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PXI-4060

The National Instruments PXI-4060 PXI Digital Multimeter, part number 777554-01, boasts a 5½ digit resolution and can measure DC and AC voltage and current, as well as resistance, with autozeroing capabilities to

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    Description

    The National Instruments PXI-4060 PXI Digital Multimeter, with part number 777554-01, offers precise 5½ digit resolution and is capable of measuring DC voltage and current, AC rms voltage and current, and resistance (ohms). It is designed for a variety of applications including automated production testing, portable field testing, and electronic desktop testing. This multimeter adheres to UL 3111 and IEC 1010-1 security standards, ensuring its reliability in various testing environments.

    To achieve accurate results, the PXI-4060 requires a 30-minute warm-up time to mitigate the effects of thermal drift, which is influenced by temperature coefficients. Additionally, the device features an autozeroing capability to further enhance measurement precision by compensating for internal error, although this feature is not supported when operating in AC voltage, AC current, and diode modes.

    Specification Details
    Product Name National Instruments PXI-4060 PXI Digital Multimeter
    Part Number 777554-01
    Digit Resolution 5½ digits
    Measurement Capabilities DC voltage and current, AC rms voltage and current, Resistance (ohms)
    Intended Use Automated production testing, portable field testing, electronic desktop testing
    Security Standards Meets UL 3111 and IEC 1010-1
    Warm-up Time 30 minutes
    Thermal Drift Temperature coefficients impact measurements; warm-up reduces thermal drift effects
    Autozeroing Feature Available (not supported in AC voltage, AC current, and diode modes)

    Question 1: What types of tests is the National Instruments PXI-4060 PXI Digital Multimeter designed for, and what standards does it comply with to ensure reliability?
    Answer 1: The National Instruments PXI-4060 PXI Digital Multimeter conforms to UL 3111 and IEC 1010-1 security standards, and its autozeroing capability helps to compensate for internal errors during measurements.

    Question 2: What are the safety standards adhered to by the National Instruments PXI-4060 PXI Digital Multimeter, and what are the special features provided to enhance measurement precision?
    Answer 2: The National Instruments PXI-4060 PXI Digital Multimeter is designed for automated production testing, portable field testing, and electronic desktop testing, and it complies with UL 3111 and IEC 1010-1 security standards to ensure reliability in various testing environments.

    Question 3: What types of applications is the National Instruments PXI-4060 PXI Digital Multimeter, part number 777554-01, designed for, and how does its autozeroing capability contribute to measurement accuracy?
    Answer 3: The National Instruments PXI-4060 PXI Digital Multimeter can perform measurements of DC voltage and current, AC rms voltage and current, and resistance (ohms), and it complies with UL 3111 and IEC 1010-1 security standards to ensure reliability in various testing environments.

    Question 4: What types of measurements can the National Instruments PXI-4060 PXI Digital Multimeter perform, and what standards does it comply with to ensure reliability?
    Answer 4: The National Instruments PXI-4060 PXI Digital Multimeter adheres to UL 3111 and IEC 1010-1 safety standards, and to enhance measurement precision, it features a 30-minute warm-up time to reduce thermal drift and an autozeroing capability to compensate for internal error.

    Question 5: What security standards does the National Instruments PXI-4060 PXI Digital Multimeter conform to, and which of its features helps to compensate for internal errors during measurements?
    Answer 5: The National Instruments PXI-4060 PXI Digital Multimeter, part number 777554-01, is designed for applications such as automated production testing, portable field testing, and electronic desktop testing, and its autozeroing capability contributes to measurement accuracy by compensating for internal errors, but it is not available when operating in AC voltage, AC current, and diode test modes.