Teledyne LeCroy D600 Differential Probe, 7.5 GHz

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Manufactured by: Teledyne LeCroy

Category: Oscilloscopes Other

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Teledyne LeCroy D600 WaveLink Probe

The Teledyne LeCroy D600 WaveLink probe, equipped with the D600-AT Twin Tip Module, sets a new standard in precision measurement technology. This highly advanced differential probe is designed to deliver superior performance in demanding environments, making it an essential tool for engineers and technicians alike.

Key Features:

    • Adjustable Thumbwheel: Features a built-in thumbwheel for precise positioning of the probe tip, ensuring it remains securely in place after adjustment.
    • Precision Tips: Maintains sharp points made from NiTiNOL, a super-elastic nickel-titanium alloy that flexibly adapts under pressure while consistently returning to its original form for reliable contact.
    • Advanced Signal Measurement: Utilizes transmission line topology combined with active differential probe technology to maintain excellent loading characteristics across a wide frequency range.
    • Distortion-Free Measurements: Effectively eliminates distortion, facilitating highly reliable eye pattern measurements critical for fast serial parallel data bus architectures.

Performance Benefits:

    • Superior Loading Characteristics: Delivers excellent loading characteristics to minimize the impact on your measurement environment.
    • Frequency Response: Provides precise frequency response with exceptional fidelity for high-speed signals, ensuring accurate performance measurements.
    • Signal Fidelity: Both low loading and frequency response flatness are optimized to guarantee the signal fidelity necessary for accurate performance assessment.

Specifications:

    • Rise Time: < 70 ps
    • LF Attenuation Accuracy: 2% at 0 ±1.2 V (with 0 V common mode)
    • Zero Offset Error (after Autozero): < 10 mV RTI (within 15 minutes)
    • Offset Gain Accuracy: 1% of offset value
    • Bandwidth: DC to 7.5 GHz
    • Input Differential Range: 4.8 Vp-p
    • Common Mode Range: ±2.4 V (maximum peak voltage either input to ground)
    • DC Input Resistance: 4 kΩ differential
  • CMRR:
      • DC to 1 GHz: > 40 dB
      • 1 GHz to 3 GHz: > 30 dB
      • 3 GHz to 7 GHz: > 20 dB
    • Noise: 5.8 mVrms with a 6 GHz oscilloscope

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