lcd

单片机按键识别，用于实现不同的键盘输入的识别与后续操作。(The single-chip button recognition is used to realize the recognition and subsequent operation of different keyboard inputs.)

说明：  了解微波滤波电路的原理及设计方法。

定时打铃原理图，时钟芯片选择ds1302，可任意设定打铃时间！(Timing the bell ring principle diagram, the clock chip ds1302 choice, can be arbitrary set the bell ring of time! )

说明：  SIMULINK仿真中做了模糊控制自整定PID控制器和常规PID控制器对同一个一阶惯性环节的控制仿真，(SIMULINK simulation of fuzzy control has done a self-tuning PID controller and conventional PID controller with a first-order inertial link in the control simulation,)

本程序是基于msp430单片机的uart驱动程序(This procedure is based on MSP430 microcontroller UART driver)

msp430单片机的入门者，可以看看，会有一些帮助。(msp430 microcontroller beginners, you can see, there will be some help.)

AD9854 SPI串行控制开发资料 资料包括 AD9854 芯片手册 AD9854 芯片手册对照翻译（阅读手册时自己整理的） AD9854频率控制字简易计算器 (写来自用的) SPI方式操作AD9854的历程（基于MSP430F149） SPI方式操作AD9854扫频的历程（基于MSP430F149） 其他参考历程 AD9854 SPI串行控制调试体会（我的博客文章） 等 (AD9854 SPI serial control data, including development of data-chip AD9854 AD9854 chip manual manual control translations (when you read the manual finishing their own) AD9854 Frequency control word simple calculator (written from the use of) SPI mode operation AD9854 course (based on MSP430F149) SPI mode AD9854 sweep the course of operation (based on MSP430F149) other reference process AD9854 SPI serial control debugging experience (my blog), etc.)

说明：  基于STC51单片机，实现dds的算法部分(Based on 51, the algorithm part of the realization of dds)

本文以霍尔茨(HOLZER)法作为船舶轴系扭转振动的计算方法，着重研究了船舶轴系自由扭振的计算与分析，并对轴系扭振产生原因进行了分析，提出了一系列减振方法，以保证船舶动力装置的安全正常运行。(In this paper, Holtz (HOLZER) Act as the ship shafting torsional vibration calculation methods, focusing on the calculation and analysis of ship shafting torsional vibration of freedom, and the shaft torsional vibration causes analyzed, proposed a series of less vibration methods to ensure the safety of the ship s power plant running.)

SDK for Felica Lite S