Metrology Taxonomy

The process measures the Total Energy of a 3 AC Sinewave signals sourced by a device when the device sources Volts and Amps on different outputs. 

Required Parameters

• Volts – V
• Amps – A
• Time – {s, min ,h}
• Frequency – Hz

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• WattHours

The process measures the Total Energy of a 2 AC Sinewave signals sourced by a device when the device sources Volts and Amps on different outputs. 

Required Parameters

• Volts – V
• Amps – A
• Time – {s, min ,h}
• Frequency – Hz

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• WattHours

The process measures the total Energy of an AC Sinewave signal sourced by a device when the device sources Volts and Amps on different outputs. 

Required Parameters

• Volts – V
• Amps – A
• Time – {s, min ,h}
• Frequency – Hz

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• WattHours

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.

Required Parameters

• Watt – W

Optional Parameters

• Volts – V
• Amps – A
• UUT.Input – Input Name of the UUT Connecting Point

Output Value & Uncertainty

• Watts – W

The process measures the Energy of a DC  signal sourced by a device.     

Required Parameters

• Watts– W
• Time – {s, min ,h}

Optional Parameters

• Volts – V
• Amps – A
• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• WattHours

The process measures the Energy of an AC Sinewave signal sourced by a device.     

Required Parameters

• Watts– W
• Time – {s, min ,h}
• Frequency – Hz

Optional Parameters

• Volts – V
• Amps – A
• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• WattHours

The process measures the Single Leg Power of 3 AC Sinewave signal sourced by a device that generates simulated Power on a U (as Voltage) an I (as Current) Outputs.  The power is calculated as U * I     

Required Parameters

• Volts– V
• Amps – A
• Frequency – Hz
• Leg – {1,2,3}

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• Watts

The process measures the Single Leg Power of 2 AC Sinewave signal sourced by a device that generates simulated Power on a U (as Voltage) and I (as Current) Output.  The power is calculated as U * I     

Required Parameters

• Volts– V
• Amps – A
• Frequency – Hz
• Leg – {1,2}

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• Watts

The process measures the Power of a DC signal sourced by a device that generates simulated Power on a U (as Voltage) an I (as Current) Outputs.  The power is calculated as U * I     

Required Parameters

• Volts– V
• Amps – A

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• Watts

The process measures the Power of an AC Sinewave signal sourced by a device that generates simulated Power on a U (as Voltage) and I (as Current) Output.  The power is calculated as U * I     

Required Parameters

• Volts– V
• Amps – A
• Frequency – Hz

Optional Parameters

• UUT.Output – Output Name of the UUT Connecting Point

Measured Value & Uncertainty

• Watts