CCSDS 350

How to Read and Understand the SNMP MIB Is your SNMP knowledge good enough? What if you could instantly understand the capabilities of any SNMP device?

New RFID Chip Datasheet

dSPIC33FJ64GP706 PIC芯片对内置FLASH进行读写数据操作。(DSPIC33FJ64GP706 PIC chip to read and write data with a built-in FLASH.)

can a传送到can b，然后将数据回传给can a。 然后验证传输和接收的数据。 这个例子可以用来检查can-a和can-b之间的通信。 DSP的两个端口都需要彼此连接(通过可接收的端口)。(CAN-A transmits to CAN-B, which then echoes the data back to CAN-A. CAN-A then verifies the transmitted and received data. This example can be used to check communication between CAN-A and CAN-B. Both CAN ports of the DSP need to be connected to each other (via CAN transceivers).)

说明：  现代雷达普遍采用相参信号处理,而如何获得高精度基带数字正交( I , Q) 信号是整个系统信号处理成败的关键,以前通常的做法是采用模拟相位检波器得到I、Q信号,其正交性能一般为:幅度平衡在2 ％ 左右, 相位正交误差在2°左右,即幅相误差引入的镜像功率在- 34dB 左右。这限制了信号处理器性能的提高, 为此, 近年来提出了对低中频直接采样恢复I、Q 信号的数字相位检波器。随着高位、高速A/ D 的研制成功和普遍应用,使得数字相位检波方法的实现成为可能。 对信号进行中频直接采样和数字正交处理后,产生的I 支路和Q 支路信号序列在时间上会错开一个采样间隔,需要进行定序处理,恢复成同步输出的I、Q 两路信号序列。(err)

Introduction to Computational Plasticity, 作者：Fionn Dunne and Nik Petrinic. 发表年份：2005. 一本非常基础和使用的介绍计算塑性力学的书籍。(Introduction to Computational Plasticity, written by Fionn Dunne and Nik Petrinic. Published in 2005. A very basic and detailed book that introduces computational plasticity.)

Modeling and MPPT Sensorless Control of a DFIG-Based Marine Current Turbine

28335电机控制SVPWM 28335电机控制SVPWM(28335 motor control motor control SVPWM SVPWM 28335)

工程务实系列：如何自动化建设部署和监控Java应用程序(Pragmatic Project Automation How to Build Deploy and Monitor Java Applications )

有关labview8.6版本的入门学习教程(About labview8.6 introductory tutorials version)