Tektronix TAP1500 Active Probe, 1.5 GHz

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Manufactured by: Tektronix

Category: Oscilloscopes Other

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Tektronix TAP1500 Active Probe, 1.5 GHz

The Tektronix TAP1500 Active FET Probe is the ideal solution for engineers and designers who require top-notch speed and performance in digital system designs. This single-ended Active Probe offers superior electrical and mechanical capabilities tailored for seamless integration with the TekVPI™ probe interface, enhancing your measurement and analysis proficiency.

Key Features of the Tektronix TAP1500 Active Probe:

  • Unmatched Signal Acquisition:
      • Minimized DUT (Device Under Test) loading with a remarkable ≤1 pF input capacitance and 1 MΩ input resistance, ensuring high-fidelity measurements.
      • Versatile DUT attachment accessories designed for easy connectivity to small SMDs (Surface-Mount Devices).
      • Maintains instrumentation bandwidth at the probe tip, suitable for ≤1 GHz oscilloscopes.
    • Direct Connection: Effortlessly interfaces with oscilloscopes via the TekVPI™ probe interface for streamlined operation.
    • Automatic Scaling: Enjoy real-time units scaling and readouts displayed directly on your oscilloscope for enhanced usability.
    • Enhanced Control: Quickly access the oscilloscope probe menu for valuable information regarding probe status/diagnostics and control probe DC offset.
    • Remote Control Capability: Engage in GPIB/USB probe control through your oscilloscope for convenient operation.
  • Versatile Applications:
      • High-speed digital systems design
      • Component design and characterization
      • Manufacturing engineering and testing
      • Educational research
      • Signals with voltage swings up to 16 Vp-p

Specifications of the Tektronix TAP1500 Active Probe:

    • High Probe Bandwidth: ≥1.5 GHz
    • Probe Attenuation: 10x ±2%
    • Fast Probe Rise Time: [Specifications not listed]
    • Input Capacitance: ≤1 pF
    • Input Resistance: 1 MΩ
    • Linear Dynamic Range: ±8 V (16 Vp-p)
    • Input Offset Range: +10 V
    • Max Input Voltage (nondestructive): ±15 V (DC + peak AC)
    • Propagation Delay: 5.3 ns

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