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Basher
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an independent source with a forcing function modeled by cos(500t) is in series with an 100 ohm resistor. A dependent (current controlled) source is placed across the remaining resistor terminal and ground. A 0.3mH inductor is in parallel with the dependent source. The value of the dependent source is 0.2 multiplied by the inductor current.
now i have tried many attempts.I've tried applying KVL around the outer loop giving me a standard first order linear DE Li' + 80i = cos(500t). I've tried KCL, giving me a integro-differential equation. This was pretty much the same DE after i differentiated through.
If i try to remove the inductor that means the dependent source goes, so i can't use thevenin's theorem. There has to be a simplified way. please help
now i have tried many attempts.I've tried applying KVL around the outer loop giving me a standard first order linear DE Li' + 80i = cos(500t). I've tried KCL, giving me a integro-differential equation. This was pretty much the same DE after i differentiated through.
If i try to remove the inductor that means the dependent source goes, so i can't use thevenin's theorem. There has to be a simplified way. please help