资源列表
LED_shanshuo
- 基于FPGA的小实验,是一个LED的闪烁,文件中有学习的资料和相关源代码,具有一定的参考价值。-FPGA-based experiments, an LED flash, learning information and source code files, has a certain reference value.
dianziqin
- 主要是基于FPGA的小实验,关于电子琴的设计和相关资料还有代码,具有一定的参考价值-FPGA-based experiment has certain reference value, keyboard design and data as well as code
shu_ma_guan_xian_shi
- 基于FPGA的开发小实验,主要是数码管的静态显示相关资料和源代码,具有一定的参考价值。-FPGA-based development of small experiments, static digital tube display relevant information and source code, has a certain reference value.
GPIOled
- dsp GPIO控制LED灯njgftghbygytf-dsp GPIO
fmq
- 主要是基于DE2开发板,使蜂鸣器发出警报声,和一些相关资料,具有一定的学习价值。-Mainly based DE2 development board, the buzzer sounds an alarm, and some information, some learning value.
dianliang_led
- 主要是基于FPGA的实验,对led灯进行点亮,有一定的参考价值。-FPGA-based experiment, led lights lit, there is a certain reference value.
LCD-electronic-clock
- 面向开愚51单片机液晶电子时钟的实现,该电子时钟可实现年月日星期以及时间的显示-Implementation of the 51 single-chip LCD electronic clock
C8051F340(C51)
- 此程序可以实现2.4G的无线模块通信,非常值得推荐。-This program can be achieved 2.4G wireless module communication, highly recommended.
MCU
- 实验二 累加和串并行显示实验 一.实验目的:学习80C196KC单片机I/O和T2定时应用。 二.实验内容:将4000H首地址的16单元的内容累加,取结果的低4位在P1口并行显示5秒钟,“1”灯亮,“0”灯暗;然后再在P1.0串行输出结果先输出4位高位,后输出4位低位。“1”灯亮,“0”灯暗,每位持续时间两秒。 三.实验预备知识:采用T2内部定时功能。相关中断屏蔽,IOC控制寄存器,中断允许,中断向量,中断程序格式。(80c196kc,晶振频率6Mhz) 四.实验步骤:P
AVR_M16(ICC)
- 此程序可以实现八通道的2.4G遥控器,可以用来遥控飞机,直升机等等。-This program can achieve eight-channel 2.4G remote control can be used to remotely piloted aircraft, helicopters, and so on.
Ventilation-duct-cleaning-robot
- 中央空调通风管道清洗机器人软件设计源程序,机器人程序主要有接收数据、前进、后退、左转、右转、停止、摄像头正转、摄像头反转等几种功能。-Central air conditioning and ventilation pipe cleaning robot software design, source code, the robotics program receives data, forward, backward, turn left, turn right, stop, forward
Automatic-handling-robot-source
- 自动搬运机器人的设计(软件设计)源程序,VJC为软件开发平台,以智能机器人为控制对象,模拟现场搬运,设计了自动搬运机器人的环境条件。-The automatic handling robot design (software design) source VJC platform for software development, intelligent robot control object, analog-site handling, design automatic handling r
