49.8 Wake-Up Timings Electrical Specifications

Table 49-12. Wake-Up Timings From Low Power Modes Electrical Specifications (1,2,3)
AC CHARACTERISTICSStandard Operating Conditions: VDD = AVDD = 1.62V to 3.63V (unless otherwise stated)

Operating temperature: -40°C ≤ TA ≤ +85°C for Industrial

Param. No.SymbolCharacteristicsMin.Typ.Max.UnitsConditions
WKUP_1WKUP_IDLEWake from IDLE mode—1.5—µsPerformance Level 0 and 2
WKUP_3WKUP_STDBYWake from STANDBY Mode—2.7—PDSW Domain in Active Performance Level 0
WKUP_5—5.4—PDSW Domain in Retention Performance Level 0
WKUP_7—75—PDSW Domain in Active Performance Level 2
WKUP_9—76—PDSW Domain in Retention Performance Level 2
WKUP_10WKUP_OFFWake from OFF Mode

<=>

Start-up Time from POR

(VDD≥VDD(min))

—4—msPIC32CM LE
WKUP_11—5—PIC32CM LS, BOOTOPT=0
WKUP_12—1.7—sPIC32CM LS, BOOTOPT=1, BOOTPROT=0x200
WKUP_13—3.4—PIC32CM LS, BOOTOPT=1, BOOTPROT=0x400
WKUP_14—6.8—PIC32CM LS, BOOTOPT=1, BOOTPROT=0x7FF
WKUP_15—1.7—PIC32CM LS, BOOTOPT=2, BOOTPROT=0x200
WKUP_16—3.4—PIC32CM LS, BOOTOPT=2, BOOTPROT=0x400
WKUP_17—6.8—PIC32CM LS, BOOTOPT=2, BOOTPROT=0x7FF
WKUP_18—1.7—PIC32CM LS, BOOTOPT=3, BOOTPROT=0x200
WKUP_19—3.4—PIC32CM LS, BOOTOPT=3, BOOTPROT=0x400
WKUP_20WKUP_OFFWake from OFF Mode

<=>

Start-up Time from POR

(VDD≥VDD(min))

—6.8—sPIC32CM LS, BOOTOPT=3, BOOTPROT=0x7FF
WKUP_21—1.6—PIC32CM LS60, BOOTOPT=4, BOOTPROT=0x200
WKUP_22—2.9—PIC32CM LS60, BOOTOPT=4, BOOTPROT=0x400
WKUP_23—5.7—PIC32CM LS60, BOOTOPT=4, BOOTPROT=0x7FF
WKUP_24—1.6—PIC32CM LS60, BOOTOPT=5, BOOTPROT=0x200
WKUP_25—2.9—PIC32CM LS60, BOOTOPT=5, BOOTPROT=0x400
WKUP_26—5.7—PIC32CM LS60, BOOTOPT=5, BOOTPROT=0x7FF
WKUP_27—1.6—PIC32CM LS60, BOOTOPT=6, BOOTPROT=0x200
WKUP_28—2.9—PIC32CM LS60, BOOTOPT=6, BOOTPROT=0x400
WKUP_29—5.7—PIC32CM LS60, BOOTOPT=6, BOOTPROT=0x7FF
Note:
  1. Typical values at 25°C only.
  2. Conditions:
    • VDD = AVDD = 3.3V
    • LDO Regulation mode
    • CPU clock = OSC16M at 4 MHz
    • One Wait-state
    • Cache enabled
    • Flash Fast Wake-up enabled (NVMCTRL.CTRLB.FWUP = 1)
    • Flash in WAKEUPINSTANT mode (NVMCTRL.CTRLB.SLEEPPRM = 1)
  3. Measurement Method:
    • For IDLE and STANDBY modes, the CPU sets an I/O by writing the ARM® CPU IOBUS with interrupts disabled at ARM Core level (Cortex-M23 PRIMASK register). The wake-up time is measured between the edge of the wake-up input signal and the edge of the I/O pin.
    • For OFF mode, the exit of the mode is done through the RESET pin, the time is measured between the falling edge of the RESET signal (with the minimum reset pulse length), and the set of the I/O which is done by the first executed instructions after reset