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lab5
- 用Verilog 实现的计数器和简单的Verilog全加器。 同时也包含了最基础的计数器和全加器的Verilog写法-counters in verilog
shiyan
- 1、 学习全加器的原理和分层设计方法 2、 学习ISE环境下模块建立和使用 3、 测试波形方式的一些高级设置-1. Learn the principles of full adder and hierarchical design method 2, the next learning module build and use ISE environment 3, the test waveforms way some advanced settings
quanjiaqi
- 使用verilog HDL实现全加器的功能-Use verilog HDL to achieve full adder function
fulladd
- 元件例化方式来实现一个综合系统的快速设计,本例以一个全加器详细解释了元件例化方式的编程思想-To achieve rapid design of an integrated system of component instantiation way, in this case to a full adder detailed explanation of programming ideas component instantiation methods
project9
- 七人表决器,利用全加器设计。当有四人或四人以上表决同意,实验箱上的指示灯亮-Seven people voting, the use of full adder design. When there are four or more than four agreed to vote on the bright lights test box
test1
- 一 继续熟悉ISE 和Modelsim的使用,按照实验手册进行练习。 二 写一个完整的entity和architecture, 用逻辑函数构建一个1位的全加器,并用ise进行语法检查和 综合。 -Use a continue to familiar with ISE and Modelsim, practice in accordance with the experimental manual. Two write a complete entity and architectur
exa1
- 8位全加器,为EDA的第一个实验,由半加器和或门组成-8 full adder bit EDA experiment first simple experiment, through the OR gate constructed with half-adder
exa1_adder
- 之前上传的是全加器,这个是自己设计的8位全加器,8位并行全加器-Before uploading the full adder, this is their own design eight full adders, eight parallel full adder
Design-of-full-adder
- 熟悉VHDL元件例化语句的作用 熟悉全加器的工作原理 用VHDL语言设计一位二进制全加器,并仿真。-The role of components instantiated. Familiar with VHDL statements Familiar with the working principle of full adder Using VHDL language to design a binary full adder, and simulation.
adder
- 全加器:Powerpoint课件示例支持,典型组合逻辑原理图输入设计-full adder design with VHDL
1
- 学习利用原理图输入法设计简单组合电路,掌握层次化设计的方法,掌握用原理图进行设计的整体流程。 2、实验内容: 一个8位全加器可以由8个1位全加器构成,加法器间的进位可以串行方式实现,即将低位加法器的进位输出cout与相临的高位加法器的最低进位输入信号cin相接。-one to ten
2.adder
- 基于VHDL的全加器时间延迟分析,分析基本器件的传输延迟和惯性延迟-the analysis of timing delay of full adder in VHDL
xor4b
- 四为异或门,实现全加器的硬件模块,使用VHDL语言实现,主要适用于初学者实例展示,为初学者提供quartus的实例展示。-4 bits xor gate finished with VHDL language, specifically for greenhands and bachelors who just begin with quartus
adder_shifter_counter
- 用VHDL写的全加器,移位寄存器,和计数器,并有文档说明,非常详细。-Using VHDL write full adder, shift registers, and counters, and is documented in great detail.
full_adder
- 这是全加器的几种设计方案,希望对大家有用。- full adder
quanjiaqi-verilog
- 基于verilog语言的编写的全加器,基于verilog语言的编写的全加器-quanjiaqi
demoss
- FPGA的代码verilog语言编写,包括LED与按键验证,数据选择器,编码器,译码器半加器,全加器,适合初学者,已经在板子调试成功,板子是 睿智IV开发板。-FPGA code verilog language, including LED and key authentication, data selection, encoder, decoder and a half adder, full adder, suitable for beginners, it has been succe
FPGA__source-code__Verilog
- FPGA部分基础功能源代码,适合初学者进行学习仿真,代码可读性强,通俗易懂,逻辑清晰。包括触发器,全加器,分频,并串转换,计数器,序列发生器等Verilog语言源代码。- Part of the basic functions of the source code for FPGA.Suitable for beginners to learn the simulation, the code readable, easy to understand, clear logic. Includ
fulladder
- 关于全加器的VHDL设计文件,已做好的quartusII软件编程文件,直接下载就可以打开-About full adder VHDL design documents, quartusII software programming files have been prepared directly download can open
21
- 基于DE1的4位全加器(可视化),通过数码管显示,开关输入实现。-4 bit full adder based on DE1