current

The process of measuring the Electrical Conductivity of a Solution or a device.

The process measures the AC Current sourced by a device without knowing the shape of the signal. Values can only be tested in RMS because the shape of the signal is unknown.

The process measures the AC Current sourced by a device without knowing the shape of the signal is a sinewave. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

The process measures the Squarewave Current sourced by a device with the assumption it is generating an AC Squarewave. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

The process measures the Alternating Current sourced by a device with the assumption it is generating an AC Trianglewave. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

The process measures the Direct Current (or DC) sourced by a device.

The process of measuring the resistance of a resister or other device.

The process of sourcing a Direct Current) voltage from a device and measuring the value on the UUT.

The process of sourcing a Sinusoidal Alternating Current signal. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

The process of sourcing a Squarewave Alternating Current signal. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

The process of sourcing a Triangle Alternating Current signal. Knowing the shape of the waveform allows the system to make conversions from RMS to PeakToPeak.

Test Process that sources a Force as defined as mass times acceleration (F = m * a). The formula describes a free mass or the net force on any mass. Dead-weight force measurements depend on true mass, specific location’s influences, such as local gravity, air buoyancy, and material density are often needed. Equal but opposite forces counteract to cancel any net motion or acceleration, but result in a deformation of the objects which can be measured. This test process is typically used to calibrate devices like load cells, multi-axis transducers, proving rings, force gauges, traction dynamometers, crane scales, bolt testers, aircraft scales, load cell washer, truck wheel load scales, miniature load cells, handheld force gauges, etc. When sourcing mass of a physical object See Source.Mass.True

The process of sourcing a sinusoidal AC Power signal from a device and measuring the value on the UUT. This test process can be used by any device that measures absolute AC power.

The process of sourcing a sinusoidal AC Power signal from a device where the Volts and Amps are provided on two different outputs and measured by the UUT as Watts / Power. This test process can be used by any device that measures AC power with separate voltage and current inputs.

The process of sourcing DC Power signal from a device and measuring the value on the UUT. This test process can be used by any device that measures absolute DC power.

The process of sourcing a sinusoidal DC Power signal from a device where the Volts and Amps are provided on two different outputs and measured by the UUT as Watts / Power. This test process can be used by any device that measures AC power with separate voltage and current inputs.