Model shunt RLC network

Ladders Filters sublibrary of the Physical library

The Shunt RLC block models the shunt RLC network described in the block dialog box, in terms of its frequency-dependent S-parameters.

For the given resistance, inductance, and capacitance, the block
first calculates the ABCD-parameters at each frequency contained in
the vector of modeling frequencies, and then converts the ABCD-parameters
to S-parameters using the RF Toolbox™ `abcd2s`

function.
See the Output Port block reference
page for information about determining the modeling frequencies.

For this circuit, A = 1, B = 0, C = *Y*,
and D = 1, where

$$Y=\frac{-LC{\omega}^{2}+j(L/R)\omega +1}{jL\omega}$$

and $$\omega =2\pi f$$.

The shunt RLC object is a two-port network as shown in the following circuit diagram.

**Resistance (ohms)**Scalar value for the resistance. The value must be nonnegative.

**Inductance (H)**Scalar value for the inductance. The value must be nonnegative.

**Capacitance (F)**Scalar value for the capacitance. The value must be nonnegative.

For information about plotting, see Create Plots.

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