CAN

说明：  本压缩包中详细介绍了电动机的单片机控制的有关方法(The compression package described in detail the single-chip motor control of the method)

STM32F103控制iLi9341的2.4寸屏驱动例程，源码，带库函数，GPIO操作，可显示，已通过。(STM32F103 control iLi9341 2.4-inch screen driver routines, source code, library functions, GPIO operation can be displayed, has been adopted.)

多种信号发生器，包括正弦波，余弦波，锯齿波，方波等。(A variety of signal generators, including sine, cosine wave, sawtooth wave, square wave.)

12864上面的并行画线，可以画圆，三角形，正方形，直线，正弦波(12,864 above the parallel line drawing, you can draw a circle, triangle, square, line, sine wave)

介绍了点阵0到9循环变化的显示,介绍了单片机的中断使用(Introduced the lattice 0 to 9 cyclic changes in the show, introduced the use of SCM interrupt)

这是LPC1114单片机的I2C总线的程序，程序已可以运行，txt版文件。(This is a program LPC1114 microcontroller I2C bus, the program has been run, txt version of the file.)

微机原理及应用，在数据段1000H开始有100个不带符号数，编一程序段，找出其最大数并放在MAX单元中。(Microcomputer Theory and Application, begun in the data segment 1000H 100 unsigned number, compile a program segment, and to find out the maximum number of units on the MAX.)

TJA1050can自收发测试程序，结果在数码管上显示。(TJA1050can Self sending and receiving test program.Results in the digital tube display. )

说明：  有关STM32F103单片机使用PAC968516路pwm输出模块的驱动程序(About STM32F103 MCU using PAC968516 PWM output module driver)

基于单片机的ECG数据采集与预处理 本课题首先介绍了心电信号检测电路的设计，给出了心电信号采集电路具体的设计方法与部分实现电路。并采用了线性光电耦合器放大电路，对前置级运算放大电路及后置级放大电路进行光电隔离，有效地抑制了各种干扰。 其次，主要进行基于AT89C52低功耗MCU的便携式心电监护仪及其系统的研究。 根据人体心电信号的特征，设计性能优良的心电信号采集系统，选用低功耗8位单片机AT89C52和大容量Flash存储器对采集的心电信号进行记录、分析及处理(MCU-based ECG data acquisition and pre-treatment of the subject introduced first ECG detection circuit design, are given specific ECG acquisition circuit design method and some realization of the circuit. And the use of a linear optocoupler amplifier, the pre-amplifier circuit-level operations and post-class amplifier circuit for photoelectric isolation, effectively a variety of interference suppression. Secondly, AT89C52 mainly low-power MCU-based portable ECG monitor their systems. ECG in accordance with the characteristics of the human body, the design performance of the ECG acquisition system, selection of low-power 8-bit MCU AT89C52 and large-capacity Flash memory on the acquisition of the recorded ECG, analysis and processing)