abs

Absolute value

acos

Arc cosine

acosh

Hyperbolic arc cosine

ang_deg

Angle (phase) of a complex number, cut at +/-180

ang_rad

Angle in radians

arg

Argument of a complex number. It is the angle the complex number makes with the positive x axis. Same as ang_deg.

asin

Arc sine

asinh

Hyperbolic arc sine

atan

Arc tangent. Takes a tangent value as an argument. Because there are two angles in a circle that can have the same tangent value, and atan can return only one value, it returns a value in the range between -90 degrees and +90 degrees (or between -pi/2 and pi/2 in radians).

atan2(y,x)

A two-argument version of the atan function. Takes the y and x coordinates (including sign information) of a point as arguments and returns the angle from the X-axis. Can return angle values for the full circle (-180 degrees to +180 degrees or -pi to +pi in radians).

atanh

Hyperbolic arc tangent

avgabs

Absolute value of average.

cang_deg

Cumulative angle (phase) of the first parameter (a complex number) in degrees, along the second parameter (typically sweep variable). Returns a double precision value cut at +/-180.

cang_rad

Cumulative angle of the first parameter in radians along a second parameter (typically a sweep variable) Returns a double precision value.

cmplx(re, im)

A complex number, where re is the real part and im is the imaginary part.

conjg

Conjugate of the complex number.

cos

Cosine

cosh

Hyperbolic cosine

crestfactor

Peak/RMS (root mean square) for the selected simulation quantity

dB(x)

20*log10(|x|)

dB10

10*log(|x|) to base 10.

dBm(x)

10*log10(|x|) +30

dBW(x)

10*log10(|x|)

dBc

Decibels relative to the carrier. It is the power ratio of the signal to a carrier signal. Gives the relative signal strength.

db10normalize

10*log [normalize(mag(x))]

db20normalize

20*log [normalize(mag(x))]

degel

Conversion from degrees electrical to seconds with respect to Hz.

deriv

Derivative of a given parameter.

even

Returns 1 if integer part of the number is even; returns 0 otherwise

exp

Exponential function (the natural anti-logarithm)

if

if(cond_exp,true_exp, false_exp).

im

Imaginary part of the complex number

int

Truncated integer function

j0

Bessel function of the first kind (0^th order)

j1

Bessel function of the first kind (1^st order)

ln

Natural logarithm

log

Natural logarithm (same as ln).

log10

Logarithm base 10

mag

Magnitude of the complex number

mod

Returns the modulus or absolute value of the simulation quantity.

nint

Nearest integer

normalize

Divides each value within a trace by the maximum value of the trace. ex. normalize(mag(x))

odd

Returns 1 if integer part of the number is odd; returns 0 otherwise

polar

Converts the complex number in rectangular to polar

pow

Raise x to y power., pow(x,y).

pwl

Piecewise Linear

pwl_periodic

Piecewise Linear for periodic extrapolation on x

pwlx

Piecewise Linear x with linear extrapolation on x.

re

Real part of the complex number

rect

Converts the complex number in polar to rectangular

rem

Returns the fractional part of a decimal number such that rem(x) = x-int(x)

Syntax: rem(x)

root

Take the y root of x, root(x,y)

sgn

Sign extraction

sin

Sine

sinh

Hyperbolic sine

sliding mean

sliding mean.

slidingrms

sliding root mean square

sqr

Square.

sqrt

Square root

tan

Tangent

tanh

Hyperbolic tangent

y0

Bessel function of the second kind (0^th order)

y1

Bessel function of the second kind (1^st order)

yn

Bessel function of the second kind (nth order)