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LCD_drive_V2.0-
- 自从 07 年推出该书的第一版以来,很多阅读过本书的朋友都反映不错,得到大家的肯定这 是在下最感欣慰之事;而随着时间的推移,作者所使用的LCD 驱动程序也越来越丰富,目 前将这个通用版LCD 驱动程序应用到了很多MCU 之上,如传统的MCS51、增强型51(STC、 C8051 等),包括AVR 单片机也有在使用它;而上至ARM7(NXP 的LPC 系列)以及近一 年来风靡的ARM 公司新推出的Cortex-3 核心的MCU(作者是很看好STM32 系列)等等; 慢慢的也对原
Ex02-UART
- 基于NXP L1768设备的串行接口的初始化定义,使其可以实现内核和外设数据的通信。-NXP L1768 device initialization of the serial interface defined, so that it can achieve the core and peripheral data communications.
Ex03-EXTI
- 基于NXP L1768设备的中断接口的初始化定义,使其可以正确工作。-NXP L1768 device interrupt initialization interface definition so that it can work properly.
Ex04-I2C
- 基于NXP L1768设备的I2C总线的初始化定义,使其可以实现内核和外设数据的通信-Based on the initial definition of the the NXP L1768 equipment, I2C bus, so that it can achieve the core and peripheral data communications
Ex05-I2S
- 基于NXP L1768设备的I2S总线的初始化定义,使其可以实现内核和外设数据的通信-I2S bus-based NXP L1768 device initialization defined so that it can achieve the core and peripheral data communications
Ex09-LCD
- 基于NXP L1768设备的lcd的初始化定义,使其可以实现图像的显示。-NXP L1768 equipment lcd initialization definition so that it can display images.
AD9954_Frequency_Sweep_manual
- 基于ARM Cortex M0的AD9954使用,本人使用芯片为NXP LPC1114,此代码可实现手动扫频-Based on the ARM Cortex M0 AD9954 use, I use the chip as of NXP the LPC1114, this code can be manually swept
Lpc23xx_-sampleCode
- NXP LPC23XX系列示例代码,包含IIC CAN DMA等许多示例-Of NXP LPC23XX series of sample code,Include a lot of basice application
ARM7_SendRTC_C
- ARM7_SendRTC_C,主要是在NXP的ARM7平台下实现实时时钟,达到一定的精度的特点,代码直接能实现,可以参考学习。-ARM7_SendRTC_C mainly NXP' s ARM7 platform real-time clock to achieve a certain degree of accuracy features, and code directly to achieve, can refer to the study.
ARM7_PWMDAC_C
- ARM7_PWMDAC_C,主要是基于NXP的ARM7平台下的一个基础实验,如何实现PWM脉冲宽度调制,实现完全可以实现。-ARM7_PWMDAC_C, mainly, how to implement the PWM pulse width modulation, can achieve a basis for experiments based on NXP' s ARM7 platform.
NCANX
- NXP ARM处理器CAN总线线程序(keil环境) -The NXP ARM processor CAN bus line program (keil environment)
lpc1114Pfm1702sl
- 重复上传一次。NXP LPC1114(M0) CPU 自带SPI接口连接FM1702SL,代码简洁。产品正在用,运行十分稳定。本驱动程序包含了CPU卡APDU数据交换函数,对M1卡CPU卡都能用。本方案采用LPC1114+FM1702SL做IC产品(可读写卡方案)成本极低。 -more upload once.NXP LPC1114 (M0) CPU comes the the SPI interface connection FM1702SL, concise code. The prod
NXP_17xx_IAP
- NXP MCU 17xx_IAP 在线升级模块-For in application programming the IAP routine should be called with a word pointer in register r0 pointing to memory (RAM) containing command code and parameters. Result of the IAP command is returned in the result table
DIAODIAN
- nxP单片机的掉电试验程序,可用于51系列单片机的掉点实验-nxP microcontroller power-down test procedures can be used to point out of the 51 series microcontroller experiment
SPI
- SPI driver for LPC2103. Interrupt driver for communicating with the NXP LPC 2103 and an external SPI interface (can be any device with appropriate Logic levels). Tested at 2Mb.-SPI driver for LPC2103. Interrupt driver for communicating with the NXP L
LPC2292-LPC2294_CAN_SendData
- NXP LPC2XXX(LPC2292/LPC2294)系列CAN驱动和数据发送例程-NXP LPC2XXX (LPC2292/LPC2294) Series CAN driver routines and data transmission
LPC2294_LPC22XX_CAN
- NXP LPC22XX LPC2292 LPC2294 系列CAN自发自己收的实现,源码中有CAN相关的驱动-NXP LPC22XX LPC2292 LPC2294 series CAN spontaneous realization of their income, the source code associated with CAN driver
Philips_SC28L198A1A-S9203
- NXP 28L198 8路UART是一个单芯片的CMOS-LSI通信器件,它提供8路全双工异步通道,具有16字节FIFO,使用用户定义的Xon/Xoff字符可以实现自动带内(in-band)流控制,唤醒模式下可以进行地址识别。所有主机和OCTART之间的通信都使用同步总线接口。它由NXP 1.0微米的CMOS技术制造而成,结合了低成本、高密度和低功耗的优点。-NXP 28L198 8-channel UART is a single-chip CMOS-LSI communications de
11_SD-CARD
- NXP系统LPC11XX读写SD卡代码,经验证可以使用,并在项目上应用。-LPC11XX SD card reader code, you can use proven and applied in the project.
lpc1768
- NXP LPC1768(Cortex M3)芯片的参考驱动开发,包含所有外设的开发例子。以及UC-OS操作系统。路虎开发版可以直接编译下载运行。-NXP LPC1768 (Cortex M3) chip reference driver development, including all peripherals examples of the development. And UC-OS operating system. Land Rover development version can