Power loss measurement of power electronic components and overall systems is sometimes difficult by use of electrical quantities and in few applications even not possible. The calorimetric power loss measurement is an established method to identify the overall system losses with a suitable accuracy. This paper presents a novel method with an open chamber calorimeter under accurate air mass flow, air pressure, humidity measurement and temperature control. The benefits are the approximately halved measurement time compared to established systems and the possibility to control the chamber temperature. So it is possible to measure the power losses at different ambient temperatures
In this paper, a calorimetric method is presented to measure the total inverter power losses, for th...
Wide-band-gap technologies enable ultra-high efficiencies in high-frequency power conversion. Howeve...
An air flux differential calorimetric system for the experimental determination of power losses in c...
Power loss measurement of power electronic components and overall systems is sometimes difficult by ...
High frequency power losses in power electronic components and systems are very difficult to measure...
Accurate measurement of losses of high-efficiency power electronics devices and electrical motors is...
The measurement of the power dissipated by a semiconductor device is essential to evaluate the perfo...
The measurement of the power dissipated by a semiconductor device is essential to evaluate the perfo...
Accurate measurement of losses of high-efficiency power electronics devices and electrical motors is...
International audienceCalorimetric measurement methods allowed to investigate power losses for h...
International audienceThe power loss plays a significant role in the design, implementation and use ...
Efficiency is an important performance measure for dc-dc converters. Its measurement can be extremel...
Udgivelsesdato: MAY-JUNPower Electronics remains an emerging technology. New materials, new devices,...
The paper presents the design process of and measurement possibilities with a water cooled, balanced...
The paper presents the design process of and measurement possibilities with a water cooled, balanced...
In this paper, a calorimetric method is presented to measure the total inverter power losses, for th...
Wide-band-gap technologies enable ultra-high efficiencies in high-frequency power conversion. Howeve...
An air flux differential calorimetric system for the experimental determination of power losses in c...
Power loss measurement of power electronic components and overall systems is sometimes difficult by ...
High frequency power losses in power electronic components and systems are very difficult to measure...
Accurate measurement of losses of high-efficiency power electronics devices and electrical motors is...
The measurement of the power dissipated by a semiconductor device is essential to evaluate the perfo...
The measurement of the power dissipated by a semiconductor device is essential to evaluate the perfo...
Accurate measurement of losses of high-efficiency power electronics devices and electrical motors is...
International audienceCalorimetric measurement methods allowed to investigate power losses for h...
International audienceThe power loss plays a significant role in the design, implementation and use ...
Efficiency is an important performance measure for dc-dc converters. Its measurement can be extremel...
Udgivelsesdato: MAY-JUNPower Electronics remains an emerging technology. New materials, new devices,...
The paper presents the design process of and measurement possibilities with a water cooled, balanced...
The paper presents the design process of and measurement possibilities with a water cooled, balanced...
In this paper, a calorimetric method is presented to measure the total inverter power losses, for th...
Wide-band-gap technologies enable ultra-high efficiencies in high-frequency power conversion. Howeve...
An air flux differential calorimetric system for the experimental determination of power losses in c...