FPGA 设计的四种常用思想与技巧

高精度直流信号源，DAC1220，20位分辨率，双极性输出(High-precision DC source, DAC1220,20 bit resolution, bipolar output)

designing of 16 bit adder using 4 bit adder using verilog code

说明：  bnn-fpga是FPGA上CIFAR-10的二进制神经网络（BNN）加速器的开源实现。 加速器针对低功耗嵌入式现场可编程SoC，并在Zedboard上进行了测试。 在编写CIFAR-10测试集中的10000张图像时，错误率是11.19％。(bnn-fpga is an open-source implementation of a binarized neural network (BNN) accelerator for CIFAR-10 on FPGA. The architecture and training of the BNN is proposed by Courbarieaux et al. and open-source Python code is available. Our accelerator targets low-power embedded field-programmable SoCs and was tested on a Zedboard. At time of writing the error rate on the 10000 images in the CIFAR-10 test set is 11.19%.)

四轴动力模块，用一个顶模块控制，输入有：油门（20档）；指令；水平仪控制指令，4个输出口(Axis power modules, with a top module control inputs are: accelerator (20 files) instruction Level control instructions, four output ports)

用Hspice实现一个三输入异或门，并分析其功耗和延时。(A three input XOR gate is implemented by Hspice, and its power consumption and delay are analyzed.)

vhdl 基于ADC0809 A/D转换控制器的设计实验-vhdl ADC0809

包括很多格式的85基准电路，不需手动转换，可以供学者自行选用。(This resource including many formats 85 banchmack circuit, without manual conversion, you can choose for the scholar.)

基于DDS的BPSK调制器设计Verilog源码( U57FA u4E8.08 u868)

基于EDA技术中的对LED扫描电路的实验，程序能成功运行，能直接在开发板上看实验结果(EDA-based LED technology to scan the experimental circuit, the program can run successfully, can see directly in the development of on-board results)

基于FPGA的神经网络硬件实现中的关键问题研究，适合用fpga研究神经网络的工程人员参考-FPGA-based hardware implementation of neural networks in the study of key issues for research with neural networks fpga reference works