34.6 Power Consumption

The values provided in the table Current Consumption are measured values of power consumption under the following conditions, except where noted:

Operating conditions:
- V_VDDIN = 3.3 V
Wake up time from Sleep mode is measured from the edge of the wakeup signal to the execution of the first instruction fetched in Flash.
Oscillators
- XOSC (crystal oscillator) stopped
- XOSC32K (32 kHz crystal oscillator) running with external 32 kHz crystal
- DFLL48M using XOSC32K as reference and running at 48 MHz
Clocks
- DFLL48M used as main clock source, except otherwise specified.
- CPU, AHB clocks undivided
- APBA clock divided by 4
- APBB and APBC bridges off
The following AHB module clocks are running: NVMCTRL, APBA bridge
- All other AHB clocks stopped
The following peripheral clocks running: PM, SYSCTRL, RTC
- All other peripheral clocks stopped
I/Os are inactive with internal pull-up
CPU is running on Flash with 1 wait states
NVMCTRL cache enabled

Table 34-8. Current Consumption ⁽²⁾
Mode	Conditions	T_A	Vcc	Min.	Typ.	Max.	Units
ACTIVE	CPU running a `While(1)`algorithm	25°C	3.3V	-	2.27	2.48	mA
	CPU running a `While(1)`algorithm	125°C	3.3V	-	2.41	3.32	mA
	CPU running a `While(1)` algorithm, with  GCLKIN as reference	25°C	3.3V	-	43*freq +108	52*freq +135	μA (with freq in MHz)
		125°C	3.3V	-	44*freq +276	50*freq +949	μA (with freq in MHz)
	CPU running a `Fibonacci` algorithm	25°C	3.3V	-	3.04	3.26	mA
	CPU running a `Fibonacci` algorithm	125°C	3.3V	-	3.19	3.76	mA
	CPU running a `Fibonacci` algorithm, with  GCLKIN as reference	25°C	3.3V	-	59*freq +109	62*freq +133	μA (with freq in MHz)
		125°C	3.3V	-	60*freq +276	58*freq +953	μA (with freq in MHz)
	CPU running a `CoreMark` algorithm	25°C	3.3V	-	3.90	4.42	mA
	CPU running a `CoreMark` algorithm	125°C	3.3V	-	4.34	4.81	mA
	CPU running a `CoreMark` algorithm, with  GCLKIN as reference	25°C	3.3V	-	77* freq +108	85* freq +130	μA (with freq in MHz)
		125°C	3.3V	-	83 * freq + 288	81* freq +974	μA (with freq in MHz)
IDLE0	-	25°C	3.3V	-	1.28	1.37	mA
IDLE0	-	125°C	3.3V	-	1.44	2.05
IDLE1	-	25°C	3.3V	-	0.97	1.05
IDLE1	-	125°C	3.3V	-	1.09	1.70
IDLE2	-	25°C	3.3V	-	0.76	0.83
IDLE2	-	125°C	3.3V	-	0.88	1.50
STANDBY	XOSC32K running  RTC running at 1 kHz⁽¹⁾	25°C	3.3V	-	62.00	85.00	μA
	XOSC32K running  RTC running at 1 kHz⁽¹⁾	125°C	3.3.V	-	198.00	442.00
	XOSC32K and RTC stopped⁽¹⁾	25°C	3.3V	-	61.00	84.00
	XOSC32K and RTC stopped⁽¹⁾	125°C⁽³⁾	3.3V	-	196.00	438

Note:

Measurements were done with SYSCTRL->VREG.bit.RUNSTDBY = 1.
These values are based on characterization and not covered by test limits in production unless otherwise specified.
These values are screened during production.

Table 34-9. Wake-up Time
Mode	Conditions	T_A	Min.	Typ.	Max.	Units
IDLE0	OSC8M used as main clock source, cache disabled	25°C	-	4.0	-	μs
IDLE0	OSC8M used as main clock source, cache disabled	125°C	-	4.0	-
IDLE1	OSC8M used as main clock source, cache disabled	25°C	-	12.1	-
IDLE1	OSC8M used as main clock source, cache disabled	125°C	-	14.9	-
IDLE2	OSC8M used as main clock source, cache disabled	25°C	-	13.0	-
IDLE2	OSC8M used as main clock source, cache disabled	125°C	-	15.8	-
STANDBY	OSC8M used as main clock source, cache disabled	25°C	-	19.6	-
STANDBY	OSC8M used as main clock source, cache disabled	125°C	-	20.6	-