• 0 out of 5

    DMM2000 6½-Digitos

    The 6½-digit 2000 Series offers a unique combination of high-precision, cost-effectiveness, and flexibility. Based on the same high-speed, low-noise A/D converter technology found in our 7½- and 8½-digit multimeters, this DMM offers market-leading speed and accuracy.  For greater flexibility, a built-in card slot on the rear panel allows an additional multiplexer card for multi-point measurement applications.
  • 4.00 out of 5

    DMM2002 8½-Digitos

    The 8½-digit Model 2002 High Performance Digital Multimeter not only delivers performance specifications usually associated only with instruments that cost thousands more, but it offers a broad range of functions not typically available from DMMs. With 1nV DCV sensitivity and a basic accuracy of 0.0006%, this DMM also offers 18 measurement functions. For greater flexibility a built-in card slot on the rear panel allows an additional multiplexer card for multi-point measurement applications. This DMM provides an excellent choice for production test, design verification, and metrology applications where high accuracy is critical.
  • 0 out of 5

    DMM2010 7½-Digitos

    The 7½-digit 2010 Series Low Noise Multimeter combines cost effectiveness and high resolution with the throughput and accuracy needed for high speed DMM applications such as testing precision sensors, transducers, A/D and D/A converters, regulators, references, connectors, switches, and relays. Based on the same high speed, low noise A/D converter technology as the 2000, 2001, and 2002 Series, the 2010 Series adds four unique resistance measurement functions that make it ideal for characterizing the resistance, linearity, or isolation of contacts, connectors, switches, or relays.
  • 0 out of 5

    DMM2100 6½-Digitos

    The 2100 Series USB Multimeter combines high measurement basic accuracy (0.0038% ) with 6½-digit resolution and a price often associated with 5½ -Digit DMMs.  This DMM features 11 measurement functions and 8 math functions to accommodate the most commonly-measured parameters. All accessories, such as USB cable, probes, and software, are included with this broad purpose DMM. With its unique combination of high precision and low total cost of ownership, the 2100 Series is an unbeatable value for R&D engineers, test engineers, scientists, and students making basic precision measurements, whether it’s used as a benchtop DMM or in a system application.
  • 4.00 out of 5

    DMM2110 5 ½ – Digitos

    The 2110 Series 5½-Digit USB digital multimeter combines compelling pricing with comprehensive capabilities, superior measurement accuracy, and high speed. Its dual-line display capability allows it to display two different measurements at once. This general purpose DMM offers an unbeatable value for production, R&D, and test engineers, scientists, and students. At 5½ digits, the 2110 Series delivers up to 200 readings/s via the USB remote interface. At the fast 4½-digit setting, it takes up to 50,000 readings/s and, with the GPIB option, makes an ideal DMM for production and monitoring applications.
  • 5.00 out of 5

    DMM4000 5½- 6½-Digitos

    The 5½-digit DMM4020 and 6½-digit DMM4050 and DMM4040 broad purpose bench multimeters deliver a comprehensive range of functions to meet your most demanding measurements on the bench or in a system.   These digital multimeters perform the functions you would expect to see in a multifunction DMM, including measuring volts, ohms, amps, and frequency measurements. The DMM4050 adds temperature and capacitance for greater versatility.
  • 0 out of 5

    DMM7510 7½-Digitos

    The DMM7510 combines all the advantages of a precision digital multimeter (DMM), a graphical touchscreen display, and a high speed , high resolution digitizer to create an industry first: a graphical sampling multimeter.
    • High resolution and sensitivity
    • 7 ½ digit resolution for wide dynamic measurements on a single measurement range
    • 10nV, 0.1μΩ, and 1pA sensitivities; measure sleep mode currents from microcontrollers (MCUs), IoT devices, and other portable devices
    • Accuracies as low as 0.0014% for DCV, 0.0027% for Ω, and 0.006% for DCI for metrology-grade, calibration lab measurements
    • 1,000,000 sample/s, 18-bit digitizing to capture fast waveforms such as wireless device current draw bursts or voltage and current transients
    • Up to 27 million reading storage to capture complete current draw profiles, determine total power consumption, or perform stability studies
    • Use the touchscreen pinch and zoom features, the cursors, and the statistical computations to analyze the details of a voltage or current waveform

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