Keysight Advanced Digital Multimeters

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This video introduces Keysight Advanced Benchtop Digital Multimeters (DMMs), engineered for sophisticated design, validation, and troubleshooting tasks across high‑performance R&D and mission‑critical test labs. Advanced DMMs go beyond Essential models by delivering higher resolution, improved noise performance, faster reading rates, enhanced digitizing, and powerful triggering capabilities. With 6.5‑ and 7.5‑digit resolution, they offer the accuracy needed to evaluate sensitive analog subsystems, measure low‑level currents, and isolate timing‑critical behaviors in high‑frequency circuits. Engineers can detect voltage fluctuations, transient anomalies, and current irregularities indicative of performance issues or design faults.

Advanced DMMs provide sampling rates up to 50,000 readings per second for capturing fast‑changing signals, clock pulses, and noise events in high‑speed systems. A 1 μA current range with picoamp‑level resolution enables analysis of dynamic current consumption in low‑power and battery‑operated devices. Enhanced triggering and digitizing functions help engineers isolate specific events, synchronize measurements with system activity, and improve troubleshooting efficiency. Built‑in autocalibration reduces error sources such as temperature drift and internal component variation, ensuring measurement accuracy during long‑duration characterization tests. With robust connectivity and versatile measurement features, Advanced DMMs support detailed analysis and accelerated debugging in modern electronics workflows.
 

Key features include:

  • Fast Reading Rate: Capture voltage fluctuations, unstable signals, and transient events with up to 50,000 readings per second.
  • Low‑Current Measurement: Analyze dynamic current consumption using a 1 µA range with picoamp‑level resolution.
  • Triggering & Digitizing: Isolate and troubleshoot fast‑changing signals with enhanced triggering, digitizing modes, and event‑based capture.
  • Autocalibration: Maintain accuracy over long test durations with automated self‑calibration that compensates for drift and temperature variation.
     

Advanced Benchtop Digital Multimeters deliver higher accuracy, faster measurements, sophisticated triggering, and enhanced low‑current capability for demanding R&D and mission‑critical environments. Engineers rely on these instruments to identify faults, validate performance, and ensure precision across complex electronic systems.