m-Derived Filter Design Introduction | Network Analysis and Synthesis

Thanks for watching.

[@somnath3986]

This is the best lecture available on yt for this topic ☺️

[@sanchayshrivas7749]

Thank you Sir, your lectures are very helpful!

[@hanupawandwivedi6613]

So nice explanation 💕😊😊

[@kyeswanth1204]

Really helpful sir

[@GINKking]

After this, it seems you are my best friend.

[@rahulvishwakarma5868]

derivation bhi kra dete sirji

[@shivamkeshri6009]

Thanks
But sir upload about high pass, band pass and band stop m derived filters as well in T and pie Section

[@nani_kahani]

what if value of m is imaginary ?

[@nipunharitash]

Designer does not want to design a real filter :)

[@annonYk]

​@nipunharitash good enough 😂

[@bilalfarooqui1308]

does anyone here have "network theory Smarajit ghosh"?

[@nainamir5654]

Why you're not using the characteristic impedance equations of low pass filter...when it is mentioned the equations you used are of high pass...🤔

[@nikhilKumar-ui8bs]

Go and check ur notes the given eqn of L and C even characteristic impedance of low pass filter which is z = √(1+ z1/4z2)

[@churchilljovs6861]

What is characteristic impedance of two port network.

[@P3RYYY]

@@churchilljovs6861 the impedance/resistance offered by a network

[@P3RYYY]

Characteristics impedance of t network is Z°=√(Z1^2/4+Z1Z2)