How to find all the crossing of the signal over the entire range

I used the cross function to get all the crossings of the entire time range and plot the waveform. But it didn’t display all the crossings.

I am trying to plot pulse vs temperature. This is what I have done. I performed a transient simulation in ADEL by specifying the stop time to 400ns.

Then did a parametric simulation of temperature for from -50C to 125C linear step size of 10C. It gave me the transient response at the specified temperatures.

I used the cross function to return the plot of the entire pulse vs temperature. The plot doesn’t look correctly because it only gave me part of the time. It didn’t give me the whole pulse range from (0-400ns)

How do plot the whole time vs temperature. (0-400ns) vs -50 to 125C

I am attaching the plot with this question.

Here is the argument that I gave to the cross function.

My output signal VT(“/Pout”)

Threshold value: 0.75

Edge number: 2

Edge Type: either

Number of Occurrences: Single I tried multiple also but it plot time vs time.

Plot/print vs: time

My understanding is that the cross function returns the x value where a signal crosses the threshold y value.

Thank you.

I used multiple as follows:

My Output Signal = VT(“/Pout”)

Threshold Value = 0.75

Edge number = 2

Edge Type Either

Number of Occurrences = multiple

Plot/print vs = time

And it didn’t work

I also tired the following cross expression and this is what I get. It is not still what I want:

cross(VT("/Pout") 0 0 "rising" t "cycle" )

It gave me multiple plot as a function of cycle.

And when I use cross(VT("/Pout") 0 0 "rising" t "time" )

It gave me pulse vs pulse.

I want to plot the whole range of pulse vs temperature.