&09年度畅销榜TOP50)第15章、Linux的I2C核心、总线与设备驱动。I2C总线仅仅使用SCL、SDA这两根信号线就实现了设备之间的数据交互,极大地简化了对硬件资源和PCB板布线空间的占用。因此,I2C总线被非常广泛地应用在EEPROM、实时钟、小型LCD等设备与CPU的接口中。Linux系统定义了I2C驱动体系结构,在Linux系统中,I2C驱动由3部分组成,即I2C核心、I2C总线驱动和I2C设备驱动。这3部分相互协作,形成了非常通用、可适应性很强的I2C框架。6.1节对Linux I2C体系结构进行分析,讲解3个组成部分各自的功能及相互联系。6.2节对Linux I2C核心进行分析,讲解i2c-core.c文件的功能和主要函数的实现。6.3节、6.4节分别详细介绍I2C总线驱动和I2C设备驱动的编写方法,给出可供参考的设计模板。6.5节、6.6节以6.3节和6.4节给出的设计模板为基础,讲解S3C2410 ARM处理器I2C总线驱动及挂接在其上的SAA7113H视频模拟/数字转换芯片设备驱动的编写方法。-Author: HuaQing vision embedded institute. The Linux device driver development "(08 and 09 sep TOP50) annual list of best-selling chapter 15, Linux the I2C bus and core, device drivers. The I2C bus use only the two root, SDA SCL signal will achieve the data interaction between equipment, greatly simplified the hardware resources and PCB wiring space take up. Therefore, the I2C bus is very widely used in EEPROM, real clock, small LCD equipment and CPU interface. Linux system defines the I2C drive system structure in Linux, system, the I2C driven by three parts, namely the I2C core, the I2C bus driver and the I2C device drivers. The three parts of the cooperation and formed very general, can vary adaptive the I2C framework. Section 6.1 the I2C system for Linux analyzed the structure, the explanation is 3 part of their respective functions and to each other. Section 6.2 to Linux Platform: |
Size: 593920 |
Author:华清远见 |
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Description: 作者:华清远见嵌入式学院。《Linux设备驱动开发详解》(08&09年度畅销榜TOP50)第2章、驱动设计的硬件基础。本章讲解底层驱动工程师必备的硬件基础,给出了嵌入式系统硬件原理及分析方法的全景视图。2.1节讲解微控制器、微处理器、数字信号处理器以及应用于特定领域的处理器各自的特点。2.2节对嵌入式系统中所使用的各类存储器与CPU的接口、应用领域及特点进行了详细讲解。2.3节讲解常见的外设接口与总线的工作方式,包括串口、I2C、USB、以太网接口、ISA、PCI和cPCI等。嵌入式系统硬件电路中经常会使用CPLD和FPGA,2.4节讲解了CPLD和FPGA在电路中的作用。2.5~2.7节讲解实际项目开发过程中硬件分析的方法,包括如何进行原理图分析、时序分析以及如何快速地从芯片手册获取有效信息。2.8节讲解了调试过程中常用仪器、仪表的使用方法,涉及万用表、示波器和逻辑分析仪。-Author: HuaQing vision embedded institute. The Linux device driver development "(08 and 09 sep TOP50) annual list of best-selling chapter 2, drive design hardware foundation. This chapter explaining the bottom drive engineers must hardware foundation, gives the embedded system hardware principle and analysis methods of the panoramic views. Section 2.1 explain micro controller, microprocessor, digital signal processor and the application in particular areas of the processor respective characteristics. Section 2.2 of embedded system used in all kinds of memory and CPU interface, application field and features detailed explanation. Section 2.3 interpretation of common interface and peripherals, including bus way of working serial port, the I2C, USB, the Ethernet interface, ISA, PCI and cPCI, etc. The embedded system hardware circuit we often use CPLD and FPGA, section 2.4 explained CPLD and FPGA in a circuit ? Platform: |
Size: 866304 |
Author:华清远见 |
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