UCGUI NIOS2 in the transplant, which can be used!

使用LPC2131控制KM12864液晶显示屏实现绘图功能-KM12864 control using LPC2131 LCD graphics to achieve

新型温度传感器DS18B20 高精度测温的实现-A new high-precision temperature sensor DS18B20 the realization of temperature measurement

TI 元器件 SCH 封装 potel -SCH Packaging TI components potel

ARM处理器和FPGA在数据传输中的应用与研究-ARM processor and FPGA data transmission in the Application and Research

刚学ARM9 Linux LCD 开发的朋友，不妨试下这个例子，对你学习有帮助，测OK-ARM9 Linux LCD just learning to develop friends, may wish to try this next example, you have to learn to help test OK

2410-1型和2410-3型IDE实验手册，包括主要的步骤和源代码。-2410-1 and 2410-3 experiments Manual-based IDE, including the main steps and the source code.

VS10XX驱动的基本代码 原创代码 详细的问题可以来信讨论下下！-VS10XX driven basic code original code detailed issues can be discussed under the letter!

这是一个不到2000行的操作系统，巧妙地利用ARM9 CPU的内存管理单元(MMU)实现进程的切换。ARM9的4G虚拟地址可分成128个进程空间，每个32M。虽然它们的虚拟地址(VA)都是0-(32M-1)，但是对应的MVA(Modified vitual address,由虚拟地址VA和进程号PID组合而来)不一样，设置MVA对应的页表指向不同物理地址就可以很方便地让各进程运行空间相互隔开。代码很少，注释丰富，希望能对想理解操作系统、了解ARM体系结构的朋友有所帮助。 -This is a trip of less than 2000 operating system, cleverly using ARM9 CPU memory management unit (MMU) to achieve the switching process. ARM9 4G virtual address can be divided into 128 process space, each 32M. While their virtual address (VA) are 0- (32M-1), but the corresponding MVA (Modified Virtual address, and by the virtual address VA and the process of portfolio from PID) not the same, set MVA corresponding page table at the different physical address can be very easy to let the the process of separating the mutual operation of space. Code rarely Notes rich, in hopes of understanding the operating system, understanding the ARM architecture friends help.

LPC2129芯片串口和can口使用利用该芯片那带串口和can控制器设计转换桥，文件中为使用开发程序源码可以方便使用-LPC2129 chip serial port and can I use it with the use of the chip serial port and can convert the bridge controller design, document the development of procedures for the use of source code can be user-friendly

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