资源列表
lab06
- 设计一4*4bit的寄存器文件 具备一组读端口及一组写端口 通过读端口可从0~3号的任意地址读取数据 通过写端口可向0~3号的任意地址写入数据 读写端口为“全双工”的工作方式 0~3号寄存器的复位值依次为“1、2、4、8” sw4~sw7为写数据端口 sw2~sw3为写地址；sw0~sw1为读地址；led0~led3用来显示读数据；写使能用按键实现；读使能可选 -Design of a 4* 4bit register file includes a read por
ISE
- 设计一4位比较器,画出门级电路图,用verilog语言完成设计。-Design a four comparators, drawing out level circuit diagram, complete the design using verilog language.
demo11
- 实现一个8bit计数器 复位时计数值为8‘hF0 复位后，计数器实现累加操作，步长为1，计数值达到8‘hFF后，从0开始继续计数 每0.5秒左右计数值加1 -Implementing a 8bit counter is reset when the count value 8' hF0 reset the counter for accumulator operation, in steps of 1, after the count reaches 8' hFF,
16FFT
- Xilinx的16点傅里叶分析，内有详细说明-The xFFT16 fast Fourier transform (FFT) Core computes a 16-point complex FFT. The input data is a vector of 16 complex values represented as 16-bit 2’s complement numbers – 16-bits for each of the real and imaginary compone
1024FFT
- Xilinx的1024点傅里叶分析，内有详细说明-The xFFT1024 fast Fourier transform (FFT) Core computes a 1024-point complex FFT. The input data is a vector of 1024 complex values represented as 16-bit 2’s complement numbers – 16-bits for each of the real and imaginary
CRC
- 赛灵思的循环冗余校验（CRC），内服详细说明-The Cyclic Redundancy Check (CRC) is a checksum technique for testing data reliability and correctness. This application note shows how to implement Configurable CRC Modules with LocalLink interfaces. Users tailor the modul
i2cBUS
- Altera的I2C总线FPGA程序，内有详细使用说明- The I2C Controller is available in VHDL and is optimized for the Altera® APEX™ , Stratix® , and Cyclone™ device families. All of the register addresses are defined as constants in the VHDL source
IO
- 基于NEXYS4 和ISE14.7开发的并行IO接口设计，达到数码管滚动显示数字的功能-NEXYS4 and ISE14.7 developed parallel IO interface based, to the digital display digital scroll function
e1
- 清华大学电子系 组合逻辑实验 包括多路选择器设计，译码器设计，4位加法器设计-Tsinghua University, Department of Electronics, combinational logic experimental design includes multiplexer, decoder design, four adder design
s5
- 清华大学电子系 时序逻辑实验报告 包括：触发器设计，计数器设计，累加器设计，序列检测器设计/有限状态机实现-Tsinghua University, Department of Electronics, sequential logic test report include: trigger design, counter design, accumulator design, the sequence detector design/finite state machine
e8
- 清华大学电子系 数字钟设计实验报告（第8个实验）-Tsinghua University, Department of Electronics, digital clock design lab report (Article 8 experiments)
e10
- 清华大学电子工程系 帧同步器设计实验报告 起始状态定为失步态，通过帧同步码来判断帧的正确性。判断正确则进入预同步态。然后再连续判断两次帧同步码，正确则进入同步态。如果随后的帧的帧头是错误的，则进入保持态以防误码造成的错误。只有在连续发现三次帧头错误才返回失步态。-Electronic Engineering, Tsinghua University, frame synchronizer design experiments starting status report as loss of