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M9193A 参数 Datasheet PDF下载

M9193A图片预览
型号: M9193A
PDF下载: 下载PDF文件 查看货源
内容描述: [M9195B PXIe Digital Stimulus/Response with PPMU: 250 MHz, 16-channel]
分类和应用:
文件页数/大小: 21 页 / 5228 K
品牌: KEYSIGHT [ Keysight Technologies ]
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05 | Keysight | M9195B PXIe Digital Stimulus/Response with PPMU: 250 MHz, 16-channel - Data Sheet  
Comprehensive software tool set  
Keysight offers a choice of drivers and programming environments to configure and  
control the PXI DSR during test development including:  
– Full featured, high-level IVI-COM, IVI-C, LabVIEW programming interfaces through  
drivers  
– IEEE-1450/ STIL, OpenXML (Excel), or text file format for programmatically defining  
patterns  
– The M9195B Soft Front Panel for interactive test control and debug  
– The M9192A/M9193A DSR pattern editor and data converters software enable test  
patterns from various EDA systems to be read in, edited, and output to the M9195B  
These test development tools can be used in powerful combinations to match the DUT’s  
test flow and test requirements.  
Soft Front Panel (SFP)  
The SFP assists the user in the development and application of test patterns, allows  
the user to change key test execution parameters, and allows the user to validate  
and compensate for test fixture connectivity. During pattern development, the user  
interactively loads and execute STIL, XML, or bulk data files. When loading, the tests  
are checked for correct syntax and the SFP generates error messages to help debug  
patterns. The SFP enables the user to the control various execution and response  
logging modes. In addition to these features, the SFP uses the same IVI interface driver  
calls. Each function initiated by the SFP logs an example driver call that can then be  
used in a regular API environment.  
IVI and LabVIEW drivers  
The IVI driver set can be used to fully control all aspects of test development using the  
DSR from assigning hardware pins to creating and executing waveform patterns using  
the M9195B. The drivers include high level commands for:  
– Initial configuration including pin/channel names assignments, signal direction,  
grouping pins/channels to make vector definition easier.  
– Setting physical layer conditions such as voltage levels, active loads  
– Defining single or multisite configurations.  
– Pattern definition and waveform timing.  
– Pattern sequencing