Decoupling (electronics)
In electronics, decoupling is the prevention of undesired coupling between subsystems. A common example is connecting localized decoupling capacitors close to the power leads of integrated circuits to suppress coupling via the power supply connections. These act as a small localized energy reservoir that supply the circuit with current during transient, high current demand periods, preventing the voltage on the power supply rail from being pulled down by the momentary current load. Another common example of the use of decoupling capacitors is across the emitter bias resistor of transistor common emitter amplifiers to prevent the resistor absorbing a portion of the AC output power of the amplifier.
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Decoupling (electronics)
In electronics, decoupling is the prevention of undesired coupling between subsystems. A common example is connecting localized decoupling capacitors close to the power leads of integrated circuits to suppress coupling via the power supply connections. These act as a small localized energy reservoir that supply the circuit with current during transient, high current demand periods, preventing the voltage on the power supply rail from being pulled down by the momentary current load. Another common example of the use of decoupling capacitors is across the emitter bias resistor of transistor common emitter amplifiers to prevent the resistor absorbing a portion of the AC output power of the amplifier.
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In electronics, decoupling is ...... in the system.
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解耦或去耦合(decoupling)在电子学中是指避免子系统 ...... 增加低并联阻抗相反),从而防止从系统的其他地方吸取高频电流。
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In electronics, decoupling is ...... output power of the amplifier.
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解耦或去耦合(decoupling)在电子学中是指避免子系统 ...... 增加低并联阻抗相反),从而防止从系统的其他地方吸取高频电流。
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Decoupling (electronics)
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解耦 (电子学)
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