本例程提供了基本使用C#对PA1000的进行控制，测量纹波以及计算纹波干扰综合并且绘制波形。
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性。
本例程提供了基本使用C#分析示波器采集的波形WFM数据，并读取触发的时间位置；程序会读取目录下所有的wfm文件，并且输出每一个wfm中触发的时间。
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性。
Download this firmware to install the latest updates for the 4 Series MSO oscilloscopes.
LINUX SOFTWARE; 3 SERIES MDO FIRMWARE V1.4.26, MDO32, MDO34 (FIRMWARE FOR CUSTOMER DOWNLOAD)
Instrument application firmware for RSA5103B, RSA5106B, RSA5115B and RSA5126B Real-Time Signal Analyzers.
SignalVu Vector Signal Analysis (ver 3.23) runs as an option to the DPO7KC, DPO-DSA-MSO70KC, DPO-DSA70KD,DPO-MSO70KDX, DPO70000SX and DPO-MSO5K(64-bit systems) series scopes.
The TekSeriesScope IVI-COM Driver for 4, 5 and 6 Series Mixed Signal Oscilloscopes is an IVI Scope class-compliant driver. It complies with Scope Class specifications (IVI-4.1) as defined by the IVI foundation. An IVI class-compliant specific driver for an oscilloscope exports the API defined by the IviScope class specification. In addition to complying with a standard API for a given instrument class, IVI class-compliant specific drivers also incorporate other features to provide the user with instrument interchangeability. Use an IVI class-compliant specific driver when hardware independence is desired.
SignalVu-PC VSA software brings the analysis engine of the Tektronix Real-Time Signal Analyzer (RTSA) to your computer, enabling you to analyze live signals from RSA306, RSA500, RSA600, RSA7100A Spectrum Analyzers and MDO4000B/C Series oscilloscopes, and acquired waveforms from Tektronix real-time signal analyzers and oscilloscopes. Supported instruments: RSA306B-SMA, RSA306, RSA306B, RSA503A, RSA507A, RSA513A, RSA518A, RSA603A, RSA607A USB Spectrum Analyzers, RSA7100A Real-Time Spectrum Analyzer, MDO4000B/C Series Oscilloscopes. Supports files transferred from Real-Time Signal Analyzers (SA2500, H500, RSA3000, RSA6000 Series) and Oscilloscopes (MSO/DPO2000, MSO/DPO3000, MSO/DPO4000, MDO4000, MSO/DPO5000, MSO/DPO7000, MSO/DPO/DSA70000 Series). Try out SignalVu-PC VSA software options for 30-days for free. Simply install SignalVu-PC using the link below, and activate the evaluation mode. Detailed steps are available in the Instructions.
| "KickStart Software for the PC enables quick test setup and data visualization when using one or more instruments.
Key Features Changes in Version 2.1.0 |
演示了如何用Matlab对TDS3000进行屏幕拷贝。
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This simple code shows how DPX trace data, saved in the form of a .mat file, can be extracted and plotted in MATLAB. It takes the trace data from the file, then plots it as a Spectrogram and Waterfall(3D) plot. These .mat files have the following four variables in addition to the trace data: rsaMetadata, SpectraCenter, SpectraSpan, and TDelta. The number of loop iterations is set to be equal to the total number of traces. Since the .mat file contains the trace data + 4 variables, the number of iterations is calculated by determining the total number of variables in the file, then subtracting this value by 4. This code is intended as a proof of concept to get trace data from a .mat file into the MATLAB workspace. It can easily be expanded on for more advanced analysis.
To get the correct file format when saving data, follow these steps:
1) In SignalVu-PC, stop the current acquisition. Then go to File -> Save As
2) Select 'Acq data export with Setup (MAT) (*.mat)' for the 'Save as type' field, then click Save.
NOTE: The directory you save this data should be the same directory where the .m file is saved.
3) Once the 'File Contents' window pops up, select 'DPX spectra' for Data types then 'All in history' for Data records. Then click Save.
.MAT格式数据请自行在SignalVu-PC或者RSA5000上保存。
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性。
本例程提供了Matlab对仪器进行控制，演示了最基本的连接仪器的步骤。
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演示了如何用Matlab对AWG编辑生成WFM格式波形文件。
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本文以AWG的控制为例，演示了如何用套接字编程。
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演示了如何用Matlab对TDS2000进行编程并向ref通道发送波形数据。
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使用Matlab从示波器中读取波形数据并绘制。
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演示了如何用Matlab对RSA进行编程并读取设定好的频谱数据。
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This program acquires 10 frames of a FastFrame acquisition, creates a summary frame that averages all the other frames together, transfers the waveform data from the summary frame to the computer, and plots the correctly scaled waveform. You will have to change the horizontal, vertical, and trigger settings (time/division, sample rate, volts/div, vertical offset and position, trigger type, trigger threshold, etc.) as they relate to your specific signal.
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性。
This code pulls a single, completed acquisition off of an MSO/DPO2000/B and plots it. It is adapted from existing DPO scripts on this forum. The DPO2k CURVe? query has some particular quirks that warrant a separate solution. These commands are fully explained in the programmer's manual (especially Appendix B), but the commands DATa:COMPosition SINGULAR_YT and DATa:RESOlution FULL are necessary to produce a standard CURVe? response.
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性。
演示了如何用Matlab对通过套接字对DPO3000进行控制。
请注意相关软件配置环境以及VISA resource地址。Tektronix公司不负责该例程的完整性、可执行性和正确性