ns_pwr_int()

Returns the integrated noise power

Syntax
y = ns_pwr_int(Sji, nf, resBW, stop)

Arguments

Name	Description	Range	Type	Required
Sji	complex transmission coefficient	(-∞, ∞)	complex	yes
nf	noise figure at the output port (in dB)	(-∞, ∞)	complex	yes
resBW	user-defined resolution bandwidth	(-∞, ∞)	complex	yes
stop	stop value (works for nonuniform delta frequency)	[0, ∞)	real	no

Examples

Y = ns_pwr_int(S21, nf2, 1MHz)

Defined in

$HPEESOF_DIR/expressions/ael/rf_system_fun.ael

See Also

ns_pwr_ref_bw(), snr()

Notes/Equations

Used in Small-signal S-parameter simulation
This is the integrated noise power (in dBm) calculated by integrating the noise power over the entire frequency sweep. The noise power at each frequency point is calculated by multiplying the noise spectral density by a user-defined resolution bandwidth.