资源列表
ad9984_YUV
- 做项目用单片机配置的ad9984代码，此部分是用芯片的YUV输入端，将YUV信号转换为 4：2:220bit给后级使用，因为涉及项目只贴出ad9984_YUV配置部分。-Do projects MCU configuration ad9984 code, this part is YUV input of the chip, the signal is converted to 4:2:220 bit YUV to use after the class, because it involves
PIDtemperature-control-system
- 本文主要从硬件和软件两方面介绍了MCS-51单片机温度控制系统的设计思路，简单说明如何实现对温度的控制，并对硬件原理图和程序框图作了简洁的描述。还介绍了在单片机温度控制系统的软硬件设计中的一些主要技术关键环节,该系统主要以8031单片机为核心,由温度检测电路,模/数转换电路, 过零检测电路, 报警与指示电路, 光电隔离与功率放大电路等构成。-The design of single-chip’s temperature control system is introduced from hard
11071300438925
- 单片机开发：主要是单片机初学者的开发使用，仅供参考.-CLOCK TOME
serial-EEPROM-procedures
- Examples of serial EEPROM read and write procedures
DS1302
- 基于51单片机和DS1302用LCD显示的一个实例的实现。-An example of realization of 51 single and DS1302 with LCD display based on.
XS128_HD7279
- 本代码基于MC9S12XS128单片机，控制键盘显示芯片HD7279，总线频率8MHZ，能够实现按键的自动消抖等功能-The code is based on MC9S12XS128 microcontroller to control the keyboard display chip HD7279, bus frequency 8MHZ, can automatically eliminate shaking function keys
XS128_Ultrasonic-Module
- 本代码基于MC9S12XS128单片机，控制超声波模块能够实现精准测距，误差为0.5CM。-The code is based on MC9S12XS128 microcontroller control ultrasonic ranging module can achieve precise, error 0.5CM
jisuanqi
- 基于TX-1C开发板的简易计算器,可以实现四位数字的运算，比如4567+1234、333*1000。最大可以输出6位结果，不能实现小数运算，数码管最开始的时候显示6个0.-TX-1C development board based on a simple calculator, you can achieve four-digit arithmetic, such as 4567 +1234,333 * 1000. The maximum output of 6 results can not
74HC595
- 实现74HC595串行信号转换位并行信号的输出。-74HC595 serial signals to achieve the parallel signal output.
STC15F4K60S4-PWM
- 用定时器0软件模拟PWM波的输出。定时工作模式为16位自动重载模式。-Analog output PWM wave with Timer 0 software. 16-bit timer mode auto-reload mode.
Breathing-light
- 使用STC单片机以及74HC595实现呼吸灯功能。-Use STC microcontroller and 74HC595 achieve breathing light function.
Timer0_test
- 基于STC单片机，通过定时器0，轮流熄灭LED灯。-Based on STC microcontroller, through the timer 0, turns off LED lights.