44.6 Peripheral Active Current

Table 44-7. Peripheral Active Current DC Electrical Specifications
DC CHARACTERISTICSStandard Operating Conditions: VDDIO = VDDANA 2.7V to 5.5V (unless otherwise stated)

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

Param. No.SymbolCharacteristicsConditions
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 1.5 µA
PAI_10IRC32KRC32K currentVDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 2 µA
PAI_20IXOSC32KXOSC32K currentVDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 75 µA
PAI_30IBOD50BOD50 Active currentContinuous mode, VDDANA = VDDIO = 5.0V
PAI_33IEVSYSEVSYS Active currentOne channel operating, Synchronous mode
PAI_36ICCLCCL Active currentAll LUT Active, Filter Enabled
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 100 µA
PAI_39IWDTWDT Active current-
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 200 µA
PAI_50IEICEIC/NMI Active currentOne EIC line operating, Filter Enabled
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 250 µA
PAI_60IXOSC_2MHZ_AMPGC_ONXOSC current (1 of 10)F = 2 MHz - CL= 20 pF XOSC.GAIN = 0, AMPGC = ON, VDDANA = VDDIO = 5.0V
PAI_62IXOSC_2MHZ_AMPGC_OFFXOSC current (2 of 10)F = 2 MHz - CL= 20 pF XOSC.GAIN = 0, AMPGC = OFF, VDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 300 µA
PAI_65ITC4TC Active current (1 of 2)Normal Frequency mode, Counter in 16bits mode
PAI_73IXOSC_4MHZ_AMPGC_ONXOSC current (3 of 10)F = 4 MHz - CL= 20 pF XOSC.GAIN = 1, AMPGC = ON, VDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 310 µA
PAI_76IXOSC_4MHZ_AMPGC_OFFXOSC current (4 of 10)F = 4 MHz - CL= 20 pF XOSC.GAIN = 1, AMPGC = OFF, VDDANA = VDDIO = 5.0V
PAI_79IPDECPDEC Active currentCounter Mode
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 350 µA
PAI_90ISERCOMxSERCOM Active currentUSART Mode, no communication
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 400 µA
PAI_93IXOSC_8MHZ_AMPGC_ONXOSC current (5 of 10)F = 4 MHz - CL=20 pF XOSC.GAIN = 1, AMPGC = ON, VDDANA = VDDIO = 5.0V
PAI_96ITCC2TCC Active Current (1 of 2)Normal Frequency mode
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 410 µA
PAI_100ITC0/1/2/3TC Active current (2 of 2)Normal Frequency mode, Counter in 16bits mode
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 500 µA
PAI_110IXOSC_8MHZ_AMPGC_OFFXOSC current (6 of 10)F = 8 MHz - CL= 20pF XOSC.GAIN = 2, AMPGC = OFF, VDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 550 µA
PAI_53IRC48MRC48M currentVDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 600 µA
PAI_120IDACDAC Active currentVREF = VDDANA, DAC DATA = 0x3FF (2)
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 850 µA
PAI_143IXOSC_16MHZ_AMPGC_ONXOSC current (7 of 10)F = 16 MHz - CL= 20 pF XOSC.GAIN = 3, AMPGC = ON, VDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 950 µA
PAI_160IXOSC_16MHZ_AMPGC_OFFXOSC current (8 of 10)F = 16 MHz - CL= 20 pF XOSC.GAIN = 3, AMPGC = OFF, VDDANA = VDDIO = 5.0V
MODULES/PERIPHERALS ACTIVE CURRENTS ≤ 1.1 mA
PAI_173IDPLL96MDPLL Current (2 of 2)Fout = 96 MHz, VDDANA = VDDIO = 5.0V
Note:
  1. Conditions:
    • Only mentioned peripheral modules is operating (i.e., rest of the peripherals are inactive)
    • MCLK all APB clock masked except MCLK and NVMCTRL and selected peripheral
    • MCLK.AHBMASK = 0x00C00FFF
    • All clock generation sources disabled unless otherwise specified. (i.e., XOSC32 = Off)
    • All clock sources disabled except XOSC32K running with external 32kHz crystal and FDPLL96M using XOSC32K as reference and running at 96MHz divided by 2 on GCLK0
    • GCLK clock generators 1 to 8 stopped (GENCTRL[8:1].GENEN = 0)
    • AHB/APB clocks not needed are masked: AHBMASK = 0x70, APB(A/B/C/D)MASK = 0x0
    • CPU and AHB clocks undivided
    • All I/O pins configured as input pins pulled down or tied to GND
    • WDT, RTCC, CFD Clock Fail Detect disabled
    • RESET = VDDIOx
    • CPU is running on Flash with 3 Wait States
    • NVMCTRL cache enabled
    • BODVDD disabled
    • Measure is differential between active and inactive module in those conditions
  2. Conditions:
    • Same Conditions than Note 1
    • GCLK1 running on FDPLL96M at 96 MHz divided by 96
    • Measure is differential between active and inactive module in those conditions
  3. Conditions:
    • Same Conditions than Note 1
    • GCLK1 running on FDPLL96M at 96 MHz not divided
    • Measure is differential between active and inactive module in those conditions
  4. Conditions:
    • Same Conditions than Note 1
    • GCLK1 running on FDPLL96M at 96 MHz divided by 6
    • Measure is differential between active and inactive module in those conditions