资源列表
Vivado-Introduction
- XILINX VIVADO开发使用工具教程-Introduction to the Vivado Design Suite
JK
- 利用C8051F121的两个串口，完成与上位机和多个模块的通讯，合理的利用中断，完成模拟量的采集-C8051F121 with two serial ports, the host computer and complete communication with a plurality of modules, rational use of interruptions, the analog acquisition
SPI_ROM
- FPGA实现非标准SPI总线数据的接收和解码，并实现ROM数据的读取和执行-FPGA implementation of non-standard SPI bus to receive and decode the data, and to achieve ROM data read and
F330_Key
- C8051F330实现矩阵键盘的扫描和按键的消抖处理，将扫描的键盘数据以600bps的UART速度发送给其他设备-C8051F330 realize debounced processing matrix scanning and keyboard keys, keyboard data will be sent to UART scan speed 600bps to other devices
F120_20160509
- 单片机C8051F120实现液晶屏、串口、模拟SPI的控制-MCU C8051F120 realize LCD, serial, analog SPI control
C51_ds18b20
- 适用于单片机爱好者，完成基于DS18B20的环境温度检测实验，利用数码管显示，清晰直观-Suitable for SCM lovers, completed based on the ambient temperature detection experiments DS18B20, the use of digital display, clear and intuitive
freescale-Linear-CCD--
- 第十一届飞思卡尔，四轮组，线性CCD，速度闭环和方向闭环，速度2米以上，稳定性强，线性CCD用二值化处理，动态阈值-The 11th freescale, four wheels, linear CCD, speed and direction of the closed-loop, speed stability is strong, for more than 2 meters, linear CCD with binarization processing, dynamic thresho
OV7620-median-filtering-
- 飞思卡尔摄像头组OV7620图像处理，利用中值滤波算法去噪点，图像无噪点，黑白分明，对飞思卡尔赛道能够清晰地去除噪点，分出赛道边缘-Freescale camera set OV7620 image processing, the use of noise, median filtering algorithm image noise, black and white, the freescale circuit can get rid of the noise clearly, edge to
50HZsinwave
- 在CCS中用汇编编程，利用泰勒级数展开实现50hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。-Assembler programming with CCS, using Taylor series expansion to achieve 50hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum vie
600HZsinwave
- 在CCS中用汇编编程，利用泰勒级数展开实现600hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。-Assembler programming with CCS, using Taylor series expansion to achieve 600hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum v
2500HZsinwave
- 利用泰勒级数展开实现2500hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。汇编编程。-Taylor series expansion to achieve 2500hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum view. Assembler programming.
4500HZsinwave
- 利用泰勒级数展开实现4500hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。汇编编程。-Taylor series expansion to achieve 4500hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum view. Assembler programming.