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test_v1.0
- 实现了带温度计的电子日历,基于ADuC7020,ARM7TDMI处理器内核。系统具体功能包括:实时温度测量;显示时间日期;万年历功能(公历、农历);能掉电保存温度数据。-Achieved with a thermometer, an electronic calendar, based on ADuC7020, ARM7TDMI processor core. System Specific features include: real-time temperature measurement
text18b20
- 1602液晶与18b20温度传感器测量数据实时监测显示-1602 LCD with 18b20 real-time monitoring the temperature sensor measurement data show
main
- MSP430测量片内温度,并且通过滤波,最后用数码管实时显示!-MSP430 chip temperature measurement, and by filtering, and finally with digital real-time display!
jisuanqi
- 51实现计算器功能,实现基本的加减运算,以及温度测量和实时时钟-51 achieve the calculator function, to achieve the basic addition and subtraction, as well as temperature measurement and real-time clock
wendukongzhi
- 本文的温度显示系统是通过proteus仿真,利用单片机AT89C51单片机作为控制器,采用数字式传感器DS18B20进行温度采集和测量,实现实时温度检测,并通过LED显示器件显示温度的功能,能方便地应用于温度检测、控制场合。本设计采用DS18B20和AT89C51单片机研制一种温度显示系统。-This design of temperature detecting and measurement system is through proteus simulation, using microc
Low-frequency-AC-signal-measurement
- 低频交流信号测量系统 采用12864屏幕实时显示交流信号波形,并测量Vpp和频率-Low frequency AC signal measurement system 12864 screen real-time display of AC signal waveform, and measuring the Vpp and frequency
ds18b20
- ds18b20是测量温度的芯片,可以设置报警功能,实时测量温度高低-ds18b20 is to measure the temperature of the chip, you can set the alarm function, real-time measurement of the temperature level of
10-2-ADC_Temperature
- keil软件打开,内容是针对ARM3利用ADC模块做的实时测量温度的程序。-The keil Software Open, the content for ARM3 using ADC module to do real-time measurement of the temperature of the program.
little-car-send
- 小车采用STC12C5A16S2(主单片机)可以实现测量前方障碍物的距离,并实时发送给从单片机STC89C52,之后从单片机通过串口发送给电脑,此文件为发射端程序 -Car used STC12C5A16S2 (main MCU) can measure the distance between the front of the obstacle, and real-time to the slave microcontroller STC89C52, then sent from the mi
littlecar-receive
- 小车采用STC12C5A16S2(主单片机)可以实现测量前方障碍物的距离,并实时发送给从单片机STC89C52,之后从单片机通过串口发送给电脑,此文件为接收端程序-Car used STC12C5A16S2 (main MCU) can measure the distance between the front of the obstacle, and real-time to the slave microcontroller STC89C52, then sent from the mic
The-temperature-real-time-monitoring
- 应用计算机的实时监控和温度测量技术,采用单片机、温度检测电路、温度控制电路等,实现电阻炉炉温的实时监控。-Real-time monitoring and application of computer temperature measurement technology, microcontroller, temperature detection circuit, the temperature control circuit, to achieve real-time monitoring
stm32-tempeature-test
- 基于STM32F103ZET6的内部芯片温度测量 通过STM32F103ZET6自带的内部测温模块,在液晶上实时显示芯片内部温度 函数使用库函数V3.5编写-Based STM32F103ZET6 of 18b20 temperature digital sensor experiment By 18b20 temperature sensors measure temperature , and displayed on the LCD Function uses the li
dht
- 实现在单片机的1602液晶屏上显示实时的温度和湿度,精度范围在0.1个百分点,采用dht11作为测量传感器-Realization is displayed on the LCD screen in real time microcontroller 1602 temperature and humidity, the accuracy range of 0.1 percentage points, as the measuring sensor using dht11
Voice_frequence
- 这是一个利用DSPIC33FJ64MC802芯片进行音频AD采样以及FFT变换(得到功率谱)并将得到的数据进行串口发送的程序。该程序用于一个声音功率谱分析的设计中。 使用时需要配合外围的放大,滤波,加法器,以及电源等其他电路。并结合自编的上位机软件进行显示。 在Microchip给出的FFT函数中,256点FFT变换存在问题,无法得到正常数据。这是由于旋转因子表的错误造成的。本程序已经对其作出了修正。同时在功率谱计算的函数中,也作出了一些优化,在测量较小的幅值时,结果会更加理想。 本
arduino-motor-control
- 通过下位机(arduino)控制步进电机并实时测量相关数据,通过USB 上传到上位机(PC),可以实时保存数据。-By lower machine (arduino) stepper motor control and real-time measurement data, upload to PC via USB (PC), you can save the data in real time.
filter_2
- ******************2.算术平均滤波法******************************* 说明:连续取N个采样值进行算术平均运算 优点:试用于对一般具有随机干扰的信号进行滤波。这种信号的特点是 有一个平均值,信号在某一数值范围附近上下波动。 缺点:对于测量速度较慢或要求数据计算较快的实时控制不适用。 ********************************************************* -fiter 2
HD7279DISP
- 一个利用hd7279dsp的温度报警器,可以实现实时的测量温度,温度超过一定设定即会触发蜂鸣器和报警灯。-Hd7279dsp use a temperature alarm, can achieve real-time measurement of temperature, the temperature exceeds a certain set will trigger a buzzer and warning lights.
main
- 基于51单片机的带液晶显示,实时语音播报,上下限设定及报警的温度测量系统-Based on 51 MCU with LCD display, real-time voice broadcast, the upper and lower limits and alarm temperature measurement system
风板控装置制设计
- 本系统通过对直流小风扇风速的调节实现对风板转角的控制,使风板转角能够随风速变化而改变,且能快速达到设定角度并稳定。IAP15F2K61S2单片机为控制核心,通过键盘设定风板板角度 1602实时显示风板当前角度。单片机输出PWM波控制风扇的风速,通过GY521mpu-6050测量风板的倾角反馈至单片机,采用PID控制经典算法,使系统实现精确控制,然后微调小风扇的转速改变风速的大小使风板角度达到稳定。最终实现在悬挂重物的情况下风板能达到设定角度控制,且最终绝对值误差不超过5度.(The system
信号源频率,周期和脉宽的测量
- 信号源的频率,周期和脉宽的测量采用51汇编语言编程,实现实时分别检测信号源的频率,周期和脉宽数据,并在4位数码管上显示。系统硬件由555电路组成。系统分为频率检测模块,周期测量模块和脉宽测量3种模式,通过按键s7循环切换3种模式。处于频率检测模式,以发光二极管L1点亮指示。处于周期测量模式,以发光二极管L2点亮指示处于脉宽测量模式,以发光二极管L3点亮指示。