Definition of reactance in English:

reactance

noun rɪˈakt(ə)nsˌriˈæktəns

mass nounPhysics

The non-resistive component of impedance in an AC circuit, arising from the effect of inductance or capacitance or both and causing the current to be out of phase with the electromotive force causing it.
the capacitor exhibits negligible reactance at the operating frequency
count noun complicated combinations of reactances and resistances
Example sentencesExamples
- It may be expressed as IX, where X, the reactance, is the imaginary part of the impedance.
- The short answer is - impedance includes reactance, and reactance includes effects which vary with frequency due to inductance and capacitance.
- This can be caused by many contributors such as loaded cables acting as a lowpass filters, and other influences of inductive and capacitive reactance.
- Because such a structure will be inherently inductive there will be some inductive reactance opposing current flow.
- A radiating structure involving very low resistance and very high reactance is the definition of a high Q circuit, and such circuits have very narrow bandwidth.

Definition of reactance in US English:

reactance

nounˌriˈæktənsˌrēˈaktəns

Physics

The nonresistive component of impedance in an AC circuit, arising from the effect of inductance or capacitance or both and causing the current to be out of phase with the electromotive force causing it.
the capacitor exhibits negligible reactance at the operating frequency
count noun complicated combinations of reactances and resistances
Example sentencesExamples
- A radiating structure involving very low resistance and very high reactance is the definition of a high Q circuit, and such circuits have very narrow bandwidth.
- It may be expressed as IX, where X, the reactance, is the imaginary part of the impedance.
- The short answer is - impedance includes reactance, and reactance includes effects which vary with frequency due to inductance and capacitance.
- This can be caused by many contributors such as loaded cables acting as a lowpass filters, and other influences of inductive and capacitive reactance.
- Because such a structure will be inherently inductive there will be some inductive reactance opposing current flow.

单词	reactance
释义	Definition of reactance in English: reactance noun rɪˈakt(ə)nsˌriˈæktəns mass nounPhysics The non-resistive component of impedance in an AC circuit, arising from the effect of inductance or capacitance or both and causing the current to be out of phase with the electromotive force causing it. the capacitor exhibits negligible reactance at the operating frequency count noun complicated combinations of reactances and resistances Example sentencesExamples It may be expressed as IX, where X, the reactance, is the imaginary part of the impedance. The short answer is - impedance includes reactance, and reactance includes effects which vary with frequency due to inductance and capacitance. This can be caused by many contributors such as loaded cables acting as a lowpass filters, and other influences of inductive and capacitive reactance. Because such a structure will be inherently inductive there will be some inductive reactance opposing current flow. A radiating structure involving very low resistance and very high reactance is the definition of a high Q circuit, and such circuits have very narrow bandwidth. Definition of reactance in US English: reactance nounˌriˈæktənsˌrēˈaktəns Physics The nonresistive component of impedance in an AC circuit, arising from the effect of inductance or capacitance or both and causing the current to be out of phase with the electromotive force causing it. the capacitor exhibits negligible reactance at the operating frequency count noun complicated combinations of reactances and resistances Example sentencesExamples A radiating structure involving very low resistance and very high reactance is the definition of a high Q circuit, and such circuits have very narrow bandwidth. It may be expressed as IX, where X, the reactance, is the imaginary part of the impedance. The short answer is - impedance includes reactance, and reactance includes effects which vary with frequency due to inductance and capacitance. This can be caused by many contributors such as loaded cables acting as a lowpass filters, and other influences of inductive and capacitive reactance. Because such a structure will be inherently inductive there will be some inductive reactance opposing current flow.
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