Tektronix DPS77004SX
2 Ch, 70 GHz Real-Time Oscilloscope
Rent or Lease
The DPO70000SX 70 GHz oscilloscope uses a compact and scalable package that allows flexible system configurations and allows users to position the oscilloscope close to the device under test. The DPO70000SX provides ultra-high bandwidth real time signal acquisition and analysis up to 70
GHz analog bandwidth. The patented Asynchronous Time Interleaving (ATI) architecture provides low noise and high fidelity for real time signal acquisition for complex optical modulation analysis, jitter and noise analysis of high speed serial signaling and frequency, phase and modulation analysis of wideband RF signals. The DPS77004SX system is a 2-unit solution delivering 2 channels of 70GHz analog bandwidth or 4 channels of 33 GHz bandwidth.- Configurations
- Resources
- FAQsAI
DJA, R3
See Configuration Details
-
DJA
Jitter And Eye Analysis Tools - Advanced (Dpojet)
-
R3
Standard Warranty Extended To 3 Years. Covers Parts: Labor And 2-Day Shipping Within Country. Guarantees Faster Repair Time Than Without Coverage. All Repairs Include Calibration And Updates. Hassle Free - A Single Call Starts The Process
*This item has already been added to your cart. Check your cart for quantity and availability.
DPS7704SX
ConcealFab Product Guide
Content is AI-generated. Verify critical details with manufacturer-provided resources.
What bandwidth does the Tektronix DPO77002SX provide?
The DPO77002SX delivers 70 GHz analog bandwidth on one channel with 200 GS/s sample rate or 33 GHz bandwidth on two channels at 100 GS/s per channel. This ultra-high bandwidth utilizes patented Asynchronous Time Interleaving (ATI) architecture for lowest noise and highest fidelity real-time signal acquisition.
What makes the ATI architecture unique in the DPO77002SX?
The ATI architecture provides a symmetric sampling technique that delivers all signal energy to both digitizing paths, resulting in an inherent noise advantage over legacy bandwidth interleaving methods. This symmetric approach enables effective noise averaging and simplifies signal reconstruction, achieving superior SNR performance compared to asymmetric interleaving architectures.
What is the jitter noise floor of the DPO77002SX?
The DPO77002SX achieves a jitter noise floor of 123 fs RMS at 300 mV full scale, enabled by its remarkably low sample clock jitter of 65 fs RMS. This exceptional performance rivals lower bandwidth instruments and is critical for accurate jitter analysis in ultra-high-speed applications like 400G optical and wideband RF.
Can multiple DPO77002SX units be synchronized for increased channel count?
Yes, the DPO77002SX includes UltraSync multi-unit time synchronization bus enabling precise synchronization of sample clock, trigger, and run-stop control across multiple units. A four-unit configuration supports 4 channels at 70 GHz and 200 GS/s, with timing precision equivalent to monolithic oscilloscopes.
What trigger bandwidth does the DPO77002SX support?
The DPO77002SX provides greater than 25 GHz edge trigger bandwidth and less than 30 ps glitch trigger performance, the highest available in real-time oscilloscopes. The innovative Window trigger type enables triggering on RF signal burst envelopes with time-qualification to discriminate envelope width from 500 MHz to 20 GHz carrier frequencies.
What form factor does the DPO77002SX use?
The DPO77002SX features a compact 5.25 inch (3U) instrument package, less than half the height of equivalent bench models while achieving superior measurement performance. This compact design optimizes space usage and enables versatile mounting configurations including stacking, rack mounting, and various angular arrangements around devices under test.
What analysis capabilities are included with the DPO77002SX?
The DPO77002SX includes DPOJET Essentials for jitter and eye pattern analysis standard, with optional DPOJET Advanced, Serial Data Link Analysis (SDLA), and SignalVu vector signal analysis packages. These tools support comprehensive analysis for optical modulation, high-speed serial data, jitter decomposition, signal path de-embedding, and RF spectral analysis.