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main---9331
- 该文件是LIIL9331 TFT真彩液晶的驱动，用51单片机写的-This file is ILI9331 TFT color LCD driver, 51 MCU write
STM32_Time
- 这个实验是STM32定时器中断实验。控制LED灯亮或者灭-This experiment STM32 timer interrupt experiments. Control the LED lights off or
STM32_-USART
- 这个实验是STM32串口实验，中断接收数据。-This experiment is the experiment STM32 serial interrupt receive data.
STM32_EXIT
- 这个实验是STM32外部中断实验。控制LED灯亮灭-This experiment STM32 external interrupt experiment. Control LED lights off
communication-circuit
- 由于RS232的电平与Arduino Mega 2560的接口电平不能兼容，所以就需要进行电平的转换，即进行串口转换模块的设计，本文选择利用ATMEGA16U2-MU模块来做电平转换，将上位机的指令通过此模块发给下位机-Since the RS232 level is not compatible with the Arduino Mega 2560 interface level, so we need to level conversion, that is designed to seri
hanshufashengqi
- 此为本人设计的函数发生器，可以输出方波，三角波，正炫波-This is my design of function generator, can output pulse, triangle wave, is dazzle wave
CC1101-LAYOUT
- 这是参考官方设计手册做的一个CC1101模块，实测有效直线通信距离200米，绘制环境AD16(附51，MSP430程序设计参考资料以及TI PCB参考设计)-This is the official reference manual designed to do a CC1101 module, found effective communication distance of 200 meters straight draw Environment AD16 (Annex 51, MSP430
sj
- 此文件为matlab的simulink仿真简单通信模型，使用高斯信道，包括信源编码、信道编码、成型滤波、带通调制等等模块-This file is a simple communication matlab simulink simulation model using Gaussian channel, including source coding, channel coding, shaping filter, band-pass modulation module etc.
freq_divider7
- 本程序为七分频数字电路的实现，采用VHDL语言编程，采用常见的奇数次分频方法实现，进仿真证实可用。其他奇数次可以直接修改程序中相关参数值即可直接移植引用-This procedure is the seventh-frequency digital circuits implemented using VHDL language programming, using a common method to achieve the odd division into simulation confi
EP94Z1E-Schematics
- This the schematic of the EP94Z1E DEMO V1.O BOARD. This IC is usually used in HDMI to VGA converters.EP94Z1E is a Low Power HDMI/MHL Receiver with VGA/Audio outputs and embedded MCU. The chip accepts HDMI/MHL dual-mode input and convert the input sig
streetlights-based-on-VHDL
- 本程序设计了一个基于FPGA的路灯控制系统，具有时控、声光控、交通控制的功能，即不但可通过对系统人工设定开关灯时间来完成其工作，也可通过采集实际环境的光信号和声音信号来控制路灯工作，还可以通过交通状况控制；此外可以通过故障检测功能，实现对路灯的故障检测，并且可以由七段数码管显示故障路灯编号；同时，利用热敏电阻等器件组成外部电路，用来检测电路温度，此电路具有报警功能，保证系统在正常温度范围内工作。在交通状况控制模式下，利用红外传感器探测目标位置，进而确定输出高低电平。在仿真模拟中结果正确，实现了
LM386-200
- 这个模块是一个利用TI公司LM386放大芯片设计的放大200倍增益的电路，实测做出来的电路最多可以达到100倍左右的增益。-This module is a use of TI amplifier LM386 chip designed to amplify 200 times the gain of the circuit, the circuit can be measured to achieve up to about 100 times the gain.
HX711
- 这个模块电路的设计的功能是采集电阻电桥传感器传过来的数据进行处理，然后合理的送到单片机口进行输入处理。-The function of this module is to collect the data the resistance bridge sensor, and then send it to the mcu.
5
- Check the clock frequency & that the baud rate required can be achieved. Error of <1 is never a problem, <2 will work but is undesirable, 5 will not work. Note that this assumes that the other end of the link has perfect timing, which will norm
Structure-diagram
- 这是自己的毕业课题所绘制的结构框图，关于人体血氧饱和度测量的系统设计。-This is their own graduation project drawn by the structure of the block diagram, on the human blood oxygen saturation measurement system design.
jcwatergas-sch_pcb
- 这是一个基于瑞萨单片机开发的气表原理图及PCB,里面有气表的各个功能部分-This is a single-chip microcomputer based on the development of gas meter schematics and PCB, which has the function of each part of the gas meter
Altium-Designer-10-
- 这是一部关于描述altium designer10的书籍，通过此书籍的阅读，更好的设计电路图，为制作电路板，打下牢固基础。 -This is a book on the descr iption of altium designer10, through this book reading, better design circuit diagram, for the production of circuit boards, lay a solid foundation.
ARM
- 这是一个ARM的keil c for arm源码和proteus仿真电路图，大家可以拿来参考参考，玩一玩。-This is an ARM of the keil c source code for ARM and proteus simulation circuit diagram, you can refer to, and have some fun.
mcu-yuanma
- 这是一个MCU的c 源码和proteus仿真电路图，大家可以拿来参考参考，玩一玩。-This is a c source and proteus emulation diagram for MCU, which you can use for reference and play.
WenDuJisheji
- 本文主要介绍了基于AT89C51的测温系统，采用温度传感器DS18B20和LCD1602，可实现对温度的采集与显示，并可任意设定上下限报警温度，自动报警。-This article mainly introduces the temperature measurement system based on AT89C51, adopts temperature sensor DS18B20 and LCD1602, can realize the temperature collection an