45.2 Standard Operating Conditions

The standard operating conditions for any device are defined as:

Operating Voltage:: V_DDMIN ≤ V_DD ≤ V_DDMAX
MVIO Operating Voltage:: V_DDIO2MIN ≤ V_DDIO2 ≤ V_DDIO2MAX; V_DDIO3MIN ≤ V_DDIO3 ≤ V_DDIO3MAX
Operating Temperature:: T_{A_MIN} ≤ T_A ≤ T_{A_MAX}


Parameter		Ratings
V_DD — Operating Supply Voltage⁽¹⁾	V_DDMIN	+1.8V
V_DD — Operating Supply Voltage⁽¹⁾	V_DDMAX	+5.5V
V_DDIO2 — MVIO Supply Voltage^(1,2)
with I3C disabled	V_DDIO2MIN	+1.62V
with I3C disabled	V_DDIO2MAX	+5.5V
with I3C enabled	V_DDIO2MIN	+1.62V
with I3C enabled	V_DDIO2MAX	+3.63V
V_DDIO3 — MVIO Supply Voltage^(1,2)
with I3C disabled	V_DDIO3MIN	+1.62V
with I3C disabled	V_DDIO3MAX	+5.5V
with I3C enabled	V_DDIO3MIN	+1.62V
with I3C enabled	V_DDIO3MAX	+3.63V
T_A — Operating Ambient Temperature Range
Industrial Temperature	T_{A_MIN}	-40°C
Industrial Temperature	T_{A_MAX}	+85°C
Extended Temperature	T_{A_MIN}	-40°C
Extended Temperature	T_{A_MAX}	+125°C

Note:

See the Parameter Supply Voltage for more details.
The MVIO power domain can optionally be configured to operate in Low-voltage range (0.95V-1.62V) in which the MVIO pads are held in reset with limited I3C/I²C functionality. See the Supply Voltage parameter for details.

Figure 45-1. Voltage Frequency Graph, -40°C ≤ T_A ≤ +125°C

Note:

The shaded region indicates the permissible combinations of voltage and frequency.
Refer to the “External Clock/Oscillator Timing Requirements” table for each Oscillator mode’s supported frequencies.