Standard measuring method for multifunctional electrical source
A standard method and multi-functional technology, applied in the field of electricity, can solve the problems of not having the scientific research support technical ability of special measurement standards for electricity, not forming the scientific research support conditions for special measurement standards for electricity, expensive purchase and maintenance, etc., to solve the problem of maintaining sampling Accuracy and high stability, guarantee the technical performance of measurement standards, and solve the effect of poor stability
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Embodiment 1
[0024] A multifunctional electrical source measurement standard method, 1. AC voltage measurement standard: This function is composed of a precision AC / DC voltage converter FLUKE792A, a precision AC voltage measurement standard FLUKE5790A, and a precision DC voltage measurement standard FLUKE8508A, which jointly realize the measurement and calibration of AC voltage. 2. AC current measurement standard: This function is composed of precision AC / DC current converter FLUKEA40B, precision AC / DC voltage converter FLUKE792A and precision DC voltage measurement standard FLUKE8508A. A40B converts AC current to AC voltage, and then converts AC to DC voltage. The standard is converted into DC voltage, and the measurement and calibration of AC current is realized by FLUKE8508A; 3. Measurement and calibration of DC current: This function consists of DC standard resistance and precision DC voltage measurement standard FLUKE8508A. DC current is converted into standard DC voltage through DC sta...
Embodiment 2
[0026] A multifunctional standard method for electrical source measurement, uncertainty source analysis and composite uncertainty pre-estimation:
[0027] 1. AC voltage measurement function: The main sources of uncertainty are FLUKE792A, FLUKE8508A, and FLUKE5790A. Taking the AC voltage of 10V and 1kHz as an example: the type B uncertainty introduced by FLUKE792A is 0.0012%, and the type B uncertainty introduced by FLUKE8508A is 0.0003%, the class B uncertainty introduced by FLUKE5790A is 0.0012%; the combined class B uncertainty of 10V AC voltage and 1kHz calibration using FLUKE792A and FLUKE8508A is: 0.0012%; 2. AC current measurement function: the main source of uncertainty It is A40B, FLUKE792A, FLUKE8508A, taking the AC current 100mA, 1kHz point as an example: the B-type uncertainty introduced by A40B is 0.0009%, the B-type uncertainty introduced by FLUKE792A is 0.0012%, and the B-type uncertainty introduced by FLUKE8508A is 0.0003%; the synthetic Class B uncertainty is: ...
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