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基于FPGA的数字信号显示系统软硬件设计
- 该文阐述了现场可编程逻辑器件FPGA的主要特点,应用FPGA芯片和VHDL硬件描述语言设计的模拟示波器数字信号显示系统的设计原理和设计方法。-this paper, the field programmable logic devices FPGA main feature FPGA chip and VHDL hardware descr iption language design analog signals to digital oscilloscope system design pr
FPGA-based_oscilloscope
- FPGA-based_oscilloscope,VHDL写的实现 示波器的程序,及完整的工程描述文档-FPGA-based_oscilloscope. VHDL was oscilloscope to achieve the realization of the process, and complete the project descr iption document
基于FPGA的直接数字合成器设计
- 1、 利用FLEX10的片内RAM资源,根据DDS原理,设计产生正弦信号的各功能模块和顶层原理图; 2、 利用实验板上的TLC7259转换器,将1中得到的正弦信号,通过D/A转换,通过ME5534滤波后在示波器上观察; 3、 输出波形要求: 在输入时钟频率为16KHz时,输出正弦波分辨率达到1Hz; 在输入时钟频率为4MHz时,输出正弦波分辨率达到256Hz; 4、 通过RS232C通信,实现FPGA和PC机之间串行通信,从而实现用PC机改变频率控制字,实现对输出正弦波频率的控制。-a use
基于DAC0832的示波器显示电路(FPGA)
- 基于DAC0832的示波器显示电路(FPGA),DAC0832 on the oscilloscope display circuit (FPGA)
Aoscilloscopebasedonmsp430andFPGA
- 一款基于msp430fg4618单片机及ep1c6q340c8 fpga的简易示波器实现方案-A msp430fg4618 Microcontroller and ep1c6q340c8 fpga based on the simple realization of the program oscilloscope
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.
sjcj
- 通过ADC0809对模拟信号进行采样,然后将转换好的8位数据迅速转存到FPGA内部存储器中,同时增加一个锯齿波发生电路,扫描时钟与地址发生时钟一致。由此完成一个示波器功能!-Through ADC0809 carried out on the analog signal sampling, and then a good 8-bit data conversion转存到rapid internal FPGA memory, at the same time increase the occurr
digitaloscilloscope
- This digital oscilloscope takes a MCU and FPGA as the core. We made emphases on the choice of the sampling methods and the implement of equivalent sampling as a result, our design not only has the real-time sampling mode but also can reach the highes
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.
2007
- 本数字示波器以单片机和FPGA为核心,对采样方式的选择和等效采样技术的实现进行了重点设计,使作品不仅具有实时采样方式,而且采用随机等效采样技术实现了利用实时采样速率为1MHz的ADC进行最大200MHz的等效采样。-The digital oscilloscope and a single-chip FPGA as the core, the choice of the sampling methods and the equivalent sampling technique designed
DigitalOscilloscope
- 本数字示波器以单片机和FPGA为核心,对采样方式的选择和等效采样技术的实现进行了重点设计,使作品不仅具有实时采样方式,而且采用随机等效采样技术实现了利用实时采样速率为1MHz的ADC进行最大200MHz的等效采样。同时系统还具有可测2mV小信号、波形存储回放、测频、触发沿选择、校准信号输出等功能。-The digital oscilloscope and a single-chip FPGA as the core, the choice of the sampling methods and
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.
fpga
- 基于VGA的数字示波器的双通道论文研究 很好用的资料 -VGA-based dual-channel digital oscilloscope with good information on thesis research
Oscilloscope
- The design is designed partly in VHDL, partly in schematic drawings and targets a Xilinx Spartan-2E FPGA. However, since the design was tailored specifically for the aforementioned boards it is highly unlikely that it can be ported to other hardware.
mcu-fpga
- 目录 FPGA & MCU 开发板介绍 实验1 QuartusII 软件应用 实验2 Keil C51 应用 实验3 字符型LCD YM1602 的应用 实验4 带字库的中文LCD YM12864 的应用 实验5 时钟芯片DS1302 的应用 实验6 I2C 总线器件AT24C64 的应用 实验7 数字温度传感器的应用 实验8 行列式键盘 实验9 硬件电子琴的设计 实验10 AD 与DA 的使用 实验11 简易DDS 信号源设计 实验12 用模
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
fpga_-digital-oscilloscope
- 该程序是FPGA在数字示波器的数据采集,时基控制,平率测量,触发等数据采集系统的设计,是数字示波器核心部分-The program is FPGA data acquisition in the digital oscilloscope, the time base control, level measurement, trigger and other data acquisition system, the core of the digital oscilloscope
digital-storage-oscilloscope
- 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-The problem to design a digital storage oscilloscope, to Xilinx, Inc. 200,000 FPGA chip as the core, supplemented by the necessary peripherals (incl
Digital-storage-oscilloscope
- 电赛 练习题目 数字存储示波器 FPGA实现-The CECW practice the subject of digital storage oscilloscope FPGA implementation