Cadence Cross -

: Designers can specify if they want to find rising edges, falling edges, or both. Occurrence Number : You can find the nthn raised to the t h power time a signal crosses a value (e.g., the 5th rising edge).

: Calculates the duration between two crossing points (e.g., 10% to 90% of the signal swing).

: Identifies when a signal finally stays within a "cross" window of its final value. Tips for Accurate Results cadence cross

: The tool uses linear interpolation between simulation data points; for high precision, use a smaller time step in your transient analysis.

The cross() function is primarily used within the Cadence Calculator to detect the precise time a signal passes a defined value. : Designers can specify if they want to

: Tracks variations in crossing times over many cycles to evaluate signal stability.

Engineers rely on this function to automate measurements that would be impossible to pinpoint manually. : Identifies when a signal finally stays within

💡 : While the cross() function is powerful for single points, it is often combined with other functions like delay() to build complex automated verification scripts.