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Rigol DS6000 Application Note
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www.rigolna.com
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Rigol DS6000
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Summary of Contents for Rigol DS6000

  • Page 1 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com Rigol DS6000 Application Note Application Notes Comparison Guides FAQs How-To Guides Programming Manuals Quick Start Guides Support Information User’s Guides...
  • Page 2 In this section we are going to demonstrate the rich features and capabilities of the DS6000 by analyzing with it an NTSC video signal 1- Connect the NTSC video signal to channel 1 of the DS6000. Ensure that the video signal is ON and then press the green “Auto” button. The...
  • Page 3 2- Then press the horizontal scale button in order to enable delayed sweep feature of the DS6000. One can notice the extensive level of detail of the captured signal by increasing the signal zoom by turning the horizontal scale knob.
  • Page 4 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com...
  • Page 5 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com...
  • Page 6 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com...
  • Page 7 DS6000 series. For the purpose of the demonstration, we will input a square wave signal into the DS6000 input, however a glitch signal will be introduced randomly as well. The glitch lasts less than 30ns on the input side.
  • Page 8 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com The image below is of the square wave signal described above: The glitch signal is intermittent and appears for much less than a second on the screen before it disappears. For the purpose of making it more visible in this tutorial, we will turn display persistence on.
  • Page 9 As we can observe from the snapshot above, the DS6000 proves capable of capturing the signal glitch due to its high waveform update rate and its high resolution capabilities are reflected in the accuracy of the signal – glitch...
  • Page 10: How-To Guide

    However, deep within this signal is a glitch. The glitch is very hard to find and can only be spotted utilizing the DS6000 UltraVision zoom technology. Connect the Channel 1 to the AM pin and Channel 2 to the Sync pin.
  • Page 11 Though less than a division in length the glitch was easily detected when UltraVision was engaged as observed below: Thanks to Rigol’s UltraVision, the DS6000 can capture very fine changes in the signal’s waveform such as this slight glitch in the AM wave.
  • Page 12 IGOL ECHNOLOGIES USA 877-4-RIGOL-1 How-To Guide info@rigol.com www.rigolna.com 7401 First Place Suite N Oakwood Village, OH 44146 You can reach us directly at: (440) 232-4488 877-4-RIGOL-1 info@rigol.com www.rigolna.com (Rigol North America website)