资源列表
12864-Driver-function-set
- 12864并行的底层驱动函数，包括画线，画点，显示汉字，数字，图片等功能-12864 Parallel underlying driver functions, including line drawing, painting points to display Chinese characters, numbers, pictures and other functions
Temperature-multi-point-acquisition
- 18B20多点采集的温度值在1602液晶屏幕上显示-18B20 multi-point temperature value displayed on the 1602 acquisition of the LCD screen
RZ-SL22-Ultrasound--Distance
- 51系列单片机用RZ-SL22进行超声波测距的源代码，包括可下载的.hex文件-Distance measuring using RZ-SL22 controlled by MCU89C51. .hex file is also included
Remote-control
- 51单片机进行无线遥控的接收模块源代码，包括可直接下载的.hex文件-Use MCU 89C51 as a remote controller. The source code for receiving part. .hex file is included
PCF8591-4-digit
- 用51单片机和PCF8591进行AD转换然后用4路数码管显示的源代码，包括.hex文件-Use MCU 89C51 and PCF8591 to A/D change and use 4 digits to display. .hex file is included
AD-sampling
- 基于单片机的C语言AD采样程序，实现数字到模拟的转换。-MCU C language-based AD sampling procedures, digital-to-analog conversion
SPWM
- 基于单片机的SPWM（脉冲宽度时间占空比按正弦规律排列的脉冲宽度调制）实现，C语言源代码。-Microcontroller-based SPWM (duty cycle of the pulse width time arranged by sinusoidal pulse width modulation) implementation, C language source code.
dpj
- 基于单片机的电子琴（C语言）设计，可以实现4X4键盘控制输出24高低音阶，并控制音乐播放。-SCM keyboard (C language) based design can achieve 4X4 keyboard to control the output level of the scale 24, and control music playback.
MCP410
- 基于单片机的MCP410数字电位器的C语言实现，通过KEIL平台编程，编译。-MCP410 microcontroller based digital potentiometer C language programming platform by KEIL compiler.
balance_car_xs_V1.2.5
- 基于飞思卡尔MC9S12XS128处理器的自平衡车代码，有线性CCD的自创的动态自适应阀值算法，模糊PID,自创速度滤波，无线模块，LED小屏显示，等等。稳定性好。-Freescale processor-based MC9S12XS128 self-balancing vehicle code, there are linear CCD dynamic adaptive threshold algorithm homemade, fuzzy PID, homemade speed filter
LEDRunning-water-light-code-briefly
- 简要流水灯代码，不过里面端口不同，出来的效果不同-Briefly water lamp code, but the inside port is different, the effect is different
PWMControl-LED-lights
- PWM控制LED灯渐亮渐灭实验 // 按K1，PWM值增加，则占空比减小,LED 灯渐暗。 // 按K2，PWM值减小，则占空比增加,LED 灯渐亮。-PWM control LED lights gradually fade out the experiment //by K1, PWM value increases, the duty ratio is reduced, LED lights are dimmed. //by K2, PWM value decreases,