Figure Ass4a: Armature states for 4-quadrant operation of de machine ia TM la II Reverse braking Va e Forward motoring Va e III IV Va e Reverse motoring Va e Forward braking la la Figure Ass4b: H-bridge configuration for 4-quadrant operation of dc machine T3 IGBT Vdc ia Va T2 Treewheel diode Determine the switch states of T1-T4 in Figure Ass 4b for 4-quadrant operation described in Figure Ass 4a, sketching the path of current flow and terminal polarity for each operation type (Quadrant I-IV).
Figure Ass4a: Armature states for 4-quadrant operation of de machine ia TM la II Reverse braking Va e Forward motoring Va e III IV Va e Reverse motoring Va e Forward braking la la Figure Ass4b: H-bridge configuration for 4-quadrant operation of dc machine T3 IGBT Vdc ia Va T2 Treewheel diode Determine the switch states of T1-T4 in Figure Ass 4b for 4-quadrant operation described in Figure Ass 4a, sketching the path of current flow and terminal polarity for each operation type (Quadrant I-IV).
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Determine the switch states as shown on the attachment below:

Transcribed Image Text:Figure Ass4a: Armature states for 4-quadrant operation of de machine
ia
TM
la
II
Reverse
braking
Va e
Forward
motoring
Va e
III
IV
Va e
Reverse
motoring
Va e
Forward
braking
la
la
Figure Ass4b: H-bridge configuration for 4-quadrant operation of dc machine
T3
IGBT
Vdc
ia
Va
T2
Treewheel
diode
Determine the switch states of T1-T4 in Figure Ass 4b for 4-quadrant operation described in
Figure Ass 4a, sketching the path of current flow and terminal polarity for each operation
type (Quadrant I-IV).
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