• Obtain Accurate Tj @ BER and Rj/Dj Separation (TDSJIT3 Advanced only)
• Analyze Repeating or Arbitrary Random Data Patterns
• Analyze Low Probability and Low Amplitude Deterministic Jitter with Spectral Peak Detection and Averaging
• Analyze Frequency Bounded Jitter and Timing Measurements with a variety of Timing Measurement Filters
• Acquire, Capture, Store, and Analyze Worst Case Offenders
• View Comprehensive Statistics for Every Measurement
• Jitter Spectrums, Jitter Histograms, Jitter Trends
• Analyze Random and Deterministic Jitter (Rj/Dj), Estimate Tj @ BER
• Tj at Bit Error Ratios (Tj @ BER) to 1x10-18 (TDSJIT3 Advanced only)
• Utilize a "Golden PLL" (TDSJIT3 Advanced only)
• Differential Crossover Voltage Measurements (TDSJIT3 Advanced only)

TDSJIT3 v2.0 is the premiere jitter and timing analysis software package available for real-time oscilloscopes. Running externally or within the Tektronix TDS5000B, TDS6000B , and CSA/TDS7000B Series oscilloscopes, TDSJIT3 v2.0 provides the highest accuracy and lowest noise jitter measurements available in any real time instrument. With comprehensive jitter analysis algorithms TDSJIT3 v2.0 simplifies discovering jitter and it's related sources in today's high speed digital, communication and system designs.

Digital designers, analog designers, communication and systems engineers in the computer, semiconductor, and communications industries are facing new challenges as processor clock speeds race beyond 3 GHz and back-plane electrical data rates greater than 4 Gbps become commonplace. These increasing clock and data speeds mean reduced circuit tolerance, or margin, for noise and jitter. By using tools to rapidly characterize and discover sources of jitter, designs can be made more robust, brought to market faster, and ultimately operate better in today's ultra high-speed environment.

General Measurements
Rise Time, Fall Time, Positive Width, Negative Width, High Time, Low Time, Skew, Differential Cross-Over Voltage*

Clock Measurements
Frequency, Period, Cycle-Cycle, N-Cycle, Positive Cy-Cy Duty, Negative Cy-Cy Duty, Positive Duty Cycle, Negative Duty Cycle, Clock TIE, Clock PLL TIE*1

Data Measurements
Data Frequency, Data Period, Data TIE, Data PLL TIE*

Clock to Data
Setup, Hold, Clock-out

Advanced Analysis*
Rj, Dj, Pj, DCD, DDj, Tj, BER

Plots
Histogram, Time Trend, Cycle Trend, Spectrum, Eye Diagram Statistics*1 (BER CDF Curve), Phase Noise, Transfer Function

Data Logging
Statistics, Min/Max Wfm, Snapshot, Worstcase

* Features are only available with TDSJIT3 v2.0 Advanced.