FrontPanel_pp_rms_jitter()

Given histogram data computes peak to peak jitter value and RMS jitter value

Syntax
y = FrontPanel_pp_rms_jitter(histogram_data)

Arguments

Name	Description	Range	Type	Required
histogram_data	histogram data	(-∞, ∞)	real	yes

Examples

eye_jitter=FrontPanel_pp_rms_jitter(histogram_data)
peak2peak_jitter=eye_jitter[0]
rms_jitter=eye_jitter[1]

Defined in

$HPEESOF_DIR/expressions/ael/FrontPanel_fun.ael

See Also

eye_binning(), eye_density(), FrontPanel_eye(), FrontPanel_eye_2d_indepvar_maximum_inner(), FrontPanel_eye_amplitude_histogram(), FrontPanel_eye_crossings(), FrontPanel_eye_delay(), FrontPanel_eye_fall_trace(), FrontPanel_eye_horizontal_histogram(), FrontPanel_eye_regular(), FrontPanel_eye_rise_trace(), FrontPanel_eye_risefall_marker(), FrontPanel_eye_topbase(), FrontPanel_get_histogram_mean_stddev(), FrontPanel_wave_1st_falling_edge_period(), FrontPanel_wave_1st_rising_edge_period(), FrontPanel_wave_1st_transition_fall_time(), FrontPanel_wave_1st_transition_rise_time(), FrontPanel_wave_datarate(), FrontPanel_wave_negative_pulse_width(), FrontPanel_wave_positive_pulse_width(), FrontPanel_wave_topbase()

Notes/Equations

The FrontPanel_pp_rms_jitter() function essentially takes histogram data, and returns peak to peak jitter by determining non-zero start and stop values and one standard deviation. The first element of the array represents peak-to-peak value and the second element represents one standard deviation.