具有桥式结构的传感器很多，如利用应变原理、磁电阻原理和其他变电阻原理的传感器，可以实现对压力、位移、加速度、磁场等物理量的测试。这种结构的差分输出可以增加灵敏度...

SOPC软件编程基础，用实例讲解，非常适合初学者。-SOPC software programming foundation, using examples to explain, very suitable for beginners.

本文首先对多功能车辆总线的基本原理进行了简要的概述，接着对其实时协议进行了分析，然后对 MVB2 类设备控制器的功能及其功能模块的划分设计进行了详细的分析；最后对各功能模块进行了编程实现，并给出了仿真验证波形。(Firstly, the basic principle of the multifunction vehicle bus are briefly outlined, then analyze the real time protocol, then carried out a detailed analysis of the classification of the design function and the function module of the MVB2 device controller; finally, the function of each module of the program, and gives the simulation waveforms.)

用verilog编写的信号调制解调程序，包括ask,fsk,qpsk的fpga实现(Prepared using verilog signal modulation and demodulation process, including ask, fsk, qpsk of fpga implementation)

说明：  ADD MOV MOVi SUB四指令cpu设计，qutartus，(Design of four-instruction CPU)

UART的完整发送程序，包括完整的工程核源代码。-UART to send the complete procedure, including the complete source code of nuclear engineering.

具有桥式结构的传感器很多，如利用应变原理、磁电阻原理和其他变电阻原理的传感器，可以实现对压力、位移、加速度、磁场等物理量的测试。这种结构的差分输出可以增加灵敏度，也有一定抵消外加干扰的能力。而且有的虽不是差分输出，比如电阻分压式的输出，可以认为是“半桥”，我们还可以人为的加上另一半，即加上一对精密电阻和一个电位器组成另一个分压电路，形成差分输出。每次调节电位器使差分输出为0，抵消零磁电压。-Bridge structure with many sensors, such as the use of contingency theory, the principle of magneto-resistance and other variable resistance sensor principle can be achieved on the pressure, displacement, acceleration, magnetic field, such as physical tests. The structure of the differential output can increase sensitivity, but also have some ability to offset the additional interference. And some is not a differential output, such as pressure resistance of the output type, you can think is

说明：  AD6 中进行FPGA设计与仿真，很不错的资料哦(FPGA design and Simulation in AD6, very good data)

一个时钟程序，还有跑表，感觉相当不错的，有需要就下载吧-A clock procedures, as well as stopwatch, I feel pretty good, there is a need to download it

MP3解码的ASIC全部过程，包换含c和vhdl代码，样例。(MP3 decoding ASIC whole process, shifting with c and vhdl code, sample.)

时间设置 可以作为设计中的一个小模块进行使用 方便快捷(time setting)