I combined the two parallel resistors on the right side and transformed the norton circuit to the thevenin equivalent . After that it needed only one KVL equation and it was solved
Yes, more will be updated soon. There is a separate playlist on network analysis. In case, if you haven't watched it, here is the link: ua-cam.com/play/PLH9R5x7JVXCG8nhH8LxTQcwGu-9vMLsE4.html
For more information on h-parameters, check this video:
ua-cam.com/video/EC83XRahOSg/v-deo.html
I combined the two parallel resistors on the right side and transformed the norton circuit to the thevenin equivalent . After that it needed only one KVL equation and it was solved
Explained very simply beautifully 👍👌
Excellent as usual 👍👍
👌🏻👌🏻🙏🏻
Waiting for more lectures on Network Analysis
Yes, more will be updated soon. There is a separate playlist on network analysis.
In case, if you haven't watched it, here is the link:
ua-cam.com/play/PLH9R5x7JVXCG8nhH8LxTQcwGu-9vMLsE4.html
@@allaboutelectronics-quiz okay🙂
0.5 ohms.