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9.2_LCD_PULSE
- 基于Verilog-HDL的硬件电路的实现 9.2 具有LCD显示单元的可编程单脉冲发生器 9.2.1 LCD显示单元的工作原理 9.2.2 显示逻辑设计的思路与流程 9.2.3 LCD显示单元的硬件实现 9.2.4 可编程单脉冲数据的BCD码化 9.2.5 task的使用方法 9.2.6 for循环语句的使用方法 9.2.7 二进制数转换BCD码的硬件实现 9.2.8 可编程单脉冲发生器与显示单元的接口
task_function
- 自己编写的一个verilog HDL小程序,实现基本的task调用function的功能,对初学者有用。在xilinx的ISE仿真调试通过
system 完成远程通信的整体任务
- Verilog,QuartusII可正确运行,可下载到FPGA上,完成远程通信的整体任务,PC发数据,键盘输入运算符与运算数计算将结果显示在数码管上并返回给PC机,需异步串口调试软件-Verilog, QuartusII run correctly, can be downloaded to the FPGA, to complete the overall task of remote communication, PC send data, keyboard operators and op
ebook_verilog_fine_state_machine
- Designing a synchronous finite state machine (FSM) is a common task for a digital logic engineer. This paper discusses a variety of issues regarding FSM design using Synopsys Design Compiler. Verilog and VHDL coding styles are presented, and
20081129464173846
- 介绍Verilog HDL, 内容包括: – Verilog应用 – Verilog语言的构成元素 – 结构级描述及仿真 – 行为级描述及仿真 – 延时的特点及说明 – 介绍Verilog testbench • 激励和控制和描述 • 结果的产生及验证 – 任务task及函数function – 用户定义的基本单元(primitive) – 可综合的Verilog描述风格-Introduced the Verilog HDL, in
verilog_tutorial
- Chapter 1 Introduction Chapter 2 History of Verilog Chapter 3 Design and Tool Flow Chapter 4 My First Program in Verilog Chapter 5 Verilog HDL Syntax and Semantics Chapter 6 Gate Level Modeling Chapter 7 User Defined Primitives Chapter
VHDL
- 介绍Verilog HDL, 内容包括:Verilog应用,Verilog语言的构成元素,结构级描述及仿真 ,行为级描述及仿真,延时的特点及说明 介绍Verilog testbench,激励和控制和描述 结果的产生及验证,任务task及函数function 用户定义的基本单元(primitive),可综合的Verilog描述风格等-Introduction Verilog HDL, including: Verilog applications, Verilog language
Chapter-7
- 练习七在verilog hdl中使用任务(task)319 -• Source code of designs in chapters 1 to 8. • Chapter 8 designs include the SAYEH processor, its C Compiler, and its Sort program run files. • Several Designs, including SAYEH, that are program
task-and-function
- 关于verilog任务和函数的具体说明,有例子-Specific instructions on verilog tasks and functions, there are examples
mul_task
- verilog编程。调用task实现乘法-Call the task to achieve multiplication
A-4-bit-variable-modulus-counter
- 用Verilog HDL设计一个4bit变模计数器和一个5bit二进制加法器。在4bit输入cipher的控制下,实现同步模5、模8、模10、模12及用任务调用语句实现的5bit二进制加法器,计数器具有同步清零和暂停计数的功能。主频为50MHz,要求显示频率为1Hz。-A 4-bit variable modulus counter and a 5bit of binary adder using Verilog HDL design. 4bit input under the control
seg7
- fpga上nios处理器avalon总线数码管驱动,包含任务逻辑,寄存器,和接口的verilog HDL描述-fpga nios processor avalon bus on digital tube driver, including the task logic, registers, and interfaces verilog HDL descr iption
testbench_learn
- 自己写的一个移位寄存器的实例,该例子主要用来讲述verilog中的testbench的写作,以及在testbench中怎样使用task,以使仿真更加的高效简洁-Write your own instance of a shift register, which is mainly used to describe examples of verilog testbench writing, as well as how to use the testbench in the task, to m
task
- task verilog code basic example-task verilog code basic example
uart_ps2
- ps2接口的verilog module 负责用键盘发送数据,附带仿真task仿真,代码简单明了。 uart接口的verilog module ,通过PC机上的串口助手接收并显示键盘发送的数据 FPGA 板调试OK-ps2 verilog module with uart verilog module,fpga simulation ok.ps2 send data and uart get data and display in PC
eda
- 在Verilog HDL中使用任务(task), 利用有限状态机进行时序逻辑的设计,利用SRAM设计一个LIFO(In Verilog HDL, the task (task) is used, the finite state machine is used to design the time series logic, and a LIFO is designed by SRAM)
PLL
- 本次的设计主要任务是学会调用锁相环 IP 核,并对其进行仿真, 具体要求如下:(1)熟练掌握调用锁相环 IP 核的详细步骤。将 50M 的时钟分成 20MHz 和 100MHz 两个时钟(2)对锁相环进行仿真,验证 调用的锁相环的正确性。(The main task of this design is to learn to call the phase-locked loop IP core.)
VERILOG
- 基础的几个verilog代码实现,讲到case和task的使用。(basic verilog,use case and task ,very usual, i want some help to achieve the design of delta and sigma fractional_n divider.)