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).

: It is often used to "unwrap" periodic waveforms by finding cycle crossing points. Practical Applications in Design cadence cross

Engineers rely on this function to automate measurements that would be impossible to pinpoint manually. : Designers can specify if they want to

: Identifies when a signal finally stays within a "cross" window of its final value. Tips for Accurate Results Practical Applications in Design Engineers rely on this

: If the function fails to find a point, ensure your threshold is actually within the signal's range (e.g., don't look for a 1V cross in a 0.8V signal).

: 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.