inductive reactance
電感反應
capacitive reactance
電容反應
total reactance
總反應
reactance model
反應模型
negative reactance
負反應
reactance measurement
反應測量
reactance circuit
反應電路
complex reactance
複數反應
reactance frequency
反應頻率
high reactance
高反應
the reactance of the circuit increases with frequency.
電路的反應抗阻隨着頻率的增加而增加。
inductive reactance can cause phase shifts in ac circuits.
感抗可能導致交流電路中的相位偏移。
understanding reactance is crucial for electrical engineering.
理解反應抗阻對電氣工程至關重要。
capacitive reactance decreases as frequency increases.
電容抗阻隨着頻率的增加而減小。
measuring reactance helps in analyzing circuit behavior.
測量反應抗阻有助於分析電路行爲。
high reactance can lead to inefficient power transmission.
高反應抗阻可能導致電力傳輸效率低下。
reactance plays a significant role in resonance circuits.
反應抗阻在諧振電路中起着重要作用。
the total impedance is affected by both resistance and reactance.
總阻抗受電阻和反應抗阻的影響。
engineers must calculate reactance to design efficient systems.
工程師必須計算反應抗阻以設計高效系統。
reducing reactance can improve the performance of electrical devices.
減少反應抗阻可以提高電氣設備的性能。
inductive reactance
電感反應
capacitive reactance
電容反應
total reactance
總反應
reactance model
反應模型
negative reactance
負反應
reactance measurement
反應測量
reactance circuit
反應電路
complex reactance
複數反應
reactance frequency
反應頻率
high reactance
高反應
the reactance of the circuit increases with frequency.
電路的反應抗阻隨着頻率的增加而增加。
inductive reactance can cause phase shifts in ac circuits.
感抗可能導致交流電路中的相位偏移。
understanding reactance is crucial for electrical engineering.
理解反應抗阻對電氣工程至關重要。
capacitive reactance decreases as frequency increases.
電容抗阻隨着頻率的增加而減小。
measuring reactance helps in analyzing circuit behavior.
測量反應抗阻有助於分析電路行爲。
high reactance can lead to inefficient power transmission.
高反應抗阻可能導致電力傳輸效率低下。
reactance plays a significant role in resonance circuits.
反應抗阻在諧振電路中起着重要作用。
the total impedance is affected by both resistance and reactance.
總阻抗受電阻和反應抗阻的影響。
engineers must calculate reactance to design efficient systems.
工程師必須計算反應抗阻以設計高效系統。
reducing reactance can improve the performance of electrical devices.
減少反應抗阻可以提高電氣設備的性能。
探索常見搜尋詞彙