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TDSJIT3 is the premiere jitter and timing analysis software package available for real-time oscilloscopes. Running externally or within the Tektronix DPO7000, DPO/DSA70000, TDS5000B, TDS6000B/C, and TDS/CSA7000B Series oscilloscopes, TDSJIT3 provides the highest accuracy and lowest noise jitter measurements available in any real-time instrument. With comprehensive jitter analysis algorithms TDSJIT3 simplifies discovering jitter and its related sources in today's high-speed digital, communication, and system designs. - Use the Jitter Wizard to Easily Make Accurate Jitter Measurements
- Analyze Random and Deterministic Jitter (Rj/Dj) and Estimate Total Jitter at BER
- Analyze Deterministic and Total Jitter on Repeating or Arbitrary Random Data Patterns
- Analyze Frequency-bounded Jitter and Timing Measurements using Timing Measurement Filters (First, Second, and Third-order High-pass and Low-pass Butterworth)
- Acquire, Capture, Store, and Analyze Worst-case Offenders
- View Simultaneous Results from Alternate Measurement Configurations Designated on a Single Channel or Source
- Qualify Jitter Measurements Using Channel Inputs, Cursors or Timing Details, Population Size, and Amplitude Range
- View and Analyze Jitter Spectrums, Histograms, and Trends with One Click
- 400 fs Typical Jitter Noise Floor with DSA72004
- 800 fsRMS Typical Jitter Accuracy with DSA72004
- Utilize a Configurable Golden PLL (TDSJIT3 Advanced only)
- Differential Crossover Voltage Measurements (TDSJIT3 Advanced only)
Applications: - Characterize Timing and AC Performance of High-speed Parallel and Serial Designs and Systems to 10.25 Gb/s and Beyond
- Characterize Data-to-Data and Clock-to-Data Jitter
- Characterize PLL Dynamic Performance and Transfer Functions
- Characterize Modulation of Spread Spectrum Clock Circuits
- Characterize Jitter Generation, Transfer, and Tolerance
- Characterize Clock and Data Jitter in HyperTransport, PCI Express, Fibre Channel, SONET, Serial ATA, and other Electrical or Optical Physical Layer Circuits
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