DTS 2079
Wavecrests DTS line and companion software provide unprecedented speed,
accuracy and resolution in test and measurement of jitter and critical
time measurements in semiconductor devices and systems. Patented
algorithms provide the only available solution of complete high-speed
analysis in
all three critical domains of time, frequency and modulation. This
system will do it all; design, debug, characterisation/validation
, customer and vendor correlation and volume production test.
Wavecrest has long been recognized for producing some of the fastest
test equipment available for the debug, characterization and production
test of high-performance, high frequency devices and circuits.
This tradition continues with the release of the DTS-2079 Communication
Signal Analyzer. The breakthrough DTS-2079 analyzer is the first to achieve
the important 3.2 Gb/s speed threshold. The DTS-2079 is particularly useful
for the analysis and debug of high-speed communications devices, boards
and systems.
Wavecrest Introduction Page
DTS 2079
| Frequency Range |
0.4 Hz to 1.63 MHz |
| Maximum Data Rate |
3.2 Gbs |
| Minimum Pulse Width |
300ps |
| Jitter Noise Floor |
Is < 6ps rms (3ps rms typical at cal frequency)(1) |
| Jitter Measurement Accuracy |
Is < 2ps (2) |
| Hardware Resolution |
680fs |
| Time Measurement Range |
±2.5s |
| Frequency Measurement Accuracy |
1PPM |
| Time Base Accuracy |
1PPM |
| Time Base Stability (Short Term Aging) |
5x10-11 |
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| Voltage Performance: |
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| Input Range |
±1.1V (50 Ohm load) |
| VREF Accuracy |
±(1.5 mV+0.75% of setting) |
| VREF Resolution |
150µV |
| External Arming |
Used for synchronizing a timing measurement to an external
pattern generator for examining timing issues at a particular
point in time. Supports edge triggered arming and gated arming
(window arming). |
| Automatic Arming |
Used for serial data streams and clock signals that repeat
indefinitely. This feature is critical in enabling clock-less
data signal analysis. |
| Internal Sampling Oscilloscope |
Used for identifying signal characteristics that are present
at the channel input. The oscilloscope has an effective sampling
rate of 100GHz. |
| User Programmable Subroutine Memory |
Used for developing production and characterization scripts
to enhance throughput and measurement time. |
| Built-In Internal Calibration |
Used for self-calibration of internal hardware. External reference
ports accessible on back panel for accuracy verification. |
| Built-In External Calibration |
Used for timing and voltage deskew of cables, probes and other
interconnect hardware. |
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| Specifications subject to change without notice. |
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| (1) Jitter Noise Floor is the minimum Jitter measurement that
can be made. This measurement is an accumulation of several jitter
frequency components and their effect on the measurement in question.
The Jitter Noise Floor measured in the Frequency domain is less
than 1ps. |
| (2) Jitter Measurement Accuracy is a function of the hardware's
measurement repeatability. |
If you require further information please click on the "More Information" link
at the top of the page and one of our team will provide any details
you may require.
Or contact us directly:
Firfax Systems Ltd
Meteor Business Park,
Gloucestershire Airport,
Cheltenham Road East,
Gloucester,
GL2 9QL, UK.
T. +44 (0) 1452 717 800
E. sales@firfaxsystems.co.uk
