资源列表
TemperaturePID
- 基于stm32的PID温度控制，采用18B20反馈，恒温40度。用于医疗自动分析。稳定温度在正负0.5度内-Stm32 based PID temperature control, the use of 18B20 feedback, constant temperature of 40 degrees. Automatic analysis for medical treatment. Stable temperature within plus or minus 0.5 degrees
stm32f407can
- stm32f407单片机can总线通信实验，已经验证过，确保准确度-the use of stm32f407 can communication project is right
MY-C-FK-DG
- 四轴STM32超声波定高光流定点程序，可实现四轴飞行器悬停-Aircraft produce
AD1674
- stc89c52 51单片机控制ADC ad1674进行模数转换的程序模数转换，使用keil环境，并用ldc1602显示转换数据-Stc89c52 51 single-chip computer control ADC ad1674 program analog-digital conversion of analog to digital conversion, using the Keil environment with ldc1602 display data
Infrared-remote-control
- 红外遥控 学习型 几乎是万能的学习型遥控器-Infrared remote control with encoding learning function
iar_led
- FreescaleIMX283裸机程序，IAR开发环境，喜欢的不要错过。-FreescaleIMX283 bare metal program, IAR development environment, don t miss love.
LED
- 用STC15F104W单片机控制SW2811，有七色变化，七色渐变，流水模式。-SCM control with STC15F104W SW2811, there are seven color change, seven-color gradient, flow patterns.
v1.6
- 基于PIC16系列，多功能电子烟，温控、电压控制、多模式。-Based on PIC16 series, multifunction electronics, temperature control, voltage control, multi-mode.
STM32-RC522
- 这是是基于STM32的RFID实验，采用STM32F103ZET6和MFRC522，花了一上午改出来的，绝对可用。 程序正常运行时，LED0一闪一闪 读到卡片时，LED1灯点亮，并串口打印卡片类型和UID-This is based on the STM32 RFID experiments using STM32F103ZET6 and MFRC522, spent the morning changed out, is absolutely available. Progr
CC2530_SHT20
- 此源码包已在CC2530上测试验证通过，可读取SHT20温湿度传感器，希望对正在做这方面的朋友有所帮助。-This source code package has been tested on the CC2530 to verify the SHT20 temperature and humidity sensor, we hope to help friends in this area.
STM108Core
- STM32F103C8T6核心PCB板图，包括原理图，PCB，封装库，图幅库等，完全原创，经制版检验可用。-STM32F103C8T6 core PCB plans, including schematics, PCB, package library, map sheet libraries, completely original, is available through the plate test.
freescale--A
- 1.单片机上电后，用程序点亮信号灯A（非单片机开发板上自带的电源灯）；(5分) 2.使灯A闪烁，周期为1S（0.5S亮0.5S灭）；(10分) 3.设置按键，使可通过按键设置灯的闪烁周期（T为0.5S~3S可调，可调精度为0.1S，亮与灭的时间均为0.5T）；(25分) 4.编写程序，使灯B通过PWM波控制，成为呼吸灯（周期T为2.5S，占空比为0 ~100 ）；(20分) 5.编写程序，使通过按键可设置呼吸灯周期（周期T为1S~4S可调，可调精度为0.1S）；(20分)