Keysight Benchtop Digital Multimeters
Videos
This video introduces Keysight’s Benchtop Digital Multimeter (DMM) portfolio—Essential, Advanced, and Pro—engineered for precise, stable, and reliable measurements across product characterization, troubleshooting, validation, and metrology‑grade environments. Designed for low‑noise performance and exceptional long‑term stability, Keysight DMMs deliver consistent, repeatable results that minimize recalibration needs and ensure dependable performance over time.
Keysight DMMs are trusted across mission‑critical industries including aerospace, defense, and semiconductor manufacturing thanks to their robust construction and proven reliability under demanding test conditions. A powerful suite of analysis features, such as digitizing modes, trend charting, built‑in math functions, advanced triggering, and high‑speed data acquisition, helps engineers identify issues quickly and validate device behavior with confidence. Seamless integration is supported through USB, LAN, GPIB, and SCPI (SKIPPY) control, making these instruments well suited for both benchtop use and automated test systems.
Essential Digital Multimeters provide 5.5‑digit resolution, 150 ppm DC voltage accuracy, 5,000‑reading memory, and up to 110 readings per second, making them ideal for teaching labs and basic bench setups requiring dependable measurement performance.
Advanced Digital Multimeters increase precision and throughput with 6.5‑ to 7.5‑digit resolution, accuracy down to 16 ppm, reading memory up to 2 million points, and speeds up to 50,000 readings per second, well suited for validation, debugging, and higher‑performance workflows.
Pro Digital Multimeters deliver metrology‑grade capability with 8.5‑digit resolution, 4 ppm DCV accuracy, 148,000‑reading memory, and speeds reaching 100,000 readings per second, ideal for calibration laboratories and high‑end R&D applications requiring the highest levels of precision and stability.
Across all performance levels, Keysight DMMs provide the precision, long‑term stability, advanced analysis features, and global calibration support needed to ensure accurate measurements and minimize downtime.
