资源列表
基于单片机函数信号发生器设计（单电源）
- 基于单片机的函数信号器的设计，该信号发生器可产生方波三角波正弦波三种波形，而且幅度、频率可调。
FUZZYTEMPCONTRPL
- 具有模糊算法的温控控制程序，具有自整定功能，控制精度高，适合STC及51系列单片机移植-temprature control program,with FUZZY PID,and auto-adjust fuction,suitable for STC MCU or other 8051 serial MCU
PID-Tuning-deviceV2.0
- STM32 PID算法调节直流电机来控制调节需要达到的380V交流电的电流值采用PID算法+pwm来调节需要达到的电流值-STM32 PID algorithm to adjust the DC motor to control the need to achieve the adjustment of the 380V AC current value using the PID algorithm+ pwm to adjust the required current value
stm32f103
- 1、mcu stm32f103 2、通信电池中的BMS控制-1, mcu stm32f103 2, communication batteries BMS control
88f54ACZero
- 利用中颖单片机，从moc3052光偶检测过零检测控制双向可控硅控制程序.-Utilization of glume microcontroller, moc3052 light coupling detection zero passage detection control bidirectional thyristor control program.
stm32_esp8266
- stm32+esp8266连web服务器-Stm32+ esp8266 with web server
TIM-Advanced-Timer-PWM-Input-Capture
- 使用STM32的高级控制定时器PWM输入捕获模式，测量PWM波形频率和周期。学会使用高级控制定时器输入捕获功能，以及通用定时器PWM输出功能。-Use the STM32 Advanced Control Timer PWM input capture mode to measure the PWM waveform frequency and period. Learn to use advanced control timer input capture function, and gene
BujinMotor-S-Line
- STM32F103为核心控制步进电机实现S曲线加减速与直线加减速，驱动芯片为ULN2003,并用OLED进行显示，再加入了速度曲线的显示。还能实现加减速，正反转，速度保持。曲线数据使用数据表。-STM32F103 as the core control stepper motor S curve acceleration and deceleration and linear acceleration and deceleration, the driver chip ULN2003, and
HT16C22
- 段码屏驱动芯片ht16c22驱动程序，包含初始化及对ROM的读写操作。- U6BB5 u7C1 u5C4F u9A1 u2A1 u52AF u7Ac
TM1652
- 用TM1652基于C51做的一个简单的6位显示驱动，方便移植。-TM1652 based on C51 to do a simple 6 bit display driver, easy to transplant。
15-ISO_PWM
- STM32F030C8T6实测可用的PWM发生源码-STM32F030C8T6 measured available PWM source code
OLED测试
- spi通讯的OLED在51上显示， sbit LCD_SCL=P1^0; sbit LCD_SDA=P1^1; sbit LCD_RST=P1^2; sbit LCD_DC =P1^3; sbit LCD_CS=P1^4;(The OLED of the SPI communication is shown on 51 sbit LCD_SCL=P1^0; sbit LCD_SDA=P1^1; sbit LCD_RST=P1^2; sbit LCD_DC =P1^