Q2) The battery charger in the figure below includes a fully controlled single-phase bridge rectifier from a 50 Hz source. Powered by 200 V peak. Battery model includes 100 V voltage source series connection and resistor is12.Assuming uniformity, find a relation for the battery charging current in terms of angle a. L Batterymodel 10mH 10 v, =Vm sinøt 100

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Q2) The battery charger in the figure below
includes a fully controlled single-phase bridge
rectifier from a 50 Hz source.
Powered by 200 V peak. Battery model
includes 100 V voltage source series
connection and resistor is12.Assuming
uniformity, find a relation for the battery
charging current in terms of angle a.
L.
Battery model
10mH
10
v, =V sin@t
100 V
Q3) In the circuit shown below, two AC
sources with amplitude120 V and
frequency Hz 60, with each other 180°
Phase difference have. Assuming Ls :
5mH and uniform load current IL=10A, it is
desirable to calculate Vmean and y for
a=45°
V51
L,
T
le
V s2
L,
Transcribed Image Text:Q2) The battery charger in the figure below includes a fully controlled single-phase bridge rectifier from a 50 Hz source. Powered by 200 V peak. Battery model includes 100 V voltage source series connection and resistor is12.Assuming uniformity, find a relation for the battery charging current in terms of angle a. L. Battery model 10mH 10 v, =V sin@t 100 V Q3) In the circuit shown below, two AC sources with amplitude120 V and frequency Hz 60, with each other 180° Phase difference have. Assuming Ls : 5mH and uniform load current IL=10A, it is desirable to calculate Vmean and y for a=45° V51 L, T le V s2 L,
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