FrontPanel_wave_1st_rising_edge_period()
Given time domain voltage waveform, the logic levels, and the threshold levels, returns first rising edge period
Syntax: y = FrontPanel_wave_1st_rising_edge_period(data,base,top,base_threshold_pct,top_threshold_pct)
Arguments
| Name | Description | Range | Type | Required |
|---|---|---|---|---|
| data | time domain voltage waveform | (-∞, ∞) | real | yes |
| base | logic level zero voltage level | (-∞, ∞) | real | yes |
| top | logic level one voltage level | (-∞, ∞) | real | yes |
| base_threshold_pct | low threshold point | (-∞, ∞) | real | yes |
| high_threshold_pct | high threshold point | (-∞, ∞) | real | yes |
Examples
get_rising_period=FrontPanel_wave_1st_rising_edge_period(data,-1.0,1.0,20,80)
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_pp_rms_jitter(), FrontPanel_wave_1st_falling_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
Period is a measure of the time between the first detected edge of a waveform and the next occurrence of the same type of edge. The time between the edges of the waveform used for measurement is taken at the middle threshold crossings. The FrontPanel_wave_1st_rising_edge_period() function essentially takes time domain data and returns the first rising edge period.
Privacy
Statement
|
Terms of Use
|
Legal |
Contact Us
|
© Agilent 2000-2008 ![]()