c8051F121单片机串口控制代码，温度传感器

arm11 初学源代码 有些事自己完成 有些是经过修改的。希望对大家有帮助(arm program.)

C8051F120,实现ADC0采样芯片温度，通过串口0发送到PC机,实时监控温度的变化(C8051F120, ADC0 sampling chip temperature to achieve, through the serial port 0 is sent to the PC, real-time monitoring of temperature change)

C8051F410单片机通过spi控制RF芯片(C8051F410 MCU controls RF chip through SPI)

说明：  关于抓住那头牛另一种代码书写，借鉴了一些大神的代码一下(As for grabbing the cow and writing another code, learn from the code of some gods.)

1、Ninject简介 Ninject是基于.Net平台的依赖注入框架，它能够将应用程序分离成一个个高内聚、低耦合(loosely-coupled, highly-cohesive)的模块，然后以一种灵活的方式组织起来。Ninject可以使代码变得更容易编写、重用、测试和修改。 Ninject官方网址为：http://www.ninject.org/ 。2、项目引用Ninject1>、 Tools -> Libaary Package Manager -> Package Manager Console，打开Package Manager Console窗口；2>、在Package Manager Console窗口中输入指令，Enter；1 PM> Install-Package Ninject3>、在项目中添加对Ninject的引用。3、Ninject使用Modules and the Kernel注入 Ninject中将类别以模块(Module)形式进行分组绑定，每一个模块代表应用程序的一个独立部分，这些模块可以根据需要进行组织。每一个模块都需要实现接口IModule，多数采用扩展StandardModule类来便捷实现。 Ninject依赖注入包括构造函数、属性、方法和字段的依赖注入

名称：门禁模拟 模拟现实中门禁系统，可以输入密码进入也可以呼叫住户，再由住户按下开门按键 实现改密码功能，密码保存在24c02中能保证掉电不丢失密码。八个LED灯分别代表 8家住户，其中开门按键为共用，还带有忘记密码恢复按钮，模拟恢复出厂设置， 显示部分为LCD1602。程序共分为3种模式，分别为 等待输入 密码修改 呼叫住户 3种模式，其中等待输入是主要状态，所以在进入密码修改 呼叫住户模式后如果 长时间没有操作能自己切换到等待输入模式。(Name: Access Analog Simulating real access control system, you can also enter a password to enter the call households, again by pressing the open button households Implement change password function, the password stored in the 24c02 can guarantee non-volatile password. Eight LED lights represent 8 households, which opened the door keys are shared, but also with forgotten password recovery button, analog restore factory settings, Display part LCD1602. Program is divided into three modes, namely, waiting for a password to modify call households 3 modes, which is the main input wait state, so call households entering the password change mode if Their long time operation can be switched to the standby input mode.)

Qt5 QtChart饼图绘制实例,结合QPieSeries、QChat、QChatView等控件，实现了某类产品的饼图以及相应比例数值展示

STM32的红外线接收头文件，使用了STM32的中断作为接收解码。(Infrared receiver files the STM32, STM32 interrupt used as a receiver decoding.)

WGS84和BJ54坐标转换源程序 C# WGS84和BJ54坐标转换源程序 C# WGS84和BJ54坐标转换源程序 C# WGS84和BJ54坐标转换源程序 C#

基于 AVR 单片机的水温自动控制系统 摘要: 本系统以 ATMEGA16 单片机作为系统的检测和控制核心，采用温度传感器 AD590实现0—100℃温度范围内的实时温度采集，通过双向可控硅 BT136 控制电热杯对系统进行加热，利用继电器控制半导体制冷片对系统进行散热。通过一线键盘实现对任意温度值进行设定并对模糊 PID 参数的调整，液晶 LCD1602 实时更新显示当前温度测量值与键盘设定温度值。利用模糊 PID 算法，通过调功法对水温系统进行控制,实现在 0—100℃范围内任意设定温度值，静态误差小于±0.5℃。 关键词： AVR 单片机 水温自动控制 模糊 PID 算法 (AVR Microcontroller Based Temperature Control System Abstract: This system ATMEGA16 microcontroller as the core monitoring and control system using the temperature sensor AD590 0-100 ℃ temperature range to achieve real-time temperature acquisition, through triac BT136 control system for electric heating cup, using relay control system for semiconductor cooling heat tablet. Achieved through the keyboard line value for any temperature setting and adjustment of fuzzy PID parameters, real-time updates LCD1602 LCD displays the current temperature measurements and the keyboard set temperature. Fuzzy PID algorithm, the system transfer function method of temperature control, to achieve the 0-100 ℃ adjustable set temperature, the static error is less than ± 0.5 ℃. Keywords: AVR microcontroller water temperature control fuzzy PID algorithm )