用VHDL语言将二进制数据转换成十进制数据，并将十进制的每一个位分离出来单独存放。使用状态机实现，程序简单，仿真效果很理想，占用可编程器件的资源较少。...

verilog编写的流水线模块-Verilog modules prepared by the Pipeline

本RAR包括《Verilog-HDL实践与应用系统设计》一书中的全部例子，这些例子全部通过了验证。第七章以后的设计实例，不仅有Verilog-HDL的例子，也附了包括VB、VC++等源程序,甚至将DLL的生成方法也详尽地作了说明。(The RAR includes " Verilog-HDL Practice and Application of system design," a book full of examples, all passed validation. Chapter VII of the future design examples, not only examples of Verilog-HDL, but also attached, including VB, VC++ source code, etc., and even DLL generation methods explained in detail.)

uart串口的vhdl语言程序。本人调试过 ，非常好用-serial UART VHDL Language Program. I debug, and very easy to use

verilog例子很丰富，几个经典的,希望对初学者有所帮助-verilog examples of very rich, a few classic, and want to be helpful for beginners

基于NIOS2的VGA接口IP核，具有很好的借鉴性和参考性(NIOS VGA IP)

cordic 算法知道正弦和余弦值，求反正切，即角度。(The CORDIC algorithm knows sine and cosine values and asks for inverse tangent, that is, angle.)

说明：  ad9361 matlab驱动代码，运行此代码可在matlab中控制AD9361(AD9361 matlab driver code, running this code can control AD9361 in MATLAB)

说明：  掌握SDRAM数据读写、刷新、初始化以及FPGA串口收发时序，熟练FIFO IP核的生成和调用。(Master SDRAM data read and write, refresh, initialization and the timing of sending and receiving of the serial port of the FPGA, skilled in the generation and invocation of the FIFO IP core.)

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

原创，帧同步器的Verilog代码，在FPGA上验证实现过，无误。作为通信系统帧传输的仿真，有限状态机同步态和失步态的切换仿真。(Original Verilog code for frame synchronization, verify the implementation on the FPGA, and correct. Frame transmission as the communication system simulation, finite state machine synchronous state and the loss of the switching simulation of gait.)