TLS

磁栅尺开发资料. 用这个资料,可以轻松做到0.48um的高精度磁栅尺.( Magnetic scale development information. With this information, you can easily do 0.48um high-precision magnetic scale.)

C++编写的ＡＲＭ可控万年历使用ARM ADS1.2编译(ARM C++ write controlled calendar using ARM ADS1.2 compile the)

说明：  只用于学习STM32F4摄像头，将例程的连续采集拍照，改为5s拍照一次。(Only for STM32F4 cameras, the routine of continuous acquisition of photographs, to take a 5S photograph once.)

利用STM32进行超声波测距的代码，使用的是HC-SR04超声波测距模块(The STM32 code Ultrasonic Ranging use Ultrasonic Ranging Module HC-SR04)

nxp-lpc1768 zlg dac转换程序，实例程序。(nxp-lpc1768 zlg dac)

STM32F103C8T6 IO口操作，初学流水灯例子(STM32F103C8T6 IO port operations, beginner water lights example)

arm7s3c44b0的定时器应用 ，timetest(arm7s3c44b0 timer application, timetest)

说明：  共5个文件。2个描述了一些时钟的初始化以及时钟的使用。2个描述了UART的使用。一个文件是一个简单的使用示例。(This zip file contains the simple code to control the stm32 components. It tells how to initialize the clock module, use the clock module, and how to do the same thing to UART.)

说明：  基于STM32及数码管的电子时钟，能够显示时间(Electronic clock based on STM32 and nixie tube can display time)

STM32F0XX教程+例程源码 教程目录： 工程篇：搭建KEIL-MDK开发平台及制作MDK工程文件模板.pdf 资料篇-NUCLEO-072RB开发板特性讲解及资料准备.pdf 初级教程篇：按键(中断方式)实现24C04存储器内容读写.pdf 初级教程篇：实现一个LED灯(软件延时 systick定时器).pdf 中级教程篇：利用SPI总线构建NUCLEO-072RB和NUCLEO-302RB双机处理系统.pdf 中级教程篇：利用定时器实现6路互补PWM波形输出.pdf 高级教程篇：基于Labview上位机界面的NUCLEO-072RB数据采集系统.pdf 例程目录： 1.ADC 2.BLDC 3.DEMO-工程模板 4.EEPROM 5.KEY(中断方式) 6.KEY-EEPROM 7.LED（systick定时） 8.LED(软件延时) 9.PWM 10.SPI-MASTER-F0 11.SPI-SLAVE-F3 12.STM32-Labview-ADC 13.UART(printf 查询方式接收) 14.UART(中断方式方式接收)(STM32F0XX tutorial + routine source code Directory of courses: Project: building KEIL-MDK development platform and making MDK project document template.Pdf Information sheet -NUCLEO-072RB development board characteristics and data preparation.Pdf Primary tutorial: key (interrupt mode) to achieve 24C04 memory content read and write.Pdf Junior tutorial: realizing a LED lamp (software delay systick timer).Pdf Intermediate tutorial: using SPI bus to build NUCLEO-072RB and NUCLEO-302RB dual processor system.Pdf Intermediate tutorial: using timer to realize 6 complementary PWM waveform output.Pdf Advanced tutorial: NUCLEO-072RB data acquisition system based on Labview host computer interface.Pdf Routine Directory: 1.ADC 2.BLDC 3.DEMO- engineering template 4.EEPROM 5.KEY (interrupt mode) 6.KEY-EEPROM 7.LED (systick timing) 8.LED (software delay) 9.PWM 10.SPI-MASTER-F0 11.SPI-SLAVE-F3 12.STM32-Labview-ADC 13.UART (printf query mode) 14.UART (interrupt mode receive))