datasheet

电力电子中高压直流输电控制系统的12脉波驱动仿真模型(power hvdc 12pulse)

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.)

通过实现简单的线性反馈移位寄存器（LFSR），理解LFSR的工作原理、本原多项式重要意义(By implementing a simple linear feedback shift register (LFSR), to understand the working principle of LFSR, primitive polynomial significance)

本论文中,以一级倒立摆为研究对象,对它的起摆以及稳定控制做了研究，主要研究工作如下: 1.首先介绍了倒立摆系统的组成和控制原理,建立了一级倒立摆的数学模型,对倒立摆系统进行定性分析,但在平衡点是能控的、能观的。 2.分析了倒立摆的起摆过程,对倒立摆的起摆能量反馈控制进行分析与说明。 3.在matlab2014a的simulink库下对倒立摆构造单级倒立摆状态反馈控制系统的仿真模型和构造具有状态观测器的单级倒立摆状态反馈控制系统的仿真模型。 4.对这次仿真的总结。(In this paper, in order inverted pendulum for the study, since it swing and stability control to do the research, the main research work is as follows: 1. The first introduces the composition and control principle of inverted pendulum system, the establishment of inverted pendulum The mathematical model of inverted pendulum system for qualitative analysis, but at the equilibrium point is controllable, and can view. 2. Analysis of the inverted pendulum swing the process of inverted pendulum swing the feedback control of the energy analysis and explanation. 3. Under matlab2014a the simulink library to construct a single-stage inverted pendulum swing state feedback control system simulation model and the structure has a state observer status feedback single-stage inverted pendulum control system simulation model. 4. Summary of the simulation.)

12F629开发的中控锁,可以控制两个继电器.带学习功能(Lock 12F629 developed to control the two relays. With learning function)

keil5编程环境下的STM32的BKP数据保存与恢复。(The STM32 BKP data preservation and restoration.)

说明：  可以通过图片制作自己想要的东西,大家可以自己制作U盘。(You can make what you want through pictures, and you can make your own U disk.)

附件为stm32f103vet6的uart和io驱动示例(Attached are examples of UART and IO drivers for stm32f103vet6)

说明：  在此基础上，设计一种温度测量系统，能够检测温度，并通过按键调整温度的上下限值，若超过该限值，进行报警提示。该系统的硬件子电路主要用Protues仿真软件实现，具体的子电路包括：恒流源电路（TLC2543芯片）、信号放大调理电路（两线制铂电阻PT100）、单片机最小系统（AT89C51）、A/D转换电路、按键电路、显示电路、声光报警器等。该系统的软件电路以C语言为基础，在Keil中实现。最后通过软硬结合，实现电路的各种情况仿真，以此验证电路设计的正确性和合理性。(On this basis, a temperature measurement system is designed, which can detect the temperature and adjust the upper and lower limits of the temperature by pressing the key. If it exceeds the limit, an alarm will be given. The hardware sub circuit of the system is mainly realized by Proteus simulation software. The specific sub circuits include: constant current source circuit (TLC2543 chip), signal amplification and conditioning circuit (two-wire platinum resistance PT100), minimum system of single chip microcomputer (AT89C51), a / D conversion circuit, key circuit, display circuit, sound and light alarm, etc. The software circuit of the system is based on C language and implemented in keil. Finally, through the combination of hardware and software, the circuit simulation is realized to verify the correctness and rationality of the circuit design.)

Basic manual for programming in c++