Radio frequency (RF) power is one of the most important quantities in RF metrology. An inter laboratory data comparison of RF power for the validation of a coaxial microcalorimeter has been carried out between Physikalisch-Technische Bundesanstalt (PTB-Germany) and National Physical Laboratory India (NPLI). A coaxial thermistor mount equipped with type N connector is used for this intercomparison. The results show good agreement in measuring the effective efficiency of the coaxial thermistor mount between the two laboratories within their claimed expanded uncertainty. It confirms the equivalence of national standards for RF power in the frequency range of 100 MHz to 18 GHz
This paper presents a comparison of the microwave power standard based on thermoelectric sensors aga...
The most critical point in the realization of an electrical power standard based on a microcalorimet...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
Radio frequency (RF) and microwave power is one of the key quantities in the framework of electromag...
National Physical Laboratory India (NPLI) is the premier research and development centre and the Nat...
170-174National Physical Laboratory India (NPLI) is the premier research and development centre and...
A 2.4mm coaxial microcalorimeter system based on thermoelectric principle has been realized as a nat...
National Physical Laboratory (NPL) India is the premier research and development center and the Nati...
National Physical Laboratory (NPLI) India is the premier research and development center and the Nat...
A national interlaboratory comparison for the quantity “RF power in N-type coaxial connector systems...
The high frequency primary power standard is univocally realized by means of a coaxial microcalorim...
This paper describes a comparison of microwave power standards based on thermoelectric sensors to an...
The paper describes the realization process of the high frequency power standard based on a twin bro...
Electromagnetic power standard realized by means of the microcalorimetric technique fails below som...
This paper describes the bilateral comparison carried out by two National Metrology Institutes, NMC ...
This paper presents a comparison of the microwave power standard based on thermoelectric sensors aga...
The most critical point in the realization of an electrical power standard based on a microcalorimet...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
Radio frequency (RF) and microwave power is one of the key quantities in the framework of electromag...
National Physical Laboratory India (NPLI) is the premier research and development centre and the Nat...
170-174National Physical Laboratory India (NPLI) is the premier research and development centre and...
A 2.4mm coaxial microcalorimeter system based on thermoelectric principle has been realized as a nat...
National Physical Laboratory (NPL) India is the premier research and development center and the Nati...
National Physical Laboratory (NPLI) India is the premier research and development center and the Nat...
A national interlaboratory comparison for the quantity “RF power in N-type coaxial connector systems...
The high frequency primary power standard is univocally realized by means of a coaxial microcalorim...
This paper describes a comparison of microwave power standards based on thermoelectric sensors to an...
The paper describes the realization process of the high frequency power standard based on a twin bro...
Electromagnetic power standard realized by means of the microcalorimetric technique fails below som...
This paper describes the bilateral comparison carried out by two National Metrology Institutes, NMC ...
This paper presents a comparison of the microwave power standard based on thermoelectric sensors aga...
The most critical point in the realization of an electrical power standard based on a microcalorimet...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...