Examples of using Power density in English and their translations into Norwegian
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
They are designed for applications that require high power density and high efficiency
Thanks to its extremely high power density, it saves energy for the two electric drive units on the front and rear axle.
High power density through use of latest components,
Turbines can have very high power density i.e. the ratio of power to weight,
Dengrove adds space-saving DC/DC converters from RecomThey are designed for applications that require high power density and high efficiency
improve the product power density and reliability, and extend the service life of the product;
Most people perceive pink noise as having uniform spectral power density- the same apparent loudness at all frequencies.
UHV BCMs are uniquely suited for designs that require high power density, high efficiency,
which greatly improve the power density, improve the reliability of the system and device;
maximum power density, high acceleration capability
delivering up to 30% more power density than the class average for similar power ratings.
high power density and system simplicity.
450 HP high performance and high power density(more than 20 horsepower per ton)
ON Semiconductor has integrated its PowerTrench® MOSFET technology to create a rugged integrated solution that delivers industry-leading power density and efficiency for DC-DC applications.
However, the DMFC has a much lower power density than the PEMFC and usually has to operate with diluted methanol(methanol and water mixture).
The new IE5 synchronous motor from NORD sets standards in efficiency, power density and economy. Available from the second quarter of 2020.
The electrodes are made of precious metals(platinum and palladium) and power density is low. Despite recent commitments.
It seems that Lumileds can drive its latest chips at higher power density levels, which can be achieved with improved thermal resistance.
To do this, take the area of the room in square meters multiplied by the lighting power density per square meter and divide by the number of lights in the room.