Calculating for Load Resistance given a T network in between the source and the load

Published: 2/12/2019
Calculating for Load Resistance given a T network in between the source and the load
Source: ELECTRONICS.STACKEXCHANGE.COM

Problem: Calculate the value of load resistance (Rl) for which maximum transfer occurs. Attempt: What I know is that for the maximum transfer to occur, the load resistance must be equal to the source resistance, in our case, the equivalent resistance of the resistors in T network. Maximum transfer results to 50% efficiency, \$n = 0.5 = \frac{Rl}{Rl + Req.} \$. So If I could get the equivalent r

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