Model series inductor
RF Blockset / Equivalent Baseband / Series / Shunt RLC
The Series L block models the series inductor described in the block dialog box, in terms of its frequency-dependent S-parameters
The series L object is a two-port network, as shown in the following circuit diagram.

Inductance (H) — Inductance of the series element1e-9 (default) | scalarScalar value for the inductance. The value must be non-negative.
Source of frequency data — Frequency data sourceUser-specified (default)When Source of frequency data is
User-specified, specify as a vector of
frequencies in the Frequency data parameter.
Frequency data — Frequency data range[1e9:1e6:3e9] (default) | vectorFrequency data range, specified as a vector in hertz.
To set this parameter, first select
User-specified in Source of
amplifier gain. This selection activates the
Visualization Tab which contains
Source of frequency data
Reference impedance (ohms) — Reference impedance50 (default) | scalar Reference impedance of the coaxial transmission line, specified as a scalar in ohms.
Plot type — Type of data plotX-Y plane (default) | Composite data | Polar plane | Z Smith chart | Y Smith chart | ZY Smith chartType of data plot that you want to produce with your data specified as :
X-Y plane — Generate a
Cartesian plot of your data versus frequency. To create linear,
semi-log, or log-log plots, set the Y scale
and X scale accordingly.
Composite data—The composite
data plot automatically generates four separate plots in one
figure window, showing the frequency dependence of several
parameters.
Polar plane — Generate a
polar plot of your data. The block plots only the range of data
corresponding to the specified frequencies.
Z Smith chart, Y Smith
chart, and ZY Smith
chart — Generate a Smith® chart of your data. The
block plots only the range of data corresponding to the
specified frequencies.
Y Parameter1 — Type of parameters to plotS21 (default) | S11 | S12 | S22 | GroupDelay | GammaIn | GammaOut | VSWRIn | VSWROut | OIP3 | IIP3 | NF | NFactor | NTemp | TF1 | TF2 | TF3 | Gt | Ga | Gp | Gmag | Gmsg | GammaMS | GammaML | K | Delta | Mu | MuPrimeType of parameters to plot, specified as one of the following
S11, S12,
S21, S22,
GroupDelay, GammaIn,
GammaOut, VSWRIn,
VSWROut, OIP3,
IIP3, TF1,
TF2, TF3,
Gt, Ga, Gp,
Gmag, Gmsg,
GammaMS, GammaML,
K, Delta,
Mu or MuPrime. When noise is
spectral NF, NFactor and
NTemp plotting is possible.
Y Parameter2 — Type of parameters to plotS11 (default) | S12 | S21 | S22 | GroupDelay | GammaIn | GammaOut | VSWRIn | VSWROut | OIP3 | IIP3 | NF | NFactor | NTemp | TF1 | TF2 | TF3 | Gt | Ga | Gp | Gmag | Gmsg | GammaMS | GammaML | K | Delta | Mu | MuPrimeType of parameters to plot, specified as one of the following
S11, S12,
S21, S22,
GroupDelay, GammaIn,
GammaOut, VSWRIn,
VSWROut, OIP3,
IIP3, TF1,
TF2, TF3,
Gt, Ga, Gp,
Gmag, Gmsg,
GammaMS, GammaML,
K, Delta,
Mu or MuPrime. When noise is
spectral NF, NFactor and
NTemp plotting is possible.
Y Format1 — Plot formatAngle (degrees) (default) | dB | Magnitude (decibels) | Abs | Mag | Magnitude (linear) | Angle | Angle (radians) | Real | Imag | ImaginaryPlot format, specified as one of the following Magnitude
(decibels), Angle (degrees),
Real, or Imaginary.
Y Format2 — Plot formatdB (default) | Magnitude (decibels) | Abs | Mag | Magnitude (linear) | Angle | Angle (degrees) | Angle (radians) | Real | Imag | ImaginaryPlot format, specified as one of the following Magnitude
(decibels), Angle(degrees),
Real, or Imaginary.
X parameter — X parameterFreq (default)Parameter, specified as Freq. This parameter
determines the data for x-axes on the X-Y plane plot.
X format — Plot formatHz (default) | Auto | KHz | MHz | GHz | THzPlot format, specified as one of the following Hz,
Auto, KHz,
MHz, GHz or
THz.
Y scale — Y-axis scaleLinear (default) | LogY-axis scale, specified as Linear or
Log.
X scale — X-axis scaleLinear (default) | LogX-axis scale, specified as Linear or
Log.
Plot — Plot specified dataPlot the specified data using the plot button.
General Passive Network | LC Bandpass Pi | LC Bandpass Tee | LC Bandstop Pi | LC Bandstop Tee | LC Highpass Pi | LC Highpass Tee | LC Lowpass Pi | LC Lowpass Tee | Series C | Series R | Series RLC | Shunt C | Shunt L | Shunt R | Shunt RLC