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This application note outlines the process for using the WavePulser 2X Thru feature to extract high-quality 2-port and 4-port S-parameters for deembedding electrical interconnects. It explains the assumptions made by the underlying algorithms, as well as how to connect to the WavePulser and define the inputs for 2X Thru measurements, the expected outputs, and how those outputs are used in the deembedding process. WavePulser40iX offers many de-embedding methods. This technical brief explores these methods and helps the reader understand what he or she needs to provide to the instrument to obtain the best results
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This application note outlines the process for using the WavePulser 2X Thru feature to extract high-quality 2-port and 4-port S-parameters for de-embedding electrical interconnects. It explains the assumptions made by the underlying algorithms, as well as how to connect to the WavePulser and define the inputs for 2X Thru measurements, the expected outputs, and how those outputs are used in the de-embedding process
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This application note outlines how to configure the SSCTrack math operator settings to perform spread spectrum clock demodulation of serial data waveforms.
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Web Editorにおける EyeDoctor の VirtualProbe コンポーネントを利用した測定点の移動
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System recovery procedures for current series Windows 10 and 11 oscilloscopes: HDO4000A, HDO6000B, MDA/WaveRunner 8000HD, SDA/WavePro HD, SDA/WaveMaster 8 Zi-B, SDA/WaveMaster 8000HD, SDA/LabMaster 10 Zi-A.
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System recovery procedures for legacy Windows oscilloscope series: WaveSurfer 510, HDO4000, HDO6000/6000A, MDA/HDO800, MDA/HDO8000, HDO9000, HRO/WaveRunner 6 Zi, WaveRunner 8000/-R, DDA/SDA/WavePro 7 Zi/Zi-A, DDA/SDA/WaveMaster 8 Zi/Zi-A, LabMaster 9 Zi, LabMaster 10 Zi.
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This application note outlines how to configure the SSCTrack math operator settings to perform spread spectrum clock demodulation of serial data waveforms.
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