Reverse Recovery Charge in Basic Transistor Devices Formulas

Reverse Recovery Charge is the charge required to get anode current zero or, recovering its ability to block negative voltage from developing a current in BJT. And is denoted by Q_RR. Reverse Recovery Charge is usually measured using the Coulomb for Electric Charge. Note that the value of Reverse Recovery Charge is always positive.

Formulas to find Reverse Recovery Charge in Basic Transistor Devices

fxReverse Recovery ChargeGo

Basic Transistor Devices formulas that make use of Reverse Recovery Charge

fxReverse Recovery TimeGo

fxReverse Recovery CurrentGo

List of variables in Basic Transistor Devices formulas

fx Reverse Recovery Current Go

fx Reverse Recovery Time Go

FAQ

What is the Reverse Recovery Charge?

Reverse Recovery Charge is the charge required to get anode current zero or, recovering its ability to block negative voltage from developing a current in BJT. Reverse Recovery Charge is usually measured using the Coulomb for Electric Charge. Note that the value of Reverse Recovery Charge is always positive.

Can the Reverse Recovery Charge be negative?

No, the Reverse Recovery Charge, measured in Electric Charge cannot be negative.

What unit is used to measure Reverse Recovery Charge?

Reverse Recovery Charge is usually measured using the Coulomb[C] for Electric Charge. Kilocoulomb[C], Millicoulomb[C], Picocoulomb[C] are the few other units in which Reverse Recovery Charge can be measured.

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