MSOX92504A Agilent Mixed Signal Oscilloscope Used

Features: The world’s fastest real-time oscilloscope 25 GHz true analog bandwidth, upgradeable to 33 GHz 80 GSa/s sample rate 2 channels / 40 GSa/s sample rate 4 channels Industry deepest memory with up to 2 Gpts memory with 20 Mpts per channel standard (50 Mpts per channel with DSA option) Industry-leading 16 channels with up to 20 GSa/s timing resolution The highest real-time scope measurement accuracy Industry’s highest true analog bandwidth (twice the analog bandwidth of leading competitor) Industry’s lowest oscilloscope noise floor (1.85 mVrms at 25 GHz at 50 mV/div) Lowest jitter measurement floor (<100 fS) New calibration leads to industry-leading Spurious Free Dynamic Range (SFDR) Industry’s first and only 30 GHz oscilloscope probing system Fully customized probe amplifier s-parameter characteristics provides accurate probe correction for each individual probe amplifier Industry’s first bandwidth-upgradeable probes mean you will be prepared for your evolving probing needs PrecisionProbe allows you to quickly characterize any input to your oscilloscope Digital channels are fully compatible with Keysight’s 90-pin logic analyzer probes When you’re deploying emerging high speed serial bus technology, identifying spectral content of wide-bandwidth RF signals, or analyzing transient physical phenomena, you need the truest representation of your signals under test. With its 25 GHz of true analog bandwidth, the MSOX92504A is ideal for directly digitizing signals into the K band as well as validating 10 Gbps signals. The accompanying probing system offers browsing to 30 GHz with a full range of accessories rated to 28 GHz and the ability to upgrade bandwidth in the future. PrecisionProbe is the only tool available on an oscilloscope that allows for channel characterization and compensation. The MSOX92504A features 16 fully-integrated, time-aligned digital channels that give you insight into timing relationships and allow precise triggering. The MSOX92504A has special modes designed to help with debug and validation of memory systems.