资源列表
HG16016002G
- This Resouce Is For Dot Matrix Liquid Crystal Modules Controlled By UltraChip S UC1698-This Resouce Is For Dot Matrix Liquid Crystal Modules Controlled By UltraChip S UC1698
Tempreture-PID-contrller
- 以at89s52为微控制器，利用PID控制算法对水温进行恒温控制，使水温保持在设定值，并实时显示当前水温和偏差。-AT89s52 is used as the microcontroller ,PID control algorithm is designed to control the water temperature and make water temperature maintain the set value .And system can display the curren
ACS800_Control
- ACS800 工业控制变频器控制模块 可以使用 DTC直接转矩控制 与 VC 矢量控制 MODBUS 通讯控制-ACS800 converter control model DTC VC control MODBUS comunication
CGQ2013
- 基于MSP430F2013的信号采集程序，包括AD采集和IIC传输。-MSP430F2013-based signal acquisition procedures, including collection and IIC AD transmission.
PWM-DA
- 本程序实现用PWM方式实现DA转换。 入口参数：待转换数据在SOU中。 出口参数：RC2引脚上输出PWM波,在4MHZ主频下，频率为3.9KHZ。- This program to achieve the realization of DA converter with PWM. Entrance parameters: the data to be converted in the SOU. Export parameters: RC2 pin of PWM
stc-51-SD-CARD
- stc51驱动sd卡的好程序！能在51、52等stc系列的单片机上使用！有很强的可读性！-stc51 drivers sd card good program! In 51, 52, etc. stc series microcontrollers use! A highly readable!
proteus_colorLCD_CSTN20GG0906N7CUN6
- 彩色液晶屏CSTN20GG0906N7CUN6驱动方法相关资料并不多，这个是proteus下的彩色液晶屏CSTN20GG0906N7CUN6控制方法，较为详细，用代码及图片帮助相关学习人员较快的掌握其控制方法。-For the relate material of CSTN20GG0906N7CUN6 is not easy found. The control method of color LCD CSTN20GG0906N7CUN6.
51PWM
- 单片机PWM的实现原理及方法,了解PWM的工作过程-Single-chip implementation of PWM principles and methods to understand the working process of PWM
HOLTEK-PROGRAM
- 合泰单片机应用实例很详细,是很好的学习合泰单片机资料.-HOLTEK PROGRAM STUDENT
STC_sch
- STC单片机原理图库，囊括了多数STC系列单片机型号。注意是Altium Designer Summer 2008制作的。-sch of stc mcus.made by Altium Designer Summer 2008.
sd2400v2
- SD2403AP sd2068实时时钟芯片通用代码,I2C方式读写实时时钟-SD2403AP sd2068 common code real-time clock chip, I2C read and write real-time clock mode
M62359_C51
- M62359的C51源程序,包括C源文件和头文件,修改头文件中端口定义后可直接使用.-M62359 source of C51, including the C source and header files, modify the port definition header file can be used directly.