flying capacitor的意思|示意
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flying capacitor的用法详解
English word “flying capacitor” is mainly used in the field of power electronics. A flying capacitor is a capacitor which is connected in parallel with a switch, as part of a multi-phase power supply circuit. It allows the voltage to be shared between two or more phases, and helps reduce the distortion of the power supply.
In a single-phase circuit, the power generated by the switch is distributed evenly between the capacitor and the switch. However, in a multi-phase circuit, the current flowing through the switch is distributed unevenly between the capacitors. A flying capacitor helps to even out this uneven current distribution.
The capacitor can be charged and discharged during each cycle of the power supply. By adjusting the capacitance of the capacitor, the power supply can be balanced and stabilized. This helps to reduce power fluctuations and improve the efficiency of the circuit.
The flying capacitor is usually connected in series with a diode, or a bridge rectifier. These components work together to keep the voltage on the capacitor constant. This ensures that the capacitor is always ready to store power when needed, and releases it when necessary.
The use of a flying capacitor in a multi-phase system is becoming more popular, as it can provide a more efficient, cost-effective solution to power supply requirements. As a result, it is being used in a wide range of applications, such as renewable energy, industrial motors, and power converters.
flying capacitor相关短语
1、 Flying-capacitor multilevelinverter 电平逆变器
2、 Flying Capacitor Multilevel Inverter 逆变器,飞跨电容多电平逆变器
3、 Flying capacitor multilevel converter 电容箝位型多电平变换器
4、 flying-capacitor 悬浮电容
5、 flying capacitor converter 飞跨电容
6、 flying capacitor fc converter fc变流器
7、 flying capacitor multilevel inverters 飞跨电容多电平逆变器
flying capacitor相关例句
At present, cascaded multicell converter, diode clamped multilevel converter and flying capacitor multilevel converter are 3 mainly converting topologies.
目前，多电平变频器的主要结构形式可分为二极管嵌位型，电容嵌位型和单元级联型三种。
A stable flying capacitor voltage must be maintained to facilitate the operation of the chopper.
在斩波电路的工作过程中,稳定的浮动电容电压是非常重要的.
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The detail control method of flying - capacitor voltage is discussed.
它们虽然?生同样的电平,但对于浮动电容来讲,充、放电的情况正好相反.
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Another is a new capacitor voltage combination scheme for flying capacitor multilevel inverters, which considers a tradeoff between the switching states and capacitor voltage balancing.
另一类为新型组合策略的飞跨电容型拓扑，它折衷考虑了开关状态的利用和飞跨电容的电压平衡。
The paper focuses on the applications of PWM methods with carrier-overlapping characteristics in flying- capacitor multilevel inverters.
研究了具有载波交叠特性的PWM方法在飞跨电容多电平逆变器中的应用。
In flying - capacitor multilevel inverters, carrier - overlapping PWM has no contribution to the voltage balance of flying capacitors.
经过详细分析,推出在飞跨电容型多电平逆变器中载波交叠特性不能导致飞 跨 电容的电压平衡.
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The paper focuses on the applications of PWM Methods: With carrier - overlapping characteristics in flying - capacitor multilevel inverters.
研究了具有载波交叠特性的PWM方法在飞 跨 电容多电平逆变器中的应用.
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