it gives a voltages output of v=v0sin[ωt+(π/4)] across that load. Then the voltage across the current source may be brought in phase with the current through it by

Sahay Sir > Question Answers > it gives a voltages output of v=v0sin[ωt+(π/4)] across that load. Then the voltage across the current source may be brought in phase with the current through it by
A current source sends a current I = (i0) cos (ωt), When connected across an unknown load, it gives a voltages output of v=v0sin[ωt+(π/4)] across that load. Then the voltage across the current source may be brought in phase with the current through it by
27
Oct
A current source sends a current I = (i0) cos (ωt), When connected across an unknown load, it gives a voltages output of v=v0sin[ωt+(π/4)] across that load. Then the voltage across the current source may be brought in phase with the current through it by A current source sends a current I = (i0) cos [...]
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Tags: A current source sends a current I = (i0) cos (ωt) , it gives a voltages output of v=v0sin[ωt+(π/4)] across that load. Then the voltage across the current source may be brought in phase with the current through it by , When connected across an unknown load ,