self-induction effect
自感效應
self-induction coil
自感線圈
self-induction current
自感電流
self-induction voltage
自感電壓
causing self-induction
引起自感
with self-induction
具有自感
self-induction limits
自感限制
self-induction losses
自感損耗
self-induction analysis
自感分析
self-induction circuit
自感電路
the motor exhibited significant self-induction, limiting its speed.
電動機表現出顯著的自感，限制了其速度。
self-induction in the coil caused a voltage spike during switching.
線圈的自感在切換期間導致電壓尖峰。
we minimized self-induction by using thinner wire for the coil.
我們通過使用較細的線來繞製線圈，以減小自感。
the circuit's self-induction prevented rapid current changes.
電路的自感阻止了電流的快速變化。
self-induction is a crucial factor in transformer design.
自感是變壓器設計中的重要因素。
excessive self-induction can lead to energy losses in the system.
過大的自感會導致系統中的能量損失。
the effect of self-induction was carefully measured and analyzed.
自感的影響被仔細測量和分析。
self-induction opposes any change in current flow.
自感會反對電流的任何變化。
understanding self-induction is vital for designing efficient circuits.
理解自感對於設計高效的電路至關重要。
the inductor's self-induction value was determined experimentally.
電感器的自感值是通過實驗確定的。
self-induction creates a back emf that opposes the applied voltage.
自感會產生一個反向電動勢，以抵消所施加的電壓。
self-induction effect
自感效應
self-induction coil
自感線圈
self-induction current
自感電流
self-induction voltage
自感電壓
causing self-induction
引起自感
with self-induction
具有自感
self-induction limits
自感限制
self-induction losses
自感損耗
self-induction analysis
自感分析
self-induction circuit
自感電路
the motor exhibited significant self-induction, limiting its speed.
電動機表現出顯著的自感，限制了其速度。
self-induction in the coil caused a voltage spike during switching.
線圈的自感在切換期間導致電壓尖峰。
we minimized self-induction by using thinner wire for the coil.
我們通過使用較細的線來繞製線圈，以減小自感。
the circuit's self-induction prevented rapid current changes.
電路的自感阻止了電流的快速變化。
self-induction is a crucial factor in transformer design.
自感是變壓器設計中的重要因素。
excessive self-induction can lead to energy losses in the system.
過大的自感會導致系統中的能量損失。
the effect of self-induction was carefully measured and analyzed.
自感的影響被仔細測量和分析。
self-induction opposes any change in current flow.
自感會反對電流的任何變化。
understanding self-induction is vital for designing efficient circuits.
理解自感對於設計高效的電路至關重要。
the inductor's self-induction value was determined experimentally.
電感器的自感值是通過實驗確定的。
self-induction creates a back emf that opposes the applied voltage.
自感會產生一個反向電動勢，以抵消所施加的電壓。
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