<transcript><audio_4>the difference is i've changed up my source a little bit and my load now is a one microfarad capacitor so an easy way to verify what's going on here is to feminize</transcript><transcript><audio_5>this circuit now when we feminize looking in for our thev we would short the voltage source the 300 and 600 wind up in parallel that's 200 and that winds up in series with the 800 so we have our thousand ohms over here the open circuit voltage would</transcript><transcript><audio_6>be the thevenin voltage and when we unload this the 800 just sits out here to an open so it's really the voltage across the 600 which would be two-thirds of the source and this source is a 12-volt source now what i've done here</transcript><transcript><audio_7>is produced a pulse source it starts at 0 goes up to 12 stays at 12 for 10 milliseconds drops back to zero stays there so this source is identical</transcript> the difference is i've changed up my source a little bit and my load now is a one microfarad capacitor so an easy way to verify what's going on here is to feminize this circuit now when we feminize looking in for our thev we would short the voltage source the 300 and 600 wind up in parallel that's 200 and that winds up in series with the 800 so we have our thousand ohms over here the open circuit voltage would be the thevenin voltage and when we unload this the 800 just sits out here to an open so it's really the voltage across the 600 which would be two-thirds of the source and this source is a 12-volt source now what i've done here is produced a pulse source it starts at 0 goes up to 12 stays at 12 for 10 milliseconds drops back to zero stays there so this source is identical
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