资源列表
DS18B20
- 使用ds18b20实时温度测量芯片与51单片机以及数码管来实现温度的测量-Using real-time temperature measurement ds18b20 51 single chip and digital control to achieve the temperature measurement
DS18B20program
- 单片机驱动DS18B20单总线程序，在液晶1602显示屏上面显示温度数值，经过测试完全可以正常使用。-Single-chip driver DS18B20 single bus program, the LCD display 1602 temperature values shown above, tested can be used normally.
Ultra-low-power-angle-measurement
- 使用msp430g2553单片机，及ADXL345芯片进行平台3轴倾角测量。-Use msp430g2553 microcontroller, and chip ADXL345 3-axis tilt measurement platform.
Dual-serial-communication
- stc89c52单片机的简单双机通信原理程序，包括主机与从机程序。-Dual microcontroller serial communication stc89c52 simple two-machine communication theory procedures, including procedures for master and slave.
Arduino_MPU6050_RxTx
- Arduino，MPU6050芯片 【Tx发送端程序】 tx_client_MPU6050.cpp 【Rx接收端程序】 rx_server02.c-Arduino, MPU6050 chip [Tx] tx_client_MPU6050.cpp sender program receiving end of the program [Rx] rx_server02.cpp
Arduino_MPU6050_RxTx
- Arduino，MPU6050芯片 【Tx发送端程序】 tx_client_MPU6050.cpp 【Rx接收端程序】 rx_server02.c-Arduino, MPU6050 chip [Tx] tx_client_MPU6050.cpp sender program receiving end of the program [Rx] rx_server02.cpp
test
- 一个pid算法程序，使用的keilc编译。单片机使用的是sm89c52，算法简单，通过实际调试通过，好用，对编写pid温度控制程序的工程师有一定的参考价值-Pid algorithm of a program, use the keilc compiled. Microcontroller using sm89c52, algorithm is simple, practical debugging through the adoption of easy to use, pid tempera
1.MPU6050Test
- 基于STM32编写的能够采集MPU6050数据并解算的源码-Based on the STM32 prepared to collect the data and solver MPU6050 source
2.HMC5883L_Test
- 基于STM32编写的能够采集HMC5883数据并解算的源程序-Based on the STM32 prepared to collect HMC5883 data source solver
3.BMP085_Test
- 基于SYM32编辑的能够采集BMP085数据并解算的的程序源代码-Based SYM32 editing can collect the data and BMP085 solver program source code
自行车测速
- stc单片机最简单自行车测速LED版本，0-99km/h，带小数点，二位数码管，大于10km/m自动换成无小数点
Ling1
- 开关电源，交流220V转直流12V,采用芯片THX208-220V switch DC12V switching power supply schematic