"P(GP102/07/P353), Z(MSM0021630513)" . . . . . "26220" . . . "Vrba, Kamil" . "Current-Mode Rectifiers and Analysis of Diode Reverse Recovery Time Influence"@en . "RIV/00216305:26220/09:PU81489!RIV10-MSM-26220___" . "Dunakiliti" . "Proceedings of the 32th International Conference Telecommunications and Signal Processing, TSP 2009" . "Current-Mode Rectifiers and Analysis of Diode Reverse Recovery Time Influence" . "Kub\u00E1nek, David" . . . "An explanation of the diode reverse recovery mechanism is provided in a simple circuit. Then a two-diode circuit fed by current is analyzed from the reverse recovery point of view. This simple circuit is often a part of rectifiers with current-mode active elements that are suitable for high-frequency signal processing. Feeding the rectifying diodes by current is advantageous because a diode fed by current can be usually considered as an ideal switch and its forward voltage drop can be neglected. A voltage bias is applied in the two-diode circuit mentioned to keep the diodes close to their conducting state and to reduce their voltage swing, which also reduces the diode capacity discharge time significantly. A symbolic formula for the time response of the two-diode circuit is computed using a differential equation describing the circuit. Graphical waveforms of the currents and voltages are computed and the influence of the bias voltage on the switching time is observed. A versatile rectifier with curren" . "2009-08-26+02:00"^^ . . . "Precision Rectifier, Current Follower, Diode Reverse Recovery Time"@en . . "3"^^ . . "5"^^ . "RIV/00216305:26220/09:PU81489" . "Current-Mode Rectifiers and Analysis of Diode Reverse Recovery Time Influence" . . "Budapest" . . . "Asszisztencia Szervezo Kft." . . "3"^^ . "An explanation of the diode reverse recovery mechanism is provided in a simple circuit. Then a two-diode circuit fed by current is analyzed from the reverse recovery point of view. This simple circuit is often a part of rectifiers with current-mode active elements that are suitable for high-frequency signal processing. Feeding the rectifying diodes by current is advantageous because a diode fed by current can be usually considered as an ideal switch and its forward voltage drop can be neglected. A voltage bias is applied in the two-diode circuit mentioned to keep the diodes close to their conducting state and to reduce their voltage swing, which also reduces the diode capacity discharge time significantly. A symbolic formula for the time response of the two-diode circuit is computed using a differential equation describing the circuit. Graphical waveforms of the currents and voltages are computed and the influence of the bias voltage on the switching time is observed. A versatile rectifier with curren"@en . "Koton, Jaroslav" . "[864859983FBF]" . . . "308730" . "Current-Mode Rectifiers and Analysis of Diode Reverse Recovery Time Influence"@en . . "978-963-06-7716-5" . .