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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
采用等精度测频原理的频率计的程序与仿真
- 采用等精度测频原理的频率计的程序与仿真
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
frequent
- 等精度频率计的设计，已经在实验箱上运行的。-such frequency accuracy of the design, the experiment has been running on the box.
ARM+FPGA
- 基于ARM平台的等精度数字显示频率计的设计,已通过测试-ARM-based platforms, such as the accuracy of figures show that the frequency of design, has been tested
dengjingdupinlv
- 等精度测频原理的频率计程序与仿真。。希望大家能用的到撒-such precision frequency measurement principles of Cymometer procedures and simulation. . Hope everyone can withdraw to the
sampleVHDL
- 采样等精度测量的VHDL程序．．在xilinx ISE 8.1上验证通过-sampling and other precision measurement of VHDL program. . In xilinx ISE tested through 8.1.
DJDPLV_LWB
- 利用超高速硬件描述语言(VHDL)在现场可编程逻辑门阵列(FPGA)上编程实现的纯数字式等精度频率计，不但具有较高的测量精度，而且其测量精度不会随着被测信号频率的降低而下降。为了实现对任意信号进行频率测量，在前端输入加整形电路即可。-use ultra-high-speed Hardware Descr iption Language (VHDL) in field programmable logic gate array (FPGA
Quartus_vhdl
- 用QUARTUS编译通过的等精度频率计，我错误，但有几个警告（不影响设计）。我的毕业设计啊！！！ -QUARTUS used by the compiler, and other precision frequency, I am wrong. But there are several warning (not affect design). I graduated from the design ah! ! !
bjjfrequent
- 等精度频率计的verilogHDL的实现,我花了好长时间才写的哦
freq
- 一个基于quartus2的等精度频率计的设计，主要采用的verilogＨＤＬ语言-Based on the quartus2 such as a precision frequency meter design, the main language used in verilogHDL
FrC
- 用单片机与CPLD做的等精度频率计，误差精确到十亿分之一-MCU and CPLD make use of such precision frequency meter, the error is accurate to a billionth of a
pinlv
- 基于单片机与CPLD的 等精度频率计，VHDL语言-Based on SCM and CPLD
ep1c3_12_8_gwdvpb
- 基于fpga和sopc的用VHDL语言编写的EDA等精度频率设计-FPGA and SOPC based on the use of VHDL language, such as precision frequency EDA design
Digital
- 数字频率计数器又称通用计数器，是电子测量领域中最常见的测量仪器之一。它可以测量正弦波的频率（周期），脉冲波的频率（周期），脉冲宽度等时间参数。在通信，电子等领域中有广泛的应用。本文对传统的测频方法中存 在的精度低的问题进行了分析：数字频率计数器在测量高频信号时能够达到足够高的测量精度，但在测低频信号时，其测量结果的有效位数将会减少，精度也会相应的降低。在此基础上提出了一种基于单片机的等精度测频率，测周期，测脉冲宽度的实现方法。介绍了单片
AT89C51
- 用C51编写的一个等精度频率计，内涵PROTEUS，PCB及相应的代码。非常值得学习之用。-C51 prepared with a precision frequency meter, etc., the connotation of PROTEUS, PCB and the corresponding code. Well worth learning.
gwdvpb
- 利用等精度测量原理，通过FPGA运用VHDL编程设计一个数字式频率计 设计具有较高的实用性和可靠性-The use of precision measuring principle, the use of VHDL programming through the FPGA to design a digital frequency meter design with high practicality and reliability o
instrument
- 以单片机为控制核心 ,用可编程逻辑控制芯片 CPLD ,产生双32位的计数器和相位差检测器 ,进行等精度的 频率、相位差测量. 计数器的计数时间宽度和显示方式由键盘设定. 单片机读入计数值 ,进行浮点运算 ,测量结 果显示于液晶屏上-err
equal_precision_cymometer
- 采用等精度测频原理的频率计的程序与仿真,用verilog语言实现,可以仿真综合得到所想时序!-Such as the accuracy of frequency measurement using the principle of the frequency of procedures and simulation, using Verilog language, you can get the integrated simulatio
MCU_MeasureFrequency
- 单片机测频程序 采用测频法和测周法进行等精度测量频率，测频范围：20Hz到29kHz-Single-chip frequency measurement procedures for the use of frequency measurement method and measurement method, such as precision-week measurement frequency, frequency range: 2