STM8S TIM4定时器，精确延时控制LED (2022-04-28, IAR, 1031KB, 下载0次)
http://www.pudn.com/Download/item/id/1651116360996205.html
这是一个加权递推平均滤波法，对五路的电磁传感器传回的数据进行滤波处理，去除掉异常的数据，并且使数据更加平滑易于处理。
This is a weighted recursive average filtering method, which can filter the data from five electromagnetic sensors, remove the abnormal data, and make the data more smooth and easy to process. (2021-03-19, IAR, 1KB, 下载0次)
基于CC2530实现的手势传感器实现，包含zstack的组网工程（短地址组网）
The realization of gesture sensor based on CC2530, including the networking project of zstack (2021-01-11, IAR, 37548KB, 下载1次)
基于CC2530的手势传感器PAJ7620使用
Application of hand gesture sensor paj7620 based on CC2530 (2021-01-11, IAR, 6KB, 下载1次)
TCP服务器(网关)：STM32F107 + 433M（SI4432 发射功率20DBM 距离
可以实现局域网或是外网远程控制家电（外网需要在路由器上面做DNS域名解析和端口映射）
zhinengjisjutcpfuwuqi (2020-08-28, IAR, 1106KB, 下载0次)
DUK[7:0]： DATA EEPROM解锁密钥
该位可由软件来进行写操作(在任何模式下)。当读该寄存器时，返回值为00h。请参考对DATA
区域的写操作 来了解数据区域解除写保护机制的更多细节
RM0016 Reference Manual STM8S microcontroller family (2019-01-28, IAR, 17KB, 下载2次)
键盘按下后TIM3定时器延时5秒继电器吸合实验
TIM3 timer delay 5 seconds relay pull-in experiment after keyboard is pressed (2018-07-18, IAR, 1179KB, 下载0次)
通过模拟IIC读写24Cxx存储器里的数据
Read and write data in 24Cxx memory by analog IIC (2018-07-18, IAR, 1237KB, 下载0次)
CAN通讯控制LED和继电器（单片机STM8，开发环境IAR）
CAN communication control LEDs and relays (2018-07-18, IAR, 1293KB, 下载12次)
ZigBee cc2530 硬件搭载 触摸传感器进行开发试验
ZigBee CC2530 hardware equipped with touch sensor for development test (2018-06-24, IAR, 117KB, 下载1次)
CC2530的基础实验代码，包括跑灯，按键控制和定时等实验
CC2530's basic experimental code, including running lights, key control and timing experiments. (2018-04-28, IAR, 141KB, 下载3次)
温度传感 二分查表法 遥控代码 ，即时温度显示，遥控切换控制继电器。
Temperature sensing two point look-up table remote control code, real-time temperature display, remote control switch control relay. (2018-04-15, IAR, 9348KB, 下载1次)
基于430g2553的自动循迹小车程序，利用红外传感器进行循迹
Automatic vehicle tracking program based on 430g2553, using infrared sensor for tracking (2018-04-06, IAR, 22KB, 下载1次)
定时器应用 C语言 电机驱动 方向控制信号 电磁阀
helli.c demon timer (2018-03-31, IAR, 1KB, 下载1次)
飞思卡尔智能车竞赛电磁组程序。
1.实现了电感标定 不用因为更换赛道而调节电位器
2.采用归一化算法 使其有更好的适应性
3.FLISH 数据保存，不再因重启而重新修改参数
4.采用独特的参数调节方式，调节灰常方便，至于什么方法就自己研究下吧 。
5.利用MPU6050 进行车子的姿态检测 准确判断坡道和路障。
The electromagnetic group program of the flying Carle intelligent car competition.
1. the inductance calibration does not need to adjust the potentiometer because of the change of the track
2. using the normalization algorithm to make it better adaptable
3.FLISH data preservation and no longer revise parameters for reboot
4. use the unique parameter adjustment method, adjust the ash often convenient, as for what method to study under it.
5. using MPU6050 to detect the vehicle's attitude accurately and correctly judge the slope and roadblock. (2018-03-24, IAR, 18319KB, 下载11次)