资源列表
ADC0804
- ADC0804数字电压表ADC0804 digital voltmeter(ADC0804 digital voltmeter ADC0804 digital voltmeter)
PLCTest2
- 三菱PLC联网组件，通讯组件适用于 基于PC高级语言的工业自动化控制系统(MITSUBISHI PLC networking components, communication components for industrial automation control system based on PC high-level language)
External interrupt&Timed interrupt
- 通过本教程，初学者可以了解单片机的定时及外部中断的方法，同时也可以了解单片机编程、调试方法。(Through this tutorial, beginners can understand the timing of the microcontroller and external interrupt method, but also can understand the microcontroller programming, debugging methods.)
nd455
- Contains the eigenvalue and eigenvector extraction, the training sample, and the final recognition, Constituting the modulated signals of different frequencies, Rapid expansion of random spanning tree algorithm.
fbiqt
- Computation Method D phononic bandgap plane wave, Based on matlab GUI interface design, High simulation efficiency.
5626
- The performance of the program has reached a high level, Is the basis of the signal processing, There CDF trigonometric curve / 3D graphs.
wh564
- Graduation useful Computing time and two-dimensional histogram, Course designed to prepare the matlab program code.
0283
- The true extent of the value of the intermediary measure, measure the true extent of the agency based on the value of image segmentation The signal spectral analysis and filtering, Using matlab written narrowband noise occurs.
ju843
- Car class-based truck driver trying to Matlab program, gmcalab fast generalized form component analysis, Debugging can be used.
bsl
- TI DSP c674x sample code TI DSP c674x sample code-TI DSP c674x sample code TI DSP c674x sample code TI DSP c674x sample code
DianZiLuoPan
- ZCC212N-TTL-TY1电子罗盘 ZCC212N-TTL-TY1 是最新推出的 ZCC212N-TTL 的升级版（输出引脚兼容），经过大量实践证明相对于早期的 ZCC212N-TTL 性能更稳定，抗干扰能力更强。ZCC212N-TTL-TY1 是一款平面数字罗盘模块。其工作原理是基于 X，Y 两个方向的磁阻传感器感应地球的磁分量，从而得出方位角度。该产品以 TTL 方式与上位机进行通信， 运行稳定，并具有标定功能，其输出波特率可调，有连续和询问两种输出方式，同时具有安装角和
Random-Sequence
- 利用嵌入式语言编程实现随机序列的嵌入式程序-Using the embedded programming language random sequence embedded program