A two-zone DC chopper with a DC input voltage of 200 V and a switching frequency of 20 kHz The energy of a 2 mH inductance with 100 A passing through it is transferred to the DC source. are transferred. Ignoring circuit losses, for λ = 2/5 a) Calculate the transmission times of the transistor and diode with the period. b) Find the amount of increase and decrease of inductance current in a period. c) Calculate the amount of energy transferred from the inductance in the first period.
A two-zone DC chopper with a DC input voltage of 200 V and a switching frequency of 20 kHz The energy of a 2 mH inductance with 100 A passing through it is transferred to the DC source. are transferred. Ignoring circuit losses, for λ = 2/5 a) Calculate the transmission times of the transistor and diode with the period. b) Find the amount of increase and decrease of inductance current in a period. c) Calculate the amount of energy transferred from the inductance in the first period.
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A two-zone DC chopper with a DC input voltage of 200 V and a switching frequency of 20 kHz The energy of a 2 mH inductance with 100 A passing through it is transferred to the DC source. are transferred. Ignoring circuit losses, for λ = 2/5
a) Calculate the transmission times of the transistor and diode with the period.
b) Find the amount of increase and decrease of inductance current in a period.
c) Calculate the amount of energy transferred from the inductance in the first period.
d) Find out in how many periods and in how many ms all the energy is transferred
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