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VHDL-XILINX-EXAMPLE26
- [VHDL经典设计26例]--在xilinx芯片上调试通过--[01--1位全加器][02--2选1多路选择器][03--8位硬件加法器][04--7段数码显示译码器][05--8位串入并出寄存器][6--8位并入串出寄存器][7--内部三态总线][8--含清零和同步时钟使能的4位加法计数器][9--数控分频器][10--4位十进制频率计][11--译码扫描显示电路][12--用状态机实现序列检测器的设计][13--用状态机对ADC0832电路控制实现SIN函数发生器][14--用状态机实现AD
xp_xp2_patch
- 数字示波器VHDL设计程序在Q7.1软件上在FPGA上的程序!这个有机部分模块!请大家慢慢体会
shibo(ok).rar
- 基于cycloneII和MSP430单片机的示波器,利用spi模块进行双机通信,Based on the MSP430 MCU and cycloneII oscilloscope, using dual-spi communication module
06
- 单片机示波器毕业论文 真的很不错,大家快下啊-Single-chip oscilloscope thesis is true is true that under the U.S. quickly ah
EP1C3_12_5_RSV
- 基于FPGA的数字存储示波器,用VHDL实现的,压缩包里是Quartus工程。AD采样送进FPGA,存入SRAM后用DA在普通示波器上可以显示。-FPGA-based digital storage oscilloscope, using VHDL achieved compression is Quartus project bag. AD sample into FPGA, after SRAM into DA in ordinary oscilloscope can display.
wave
- 可控脉冲发生器的VHDL源代码。设计文件加载到目标器件后,按下按键开关模块的S8按键,在输出观测模块通过示波器可能观测到一个频率约为1KHZ、占空比为50 的矩形波。按下S1键或者S2键,这个矩形波的频率会发生相应的增加或者减少。按下S3键或者S4键,这个矩形波的占空比会相应的增加或减少。-Controllable pulse generator of the VHDL source code. Design documents loaded to the target device and p
VHDL_display
- VHDL实现的示波器-完整的文档和源代码,可在fpga实现-VHDL realization Oscilloscopes- Full documentation and source code, can achieve in the FPGA
DSO
- 介绍高速存储示波器实现方案,DSO有许多模拟示波器没有的控制机构。-Introduced the program to achieve high-speed storage oscilloscope, DSO Analog Oscilloscope many institutions do not control.
61EDA_B409
- 采用高速A_D的存储示波器设计 在quartus2 中用的 用vhdl语言写的-The use of high-speed storage oscilloscope A_D design using VHDL quartus2 used in written language
dso
- 使用VHDL语言编写的简易数字存储示波器,用MAX+PlusII仿真验证。VHDL编写了采样、存储写、存储读和显示4个模块。采样使用ADC0809,存储器使用6264,显示使用DAC0832。-The design of the chip as a high-speed signal ADC0809 the A/D converter, SRAM6264 memory for data storage after sampling, DAC0832 chip as a signal of D/A
61EDA_D1070
- 示波器基于VHDL所作出的设计 拥有示波器的基本功能 并能显示波形-Oscilloscope-based VHDL design have made the basic functions of Oscilloscope and Waveform display
ADC0809
- VHDL写的ADC0809的控制转换程序,很容易就看懂的,结构明晰,还有示波器输出模式。-ADC0809 write VHDL control the conversion process, it is easy to understand, and the structure of clarity, as well as the output mode oscilloscope.
oscillograph
- 这个代码是用于,数字示波器的设计,可以实现信号的实时采样与存储,还有DA转换-This code is used, the digital oscilloscope is designed to achieve real-time signal sampling and storage, as well as DA conversion. . .
example10
- 利用直接数值合成 DDS 原理驱动 dac0832 实现正弦波输出。 输出可以通过示波器观察。-The use of direct numerical synthesis of theory-driven dac0832 achieve DDS sine wave output. Output can be observed through the oscilloscope.
l7
- 使用VHDL语言编写的简易数字存储示波器,用MAX+PlusII仿真验证。VHDL编写了采样、存储写、存储读和显示4个模块。采样使用ADC0809,存储器使用6264,显示使用DAC0832。-The design of the chip as a high-speed signal ADC0809 the A / D converter, SRAM6264 memory for data storage after sampling, DAC0832 chip as a signal of D
cunchushiboqi
- 用vhdl编写数字存储示波器,通过调试,仿真环境是maxplus-Vhdl digital storage oscilloscope with the preparation, through debugging, simulation environment is maxplusII
jj
- 本题设计一个数字存储示波器,以Xilinx公司20万门FPGA芯片为核心,辅以必要的外围电路(包括信号调理、采样保持、内部触发、A/D转换、D/A转换和I/O模块),利用VHDL语言编程,实现了任意波形的单次触发、连续触发和存储回放功能,并按要求进行了垂直灵敏度和扫描速度的挡位设置。信号采集时,将外部输入信号经信号调理模块调节到A/D电路输入范围,经A/D转换后送入FPGA内部的双口RAM进行高速缓存,并将结果通过D/A转换送给通用示波器进行显示,完成了对中、低频信号的实时采样和高频信号的等效采
Digital_oscilloscope_VHDL
- 利用VHDL语言编写数字示波器的程序,下载入FPGA中可实现。在Quartus7.1编译环境中已经测试通过。-Digital oscilloscope using VHDL language program, download into the FPGA can be achieved. In Quartus7.1 build environment has been tested.
A_digital_WaveformGenerator_and_Oscilloscope_based
- 一种基于BASYS开发板(Xilinx Spartan-3E FPGA)的波形发生器和示波器的设计,可以产生多种可调波形,并实时显示在电脑显示器或者投影仪上。波形发生器采用基于ROM的数字控制振荡器(NCO)实现,示波器采用VGA接口实时显示。-A kind of digital WaveGenerator and Oscilloscope based on tne BASYS experiment board which has a Xilinx Spartan-3E FPGA on it.T
fifo_chipscope
- 学习FIFO的初级资料,代码工程在ISE10.1上运行,还有在线示波器chipscope的步骤指导哦!-Study of the primary data FIFO, the code works ISE10.1 run, there is scope chipscope step online guide Oh!