inductive reactance
induktiv reaktans
capacitive reactance
kapacitiv reaktans
total reactance
samlet reaktans
reactance model
reaktansmodel
negative reactance
negativ reaktans
reactance measurement
reaktansmåling
reactance circuit
reaktanskredsløb
complex reactance
kompleks reaktans
reactance frequency
reaktansfrekvens
high reactance
høj reaktans
the reactance of the circuit increases with frequency.
reactansen i kredsløbet stiger med frekvensen.
inductive reactance can cause phase shifts in ac circuits.
induktiv reaktans kan forårsage faseforskydninger i vekselstrømskredsløb.
understanding reactance is crucial for electrical engineering.
at forstå reaktans er afgørende for elektroteknik.
capacitive reactance decreases as frequency increases.
kapacitiv reaktans falder, når frekvensen stiger.
measuring reactance helps in analyzing circuit behavior.
måling af reaktans hjælper med at analysere kredsløbsadfærd.
high reactance can lead to inefficient power transmission.
høj reaktans kan føre til ineffektiv energioverførsel.
reactance plays a significant role in resonance circuits.
reaktans spiller en væsentlig rolle i resonanskredsløb.
the total impedance is affected by both resistance and reactance.
den samlede impedans påvirkes af både modstand og reaktans.
engineers must calculate reactance to design efficient systems.
ingeniører skal beregne reaktans for at designe effektive systemer.
reducing reactance can improve the performance of electrical devices.
reduktion af reaktans kan forbedre ydeevnen af elektriske apparater.
inductive reactance
induktiv reaktans
capacitive reactance
kapacitiv reaktans
total reactance
samlet reaktans
reactance model
reaktansmodel
negative reactance
negativ reaktans
reactance measurement
reaktansmåling
reactance circuit
reaktanskredsløb
complex reactance
kompleks reaktans
reactance frequency
reaktansfrekvens
high reactance
høj reaktans
the reactance of the circuit increases with frequency.
reactansen i kredsløbet stiger med frekvensen.
inductive reactance can cause phase shifts in ac circuits.
induktiv reaktans kan forårsage faseforskydninger i vekselstrømskredsløb.
understanding reactance is crucial for electrical engineering.
at forstå reaktans er afgørende for elektroteknik.
capacitive reactance decreases as frequency increases.
kapacitiv reaktans falder, når frekvensen stiger.
measuring reactance helps in analyzing circuit behavior.
måling af reaktans hjælper med at analysere kredsløbsadfærd.
high reactance can lead to inefficient power transmission.
høj reaktans kan føre til ineffektiv energioverførsel.
reactance plays a significant role in resonance circuits.
reaktans spiller en væsentlig rolle i resonanskredsløb.
the total impedance is affected by both resistance and reactance.
den samlede impedans påvirkes af både modstand og reaktans.
engineers must calculate reactance to design efficient systems.
ingeniører skal beregne reaktans for at designe effektive systemer.
reducing reactance can improve the performance of electrical devices.
reduktion af reaktans kan forbedre ydeevnen af elektriske apparater.
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