负载电池接口项目

该驱动程序是针对2410开发板的LED灯的驱动，内附驱动测试程序。Linux内核源码版本2.6.18.4-The driver is a 2410 development board for the LED lamp driver, enclosing the drive test procedure. Linux kernel source code version 2.6.18.4

CAN总线方面的资料,有关SJA1000 CAN芯片方面的应用，有助于这方面的开发-CAN ,SJA1000

是modbus的C写的源代码,可移植到任意的芯片.该代码用在freescale 芯片.用的是大端模式.如果到小端模式的芯片需要稍微修改一下.-Is the modbus source code written in C, portable to any chips. The code used in the freescale chips. Using a big endian mode. If the little-endian mode of the chip need to be slightly reformulated.

我们的项目implemenUART全面聊天通过UART和代码的每一步都有注释解释清楚

STM32的FSMC连接LCD160160，高速驱动此类液晶屏。驱动中包含了ASCII字库，中文字库需要扩展，最好是配合FreeRTOS一起使用。

CAN总线的一些资料。讲得比较多，也很详细。CAN总线的学习和开发都比较有用。-CAN bus with some information. Has stood out that much, but very detailed. CAN bus are more useful for learning and development.

1线通信的实用程序--Program for single-thread communication.

在上面的电路图，AT89C52 用于模拟指示灯闪烁代码。您可以放置 AT89C51 在这里没有任何其他的变化和代码仍将运行相同。因此，此示例代码可以处理 AT89C51 和 AT89C52 的微控制器。 这里使用 11.0592 MHz A 晶体。你可以使用 8051 的任何晶体值从 3 到 24 兆赫。正如我们所知 8051 微控制器有一个建筑，在 12 个 CPU 周期执行一条指令，因此这种 11.0592 Mhz 晶体使此 8051 的运行在 0.92 MIPS (百万指令每秒)。此项目的代码如下所示。

应用背景Abstract—Leros is a tiny microcontroller that is optimized for current low-cost FPGAs. Leros is designed with a balanced logic to on-chip memory relation. The design goal is a microcontroller that can be clocked in about half of the speed a pipelined on-chip memory and consuming less than 300 logic cells. The architecture, which follows from the design goals, is a pipelined 16-bit accumulator processor. An implementation of Leros needs at least one on-chip memory block and a few hundred logic cells. The application areas of Leros are twofold: First, it can be used as an intelligent peripheral device for auxiliary functions in an FPGA based system-on-chip design. Second, the very small size of Leros makes it an attractive softcore for many-core research with low-cost FPGAs.关键技术The smallest core is comparable to Leros and can be implemented

串口中断＿niosII.c SOPC UART!-Serial interrupt _niosII.c SOPC UART!