搜索资源列表
ripple-lookahead-carryselect-adder
- Ripple Adder: 16-bit 全加,半加及ripple adder的设计及VHDL程序 Carry Look ahead Adder:4, 16, 32 bits 前置进位加法器的设计方案及VHDL程序 Carry Select Adder:16 Bits 进位选择加法器的设计方案及VHDL程序-Ripple Adder : 16-bit full adder, semi-Canada and the ripple adder design and VHDL procedur
adder.rar
- 一位全加器可由两个一位半加器与一个或门构成，该设计利用层次结构描述法，首先设计半加器电路，将其打包为半加器模块；然后在顶层调用半加器模块组成全加器电路,A full adder can be two a half-adder and an OR gate structure, the design is the use of hierarchical descr iption method, first of all the design half-adder circuit, be packa
Quartus7.2
- 通过VHDL实现4位全加器，8位全加器，和8位通用寄存器的设计-4-bit full adder 8-bit full adder 8-bit register using vhdl
fulladder
- 一个全加器的systemc代码，包括模块的定义以及测试平台-A source code about full adder using systemc language , including the definition of modules as well as the test platform
multiplier_8_bit
- This is 8bit multiplier VHDL code. It s consist of full adder, ripple carry adder(4bit, 8bit) multiplier 8bit, and test bench file. This is a unsigned type.-This is 8bit multiplier VHDL code. It s consist of full adder, ripple carry adder(4bit, 8bit)
adder
- full adder implementation
multiplier
- 该乘法器是由8位加法器构成的以时序方式设计的8位乘法器。 其乘法原理是：乘法通过逐项移位相加原理来实现，从被乘数的最低位开始，若为1，则乘数左移后与上一次的和相加；若为0，左移后以全零相加，直至被乘数的最高位。-The multiplier is 8-bit adder consisting of time-series design to the 8-bit multiplier. The multiplication principle is: the sum of multiplica
83390078DDS
- DDS的工作原理是以数控振荡器的方式产生频率、相位可控制的正弦波。电路一般包括基准时钟、频率累加器、相位累加器、幅度/相位转换电路、D/A转换器和低通滤波器（LPF）。频率累加器对输入信号进行累加运算，产生频率控制数据X（frequency data或相位步进量）。相位累加器由N位全加器和N位累加寄存器级联而成，对代表频率的2进制码进行累加运算，是典型的反馈电路，产生累加结果Y。幅度/相位转换电路实质上是一个波形寄存器，以供查表使用。读出的数据送入D/A转换器和低通滤波器。-DDS works
FullAdder
- This a code programed in Verilog Language. It is Full Adder code designed using Half Adder-This is a code programed in Verilog Language. It is Full Adder code designed using Half Adder..
vhdlcodes
- its VHDL coding for full adder and full substractor. 1.Structural model for Half Adder 2.Structural model for Full Adder 3.VHDL code for BEHAVIORAL model of Full Adder 4.VHDL CODE: full substractor (dataflow): 5.VHDL Code:full substracto
adder
- 一位全加器,使用绘图方式,将2个半加器制成符号,供全加器调用,组合成全加器,方法简单易行,通过验证.-A full adder, using the drawing method will be made of two half adder symbol calls for the full adder, adder combination of sake, the method is simple and verified.
Lab-Sharp-4
- A full adder with non-uniform csa
16-bit-binary-full-adder
- 16位二进制全加器，带最高位的进位，主要用QUARTUS仿真工具实现-16-bit binary full adder
VHDL-Code-For-Full-Adder-By-Data-Flow-Modelling.z
- VHDL Code For Full Adder By Data Flow Modelling
ANALYSIS-OF-FULL-ADDER
- DEscr iptION OF FULL ADDER
Verilog Full Adder
- This is some real adder type stuff. To the fullest degree.
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.
full-adder
- vhdl program of full adder
Task1
- verilog code for a full adder
Module fulladder1
- Module full adder behavioral modelling