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clk_div_16
- 利用VHDL语言编写的一个16分频器,另外可以在程序中修改为任意2N的分频器-use VHDL prepared a 16 dividers, Also in the revision process to be arbitrary 2 N Divider
16Point-radix4-FFT
- 本文提出一個根值4 蝴蝶元素使用(m, n) - 櫃臺減少硬體複雜, 延遲時間, 和電力消費被介入在使用常規加法器。並且一臺修改過的換向器為FFT 算法被描述與用管道運\輸的實施一起為連續輸入資料減少資料記憶要求。
new_compare
- 这是一个定时比较器,当数据a和b高几位一致时再对数据进行比较,可以根据自己设计进行相关参数修改
Design_of_Programmable_Music_Generator
- 根据音乐发生的机理,将复杂可编程逻辑器件作为发生音乐的核心器件,用高速集成电路硬件描述语言编程描述发生的音乐乐谱,配合周边硬件电路,由电声转换发声器接收信号,从而发出音乐声,实验表明,采用该方法设计的音乐发生器成本低、修改方便
verilog1
- 用verilog语言编写的6分频分频计数器。分频后用来控制蜂鸣器响,也可以修改代码做成更高分频的计数器。压缩包内也包含此分频器的modelsim仿真文件-Verilog language with 6 frequency divider counter. Frequency and used to control the buzzer sound, you can modify the code to make a higher frequency counter. Compressed pac
I2C_Slave
- I2C从设备(Slave) Verilog 代码、设计文档和使用文档,简单、适用:很方便修改工作频率,自定义寄存器接口。-I2C slave (Slave) Verilog code, design documents and user guide, simply to apply: the frequency of easy modification, customized register interface.
hz
- 万能频率器,可以修改其中的参数,可是实现任意的分频!很方便!-Universal frequency, you can modify one of the parameters, but any implementation of the sub-band! Very convenient!
x95288x
- VHDL的寄存器读写参考,可自己根据要求重新修改,本示范只做参考用-Register read and write VHDL reference to their request to amend in accordance with, the reference model only
shukongfenpin
- 数控分频器的输出信号频率为输入数据的函数。用传统的方法设计,其设计过程和电路都比较复杂,且设计成 果的可修改性和可移植性都较差。基于VHDL 的数控分频器设计,整个过程简单、快捷,极易修改,可移植性强。他可利用 并行预置数的加法计数器和减法计数器实现。广泛应用于电子仪器、乐器等数字电子系统中。-NC divider output signal frequency is a function of input data. Using traditional methods of desig
vhdl
- Very high speed integrated Hardware Descr iption Language (VHDL) -是IEEE,工业标准硬件描述语言 -用语言的方式而非图形等方式描述硬件电路 容易修改 容易保存 -特别适合于设计的电路有: 复杂组合逻辑电路,如: -译码器,编码器,加减法器,多路选择器,地址译码 -Very high speed integrated Hardware Descr iption Language (VHDL)-
clk_gen
- 基于fpga的分频器的vhdl描述,可以直接调用,只需修改一些参数-Fpga based on the divider vhdl descr iption, can be directly called, simply changing some parameters
fenpinji
- 设计了一种分频器,能够将所给的频率分成较小的频率。可以适当修改其中的参数,使频率达到设计者要求-The design of a prescaler, which can be divided into smaller frequency to frequency. Appropriate changes to the parameters, so that the frequency of the designer to achieve the requirements
divclock
- 基于VHDL的各种分频器的设计。很好用,可修改成各种通用分频器-VHDL-based design of the various divider. Very good, and can be modified into a variety of common divider
Full_adder
- 一种学习用的小程序,主要用与VHDL仿真的全加器的一段代码!大家可以下载进行修改于仿写-A learning to use a small program, mainly used with the VHDL simulation of a full-adder code! You can download the modified Yu Fang Xie
song
- 蜂鸣器。。可以变出曲子的蜂鸣器。只需适当修改,就会有不同的音乐-Buzzer. . Can be turned into a piece of the buzzer. Only appropriate changes, there will be a different musical
irq_decoder
- 中断优先编码器的描述,输出中断向量供CPU读取,非常好用,只要稍稍修改,就可以产生您所需要的中断向量。-Descr iption of interrupt priority encoder, the output for the CPU interrupt vector read, very easy to use, if slightly modified, it can generate interrupt vector you need.
cymometer
- 8位十进制的频率计 有相关的波形仿真,对相应计数器的修改,可以实现任何进制(如8、16、32)的修改-8-bit decimal frequency include the relevant waveform simulation, the corresponding changes to the counter, any band can be achieved (eg, 8,16,32) changes
FPGA_fenpin
- 利用FPGA构建一个1:1的分频器,稍加修改即可改成频率可控获占空比可控的时钟输出。-Using FPGA to build a 1:1 divider, you can change the frequency slightly modified controllable duty cycle controlled by the clock output.
7
- 调用总共四个计数器(两个六进制,两个十进制,六进制计数器可由实验五的程序做简单修改而成)串起来构成异步计数器,计数器的值,通过实验九串行扫描输出。用1Hz连续脉冲作为输入,这样就构成一个简单的1h计时器。带一个清零端。 输入:连续脉冲,逻辑开关;输出:七段LED。 -Called a total of four counters (two six-band, two decimal, hexadecimal counter by six experimental procedure
UART
- VHDL语言写的串口发送、接收程序,根据晶振和相应的波特率修改分频器就可以实现!-Written in VHDL serial send, receive, process, according to crystal and the corresponding baud rate divider changes can be achieved!