Abstract—Low-frequency errors of thermal voltage converters are described and estimated using a circuit model that includes easily measured parameters. A digitally synthesized source is used to confirm the estimated ac-dc differences in the 0.01 Hz to 40 Hz range. I
The design specifications for power converters are getting continuously tighter, keeping pace with t...
The National Institute of Standards and Technology (NIST) has recently reported the first applicatio...
The paper presents electro-thermal simulation methodology and its application to a simple LDO regula...
Abstract: This paper describes a student independent research project. The project task was to evalu...
Thermal converters are the most accurate standards for the transfer of alternating voltage and curre...
Abstract: Ac signals are accurately measured by using Thermal Converters (TCs). In this paper, ac vo...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
At the National Research Council of Canada (NRC) the primary standard of AC-DC transfer difference a...
Ac signals are accurately measured by using Thermal Converters (TCs). In this paper, ac voltages are...
This paper deals with the measurement of low values of electrical voltages and currents from sources...
In this presentation we cover how to use low frequency or DC temperature measurements to observe fi...
Thermal converters are the most accurate devices used by National Metrology Institutes for the trans...
National Physical Laboratory India (NPLI) is the premier research & development center and the Natio...
INRiM’s primary AC-voltage standard is realized by means of a set of AC-DC Thermal Voltage Converte...
As DC-DC converter operates under different load conditions, the amount of loss within the converter...
The design specifications for power converters are getting continuously tighter, keeping pace with t...
The National Institute of Standards and Technology (NIST) has recently reported the first applicatio...
The paper presents electro-thermal simulation methodology and its application to a simple LDO regula...
Abstract: This paper describes a student independent research project. The project task was to evalu...
Thermal converters are the most accurate standards for the transfer of alternating voltage and curre...
Abstract: Ac signals are accurately measured by using Thermal Converters (TCs). In this paper, ac vo...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
At the National Research Council of Canada (NRC) the primary standard of AC-DC transfer difference a...
Ac signals are accurately measured by using Thermal Converters (TCs). In this paper, ac voltages are...
This paper deals with the measurement of low values of electrical voltages and currents from sources...
In this presentation we cover how to use low frequency or DC temperature measurements to observe fi...
Thermal converters are the most accurate devices used by National Metrology Institutes for the trans...
National Physical Laboratory India (NPLI) is the premier research & development center and the Natio...
INRiM’s primary AC-voltage standard is realized by means of a set of AC-DC Thermal Voltage Converte...
As DC-DC converter operates under different load conditions, the amount of loss within the converter...
The design specifications for power converters are getting continuously tighter, keeping pace with t...
The National Institute of Standards and Technology (NIST) has recently reported the first applicatio...
The paper presents electro-thermal simulation methodology and its application to a simple LDO regula...
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