Hardware Operation and Settings

• Recommended SMA Cables for Time Taggers

  SMA cables are ideal for Time Tagger connections. Use double-shielded cables under 5 meters for optimal signal quality and minimal jitter.

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• Suitable Pulse Shapes for Time Tagger Measurements

  The Time Tagger precisely detects electrical signals across various waveforms with 1 ps resolution, ensuring accurate edge detection for signals with sufficient slew rates, like those in the Time Tagger Ultra model.

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• Detecting Negative Signals with Time Tagger 20

  Pulse inverters compatibility with Time Tagger 20

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• Setting the Appropriate Trigger Level

  What trigger level to set for Time Tagger

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• Maximum Input Voltage Amplitude

  Each Time Tagger model has specific input signal ranges, with slight tolerance beyond limits. For signals outside these ranges, using SMA attenuators is recommended. Refer to our brochure for details.

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• Minimum Pulse Amplitude and Duration Requirements

  Time Tagger models require a minimum input amplitude of 100 mV and specific pulse durations. Shorter or smaller pulses may reduce count rate or increase jitter.

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• Compensating for Channel Delays

  This page explains how to compensate the delays between channels depending on the signal

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• Detecting Falling Edges of Pulses

  In the Time Tagger Lab, rising and falling edges are separate channels, with falling edges marked as negative numbers.

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