任意波形发生器

用户界面（userinterface）作为任意波形发生器系统的重要组成部分之一，不仅会为用户提供了友好的操作界面，而且会提升仪器的普及率。

User Interface , which is an important component part of AWG system , can supply friendly interface to users and promote the popularizing rate of instrument .

本文对输出信号幅度平坦度的测试方法进行了介绍，并对任意波形发生器的误差进行了分析。

This thesis introduces the output signal amplitude flatness testing methods and analyzes the error of AWG .

基于USB和MCU新型任意波形发生器设计

Design of a New Arbitrary Waveform Generator Based on USB and MCU

基于PCI总线的任意波形发生器研究

The Study on Arbitrary Waveform Generator Based on PCI Bus

CPLD在智能高频任意波形发生器中的应用

Application of CPLD to Intellectualized High - Frequency Freewill Waveform Generation

基于单片CPLD的四通道任意波形发生器设计

Design of Four-Channel Arbitrary Waveform Generator Based on a CPLD

本文主要研究了基于直接数字合成（DirectDigitalSynthesizer）技术的任意波形发生器（Arbitrarywaveformgenerator）的整体方案和核心部分的硬件设计。

This paper studies the system and hardware design of the Arbitrary Waveform Generator based Direct Digital Synthesizer in detail .

DDS在任意波形发生器中的应用

The Application of DDS in the Arbitrary Waveform Generator

双RAM直接数字合成任意波形发生器微机插卡研制

Development of a direct digital Synthetic based arbitrary waveform generator PC compatible card with double RAMs

采用DDS技术实现的虚拟任意波形发生器

Virtual Arbitrary Waveform Generator Based on DDS Technology

基于EPP和DDS技术的虚拟双通道任意波形发生器的设计

Design of Double-channel Virtual AWG Based on EPP and DDS Technology

基于EPP并口的虚拟任意波形发生器的设计

Design of Virtual Arbitrary Waveform Generator Based on Enhanced Parallel Port

基于FPGA实现的直接数字频率合成器（DDS），其查表合成波形的方法可以满足任意波形发生器的要求。

Direct Digital frequency Synthesis ( DDS ) based on FPGA , its LUT method for synthesizing waveform adapts to generate arbitrary waveform .

PXI任意波形发生器补偿及校准技术研究

Reserch on Compensation and Calibration Techniques of PXI Arbitrary Waveform Genertor

用于增强器Ramping的任意波形发生器

An arbitrarily function generator for the ramping of booster synchrotron

任意波形发生器（Arbitrarywaveformgenerator）是一种常用的信号源，广泛应用于科学研究、生产实践和教学实践等领域。

Arbitrary Waveform Generator , as a common supply oscillator , is widely used in the fields of scientific research , productive practice , teaching practice and so on .

DDS模块是任意波形发生器的核心部分。包括DDS组件、相幅转换电路以及DDS组件驱动程序三部分。

DDS Module is kernel of the AWG , and comprised of DDS component , phase-amplitude convert circuits and the component 's driver .

任意波形发生器（Arbitrarywaveformgenerator简称AWG）是一种常用信号源，是现代电子测试领域内应用最为广泛的常用仪器之一。

AWG ( Arbitrary Waveform Generator ) is a commonly used singal source , and one of the most widely used equipment in the field of modern electronics testing .

结合计算机技术，基于高速复杂可编程逻辑器件（CPLD）设计出一种正交I、Q双通道的任意波形发生器，同时给出了协调其工作的软件设计。

Combining with computer technique , based on CPLD , an arbitrary waveform generator with I 、 Q double channel was designed and the software design that makes it work was provided .

函数/任意波形发生器SCPI解释器设计与实现

Research and implementation of SCPI interpreter for function / arbitrary waveform generator

所设计的任意波形发生器的特点是：高速、模块化、方便的波形输入以及和VXI资源相结合。

The characteristics of this new AWG are high speed , modularization , conveniently waveform input and in combination with VXI resource .

主要讨论了基于直接数字合成（DirectDigitalSynthesizer，DDS）技术的任意波形发生器（Arbitrarywaveformgenerator，AWG）的系统和软件设计，同时对系统性能进行了简单的理论分析。

The system of Arbitrary Waveform Generator and its software designing based on Direct Digital Synthesizer ( DDS ) technology have been discussed in detail . A theoretical analysis of the system performance is also given .

由于在现代诸多应用领域对测控信号的要求越来越高，文章提出了一种基于计算机的增强性并口（EPP）和直接数字频率合成（DDS）技术的虚拟双通道任意波形发生器的设计方法。

For the need of signal in many application field , a method of designing a double-channel virtual AWG based on EPP and DDS technology is presented .

介绍了一种采用复杂可编程逻辑器件（CPLD）与单片机相结合的方法设计的新型任意波形发生器（AWG），其中波形合成采用了直接数字合成（DDS）技术。

An arbitrary waveform generator which is designed by CPLD and chip computer is discussed in this paper . A new technology named DDS is adopted in waveform synthesis .

基于直接数字合成器（DDS）技术设计的任意波形发生器中，ROM查找表是DDS模块的一个重要环节，主要用于存储系统的波形数据。

In the arbitrary waveform generator based on DDS , ROM LUT is an important element of the DDS module , which is used to store waveform data of the system .

本文对PXI任意波形发生器补偿及校准技术进行了研究。

This dissertation studies the compensation and calibration techniques of PCI extensions for instrumentation ( PXI ) arbitrary waveform generator ( AWG ) .

本文运用任意波形发生器（AWG），在TEM小室中激励不同形式的脉冲电场，对自行研制的偶极天线测量系统的灵敏度进行了校准实验。

In this paper , an arbitrary waveform generator ( AWG ) is used to generate multi-waveform electric field in the TEM cell and the dipole antenna pulsed electric field sensor is calibrated .

本课题的主要任务是VXI任意波形发生器应用软件的开发，包括软面板和波形编辑器。

The software exploitation of VXI arbitrary waveform generator is the main aim of this task . It includes Soft Panel and Arbitrary Waveform Editor ( AWE ) .

描述了一种基于直接数字波形合成（DDWS）技术的长周期宽带任意波形发生器（AWG）。

The design based on direct digital waveform synthesis ( DDWS ) for the long period , broadband arbitrary waveform generator ( AWG ) is introduced .

基于DDS原理设计了一种任意波形发生器，并通过软件编程实现对其频率字和参考频率的改变，以提高波形发生器输出信号频率的准确性。

An arbitrary wave generator is designed based on the principle of DDS . In order to improve the accuracy of the output signal , this paper uses the software program to change the frequency and reference frequency .