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產品介紹

TDP7000 Series TriMode Probes Datasheet

應用★ Validation and Compliance Testing of Serial DataStandards including,but not limited to:PCI Express I and IISerial ATAFBDIMMDDRXAUIHDMI/DVI (P7313SMA only)型號頻寬輸入阻抗最大電壓衰減P7313SMA> 13GHz100kΩ±1V直流+pk交流2.5X、12.5XP7380SMA> 8GHz100kΩ±1V直流+pk交流2.5X、12.5X

產品介紹

The TDP7700 Series TriMode probes provide the highest probe fidelity available for real-time oscilloscopes. In addition, with connectivity innovations such as solder down tips with the probe’s input buffer mounted only a few millimeters from the end of the tip, the TDP7700 series probes provide unmatched usability for connecting to today’s most challenging electronic designs.

TDP7000 產品型錄下載

Key features

  • High bandwidth for signal fidelity

    • 10 GHz TDP7710

    • 8 GHz TDP7708

    • 6 GHz TDP7706

    • 4 GHz TDP7704

  • Minimal device impact

    • Thin and flexible solder tips

    • Lightweight and flexible probe cable

    • Active buffer tip design for low probe loading

  • Easy to connect TekFlex™ Connector technology

    • Pinch-to-Open accessory connector

    • Versatile Connectivity - solder down tips, optional browser for handheld or fixtured probing, and coaxial input (SMA adapter)

    • Cross compatibility with P7700 series tip accessories

    • Full Bandwidth to 10 GHz

    • Probe cable and solder down tips operate over an extended temperature range

  • Probe and tip specific S-parameters

    • Full AC calibration of the probe and tip's signal path based upon unique s-parameter models

    • Unique DSP filters created for each probe and tip

  • FlexChannel® interface for oscilloscope/probe control and usability

    • Direct control via probe buttons or from the oscilloscope's menus

    • Automated control of probe settings via the oscilloscope

    • Automatic recognition of the probe and tip when attached to the oscilloscope

    • CharacteristicDescription

      Bandwidth (typical)

      TDP7704

      TDP7706

      TDP7708

      TDP7710



      4 GHz

      6 GHz

      8 GHz

      10 GHz