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等精度频率计
- 使用vhdl语言写的fpga的应用程序，使献策内容为等精度频率计-use of the VHDL language they simply write the application procedures so that such ideas as to accuracy Cymometer
数字频率计实验报告
- 课程设计要求设计并用FPGA实现一个数字频率计，具体设计要求如下： 测量频率范围： 10Hz～100KHz 精度： ΔF / F ≤ ±2 % 系统外部时钟： 1024Hz 测量波形： 方波 Vp-p ＝ 3～5 V 硬件设备：Altera Flex10K10 五位数码管 LED发光二极管 编程语言：Verilog HDL / VHDL-curriculum design and FPGA design to achieve a digital frequency meter,
基于FPGA的数字频率计
- 基于FPGA的数字频率计
基于FPGA的自适应数字频率计
- 基于FPGA的自适应数字频率计，测量范围1Hz-99.9MHz,FPGA-based adaptive digital frequency meter, measuring range 1Hz-99.9MHz
plj
- 数字频率计 FPGA 用verilog语言编写-Digital Cymometer verilog language used FPGA
FPGA--cepin
- 几个关于用vhdl 语言，编写测频，频率计程序的论文，希望对初学者有用！-Vhdl on the use of several languages, write frequency measurement, frequency meter program of papers, I hope useful for beginners!
FPGA-baseddesignofdigitalrequencymeter
- 基于FPGA数字频率计的实现，文中有所有的源代码，仅供参考。-FPGA-based realization of the digital frequency meter, text in all the source code, for reference purposes only.
FPGA
- 基于FPGA的数字频率计的设计11利用VHDL 硬件描述语言设计,并在EDA(电子设计自动化) 工具的帮助下,用大规模可编程逻辑器件(FPGA/ CPLD) 实现数字频率计的设计原理及相关程序-FPGA-based design of digital frequency meter 11, the use of VHDL hardware descr iption language design, and EDA (electronic design automation) tools with
FPGA
- 描述了利用FPGA和51单片机实现等精度频率计，这个只包含FPGA部分的源程序-Describes the use of FPGA and MCU 51, such as precision frequency meter, the FPGA contains only part of the source
LCDfcout
- FPGA实现LCD显示的频率计，芯片为cyclone-FPGA realization of the frequency meter LCD display chip for the cycloneII
FPGA-VHDL-dengjingduc
- 本文介绍了基于VHDL语言的十进制等精度频率计的设计，采用VHDL 语言，运用自顶向下的设计思想，将系统按功能逐层分割的层次化设计方法，使用Quartus8.0开发环境，实现了频率计的设计。 -This article describes the decimal-based VHDL, and other precision frequency meter design, using VHDL language, the use of top-down design, the system
bit8-FPGA
- 本文是介绍基于FPGA的八位频率计，，，讲了一些方法，提供了详细的程序语言，挺详细，挺不错的-This article is to introduce the eight frequency meter based on FPGA,,, say a number of ways, providing a detailed programming language, very detailed, very good
Measured-phase-shift-FPGA
- 数字频率计是用于测量信号频率的电路。测量信号的频率参数是最常用的测量方法之一。实现频率测量的方法比较多， 在此我们主要介绍三种常用的方法： 时间门限测量法、标准频率比较测量法、等精度测量法-Digital frequency meter is used to measure the frequency of the circuit. Measuring signal frequency parameter is the most common measurement methods. The m
FPGA-频率计（等精度测频+SPI通信）
- 本程序采用FPGA编程，实现等精度测频的程序，并且有实现SPI通信的程序。(This procedure uses FPGA programming, such as precision frequency measurement procedures, and to achieve SPI communication procedures.)
基于FPGA的等精度频率计的设计
- 基于FPGA的频率计，采用的方法为等精度。(Frequency meter based on FPGA)
frequence_meter
- 测量信号频率，为2015电赛频率计解决方案(Measure the signal frequency for the 2015 race frequency meter solution)
频率计
- quartusii 和vhdl语言利用四位频率计设计，(Four bit frequency meter design)
Verilog-数字频率计
- 实现了利用verilog在FPGA系统上实现的数字频率计，三个档位可供选择。(The digital frequency meter implemented on the FPGA system by Verilog is realized, and three files can be selected.)
等精度频率计
- 基于FPGA的等精度频率计，包括工程，doc和一些查找资料(An equal precision frequency meter based on FPGA, including engineering, Doc, and some lookup data)
frenq2
- 数字硬件频率计 带有频率测量和占空比测量功能(Digital hardware frequency meter Frequency measurement and duty ratio measurement function)