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You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
kc (2 steps), R1 (4 steps) and C1 (4 steps) as parameters.
Generally, you have a "lowering" of the transfer voltage.

You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
kc (2 steps), R1 (4 steps) and C1 (4 steps) as parameters.
Generally, you have a "lowering" of the transfer voltage.

You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
kc (2 steps), R1 (4 steps) and C1 (4 steps) as parameters.

You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
kc (2 steps), R1 (4 steps) and C1 (4 steps) as parameters.
Generally, you have a "lowering" of the transfer voltage.

You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
R1 and C1 as parameters.

You forgot the capacitive and resistive value of the inductors

Here is what you get with a generator and internal impedance of 50 Ohm.
kc (2 steps), R1 (4 steps) and C1 (4 steps) as parameters.