Time Stretch Enhanced Recording Scope (TiSER Scope)

Tech ID: 20439 / UC Case 2009-337-0

Summary

Scientists at UCLA have developed new type of oscilloscope that combines advantages of both real-time digitizers and sampling scopes.

Background

Digitizers are broadly categorized into two classes; equivalent-time digitizers (or sampling oscilloscopes) and real-time digitizers. Sampling oscilloscopes sample the incoming signal and then reconstruct it digitally, which requires a long time to obtain the original signal with high fidelity. They have high bandwidth, although not in real-time, and are also not capable of capturing non-repetitive waveforms. Real-time digitizers continually sample the signals as they change, and therefore have real time reporting capability, but have limited input bandwidths, currently only available up to 18-GHz.

Innovation

Researchers at UCLA have identified a method for sampling entire segments of the incoming signal for reconstruction, which combines the high frequency capability of sampling oscilloscopes with the real time non-repetitive signal detection of real time digitizers. The Time Stretch Enhanced Recording (TiSER) Scope Method is based on time stretching of the incoming signal and subsequent pulse sampling.

Applications

  • High bandwidth digitizers, for radar applications and EMP detection
  • Oscilloscopes with high bandwidth and real-time capability

Advantages

  • Improved acquisition times over current sampling oscilloscopes, by 3-4 orders of magnitude
  • Ability to record ultra-fast non-repetitive dynamics that occur within the segment period

Patent Status

Country Type Number Dated Case
United States Of America Issued Patent 8,686,712 04/01/2014 2009-337
United States Of America Issued Patent 8,432,153 04/30/2013 2009-337
 

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Inventors

  • Jalali, Bahram

Other Information

Keywords

omputer hardware, devices, electrical, oscilloscope, digitize

Categorized As