资源列表
UDP
- 这是用Verilog HDL编写的程序 利用UDP方法实现四位加法器-This is written in Verilog HDL programs Use UDP method four adder
fir
- 利用VHDL和Verilog HDL语言实现FIR滤波器-Using VHDL and Verilog HDL language to realize FIR filter
addr_rtl
- 利用Verilog HDL编写程序 利用assign语句实现加法器-Use Verilog HDL to write programs Using the assign statement adder
BCD
- 利用Verilog HDL语言实现BCD码的加法-Using Verilog HDL language implementation of BCD addition
TWO
- 利用Verilog HDL语言实现公共表达式交叉系数滤波器-Using Verilog HDL language implementation public expression cross coefficient filter
cpu_cache_interrupt
- verilog写的CPU 五级流水 带cache 中断-the the CPU five water with verilog to write cache interrupt
chenxu
- Verilog HDL 16选一数据选择器-Verilog HDL 16 election of a data selector
clock
- 一个简单的数字时钟Verilog仿真程序,60秒1分钟,60分一小时,24小时一天,265天一年。代码逻辑简化不含状态机,易理解。附激励文件可直接仿真。-A simple digital clock Verilog simulation program 60 seconds, 1 minute, 60 hours, 24 hours a day, 265 days a year. The code logic simplifies excluding state machine, easy to
chenxu
- 利用状态机设计正弦波信号发生器: //输出4位接4位的DA转换,即4位数字信号输出可直接通过DA转换为模拟信号。 -The use of state machine design is the sine wave signal generator:// output 4 connects a 4-bit DA converter, i.e. the 4-bit digital signal output can be directly through the DA converte
chengxu
- 设计状态机从SRAM中读取数据,并相加,即求SRAM【7:0】【2:0】中8个字节数的和并输出,SRAM为内置RAM-Design state machine to read data from the SRAM, and added, that is seeking SRAM [7:0] [2:0] 8 bytes and output, SRAM built-in RAM
chengxu
- 读取外部RAM的状态机 RAM接口OE,输出使能 WR,低电平写RAM AB【7:0】地址总线 DB【7:0】地址总线 //将RAM 0至127的数据读出并相加最后的结果存入地址254(低8位)255(高8位) -State machine reads the external RAM RAM interface OE Output Enable WR, low-level to write RAM AB [7:0] address bus DB [7:0
text_fir_lbq
- 本人毕业论文中的一个模块,我FIR有限长滤波器,可以直接编译仿真下载。。实际测试可用-A module in my thesis, I finite length FIR filters can be directly compiled simulation download. . The actual test are available. .
