The rise time is specified in Amps per microsecond. The fall time doesn't really apply since the current must go to zero for the Triac to turn-off.
MaxTypical delay before any current flows in T1/T2:
Max rise time:
The rise time is specified in Amps per microsecond. The fall time doesn't really apply since the current must go to zero for the Triac to turn-off.
Max delay before any current flows in T1/T2:
Max rise time:
The rise time is specified in Amps per microsecond. The fall time doesn't really apply since the current must go to zero for the Triac to turn-off.
Typical delay before any current flows in T1/T2:
Max rise time:
The rise time is specified in Amps per microsecond. The fall time doesn't really apply since the current must go to zero for the Triac to turn-off.
Max delay before any current flows in T1/T2:
Max rise time: