搜索资源列表
dianzizhong
- 这是我在学习过程中编的数字钟的原程序,含各种时钟模块,以及计数器,累加器等,可以直接下载,已经编译通过!-This is my learning process in the middle of the 10-minute program, containing various clock module and the counter, accumulator, and can download, compile!
FPGAprogram5
- 数控振荡器的频率控制字寄存器、相位控制字寄存器、累加器和加法器可以用VHDL语言描述，集成在一个模块中，提供VHDL源程序供大家学习和讨论。 -NC oscillator frequency control word register, phase control word register, and processing instruments used accumulator can be used VHDL descr iption, in an integrated modules
98632
- GAL设计的累加器，译码器的原代码。已经测试成功，并且生成可烧写的JED文件！-GAL design accumulator, the decoder the original code. Has been tested successfully, and can generate the JED document burning!
温度检测部分单片机程序
- SRART: MOVX @R0,A 令ADC0809开始转换 WAIT: JB OP2.0,ADC 检测ADC0809转换完成否？ CALL DISP 调用显示子程序 JMP WAIT ADC:MOVX A,@R0 将转换好的数据送入累加器 CALL L1 调用十进制转换子程序 MOV RI,#OFFH 显示延时-SRART : R0 MOVX @ A change began to make ADC0809 WAIT : JB OP2.0, ADC conversion completed t
adder
- 加法器（使用verilog编写的）,虽然简单，但是这也是学习verilog最基础的东西！希望大家一起学习！-The accumulator (uses the verilog compilation), although it is simple, but this also is studies most foundation of the verilog! Hopes everybody studies together!
acc32bit 本设计为32位数字相位累加器
- 本设计为32位数字相位累加器，门级描述的Verilog代码。其中，acc32bit.v为顶层文件，full_add1.v为一位全加器的门级描述模块，flop.v为触发器的门级描述模块。-The design for the 32-bit digital phase accumulator, gate-level descr iption of the Verilog code. Which, acc32bit.v as top-level file, full_add1.v as a full
accumulator.rar
- 实现累加器的verilog源码，广泛应用在通信电路设计中,The realization of accumulator Verilog source, widely used in communication circuit design
DDS.rar
- 自己在Quartus下用VHDL编写的一个DDS程序。包括寄存器，累加器，波形存储器,In Quartus using VHDL procedures for the preparation of a DDS. Including the register, accumulator, waveform memory
DDS.rar
- 基于EPM7128的数字合成信号发生器（DDS）设计。通过对EPM7128编程，组合出地址累加器、数据锁存器、256*8位ROM空间。外接DA可实现正弦波输出功能,EPM7128-based signal generator for digital synthesis (DDS) design. EPM7128 through programming, the combination of address accumulator, data latches, 256* 8 ROM space.
vhdl
- 本设计中应用硬件描述语言Verilog HDL描述相位累加器，相位调制器，正弦波、方波、三角波、心电波形四个独立的波形存储器，并描述频率控制、相位控字、幅度控制单元及波形切换等相关的功能单元。-Application of the design described in Verilog HDL hardware descr iption language phase accumulator, phase modulator, sine, square, triangle wave, the fo
multiplier-accumulator(vhdl)
- 用VHDL语言描述和实现乘法累加器设计,4位的被乘数X和4位的乘数Y输入后，暂存在寄存器4位的寄存器A和B中，寄存器A和B的输出首先相乘，得到8位乘积，该乘积再与8位寄存器C的输出相加，相加结果保存在寄存器C中。寄存器C的输出也是系统输出Z。(原创，里面有乘法部分和累加部分可以单独提出来，很好用) -With the VHDL language to describe the design and realization of multiplier-accumulator, four of
4位乘法累加器
- 4位乘法累加器，有需要的下吧，其他位的可以自行修改~-Multiplication accumulator 4
RISC-CPU
- 用FPGA实现一个简易的CPU，采用精简指令集结构，每一条指令有16bit，高三位为指令操作数，后13位为地址，该CPU能实现8种指令操作，分别有HLT（空一个中期）ADD（相加操作）SKZ（为零跳过）AND（相与操作）XOR（异或操作）LDA（读数据）STO（写数据）JMP（无条件跳转指令）。cpu包括8个部件，分别为时钟发生器、指令寄存器、累加器、算术逻辑单元、数据控制器、状态控制器、程序计数器、地址多路器，各个部件之间的相互操作关系由状态控制器来控制，程序指令存放在初始rom中，本例程存放
PIC-example
- PIC单片机常用模块与典型实例Looking at the range of PIC microcontrollers today, anyone can be forgiven for a sense of complete bewilderment. There are literally hundreds of different devices, offered in different packages, for different applications. Let us t
sum_ten
- 十位累加器,EDA,FPGA,DDS信号发生器的相位累加器,可用.-Accumulator 10, EDA, FPGA, DDS signal generator of the phase accumulator can be used.
division
- 分别用分频比交错法及累加器分频法完成非整数分频器设计。-Points were staggered method and frequency than the frequency accumulator law to complete the design of non-integer divider.
dds_easy
- 直接频率合成DDS模块的ise工程，可以直接下载，在Spartan3/Spartan3E上验证通过。该DDS模块可以产生双通道的不同频率的正弦波，也可以产生同频的任意相位差的相移波形。本模块累加器位数为32位，可以产生12位相位精度12位量化精度的正弦波。该设计例化一个Block Ram，为节省储存空间仅需要储存1/4周期的数据。根据需要，可以重新修改数据，改变波形。-DDS direct frequency synthesizer module ，ise project, can be dir
Accumulator
- 数字逻辑设计中累加器的开发源代码，开发环境为Quartus-Accumulator in Quartus
Verilog-Accumulator
- the folder contains two files written by Verilog HDL. the first one is an implementation of an accumulator that takes serial data as an input, and its output will be an accumulated sum of each consecutive four input samples. the second file is a te
Accumulator
- An 8-bit Accumulator with an adder module in Verilog HDL. You can change the bus width decoding the adder.