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+ X1=x1 Y1=y1 X2=x2 Y2=y2 ... Xk=xk Yk=yk
where
58
.MODEL
is the six-character keyword ".MODEL"
mname
is a legal model name as explained in “Model Names and
Subcircuit Names” on page 13
mtype
is a four-character keyword equal to "PWLL" or "PWLC",
which stand for the model types for a piecewise-linear inductor
or capacitor, respectively
NSEG=
is the five-character keyword "NSEG=" representing the
number of linear segments in this device model
k
is an integer defining the number of linear segments and can
take on values from 2 to 255, inclusively
X0=
is the keyword "X0=" representing the x axis coordinate of the
beginning of the first linear segment of the device model
x0
is a floating-point number which defines the value of X0 and
has units of amperes for a PWL inductor and volts for a PWL
capacitor.
Y0=
is the keyword "Y0=" representing the y axis coordinate of the
beginning of the first linear segment of the device model
y0
is a floating-point number which defines the value of Y0 and
has units of weber-turns for a PWL inductor and coulombs for a
PWL capacitor
X1=
is the keyword "X1=" representing the x axis coordinate of the
end of the first linear segment of the device model and the
beginning of the second linear segment of the device model
x1
is a floating-point number which defines the value of X1 and
has the same units indicated for x0
Y1=
is the keyword "Y1=" representing the y axis coordinate of the
end of the first linear segment of the device model and the
beginning of the second linear segment of the device model, so
that the straight line passing through (x0, y0) and terminating on
the break point (x1, y1) forms the first segment of the
piecewise-linear characteristic
y1
is a floating-point number which defines the value of Y1
X2=
is the keyword "X2=" representing the x axis coordinate of the
end of the second linear segment of the device model and the
beginning of the third linear segment of the device model
x2
is a floating-point number which defines the value of X2.
Y2=
is the keyword "Y2=" representing the y axis coordinate of the
end of the second linear segment of the device model and the
beginning of the third linear segment of the device model, so
that the straight line passing through (x1, y1) and terminating on