STM32L4P5CE datasheet(165/311 Pages) STMICROELECTRONICS

165 / 311 page

IDD (Stop 2

with RTC)

Supply

current in

Stop 2 mode,

RTC enabled

RTC clocked by LSI

1.8 V

3.30

11.5

42.5

97.0

210

8.3

120

255

461

µA

2.4 V

3.40

11.5

43.0

98.0

215

8.5

120

256

468

3 V

3.60

12.0

43.5

99.0

215

8.6

120

258

480

3.6 V

3.90

12.0

44.5

100.0

225

120

262

559

RTC clocked by LSI

ENULP=1

LPCAL=1

LSIPREDIV = 1

1.8 V

2.95

2.4 V

2.95

3 V

3.05

3.6 V

3.10

RTC clocked by LSE

bypassed at 32768 Hz

ENULP=1

LPCAL=1

LSESYSDIS =1

1.8 V

2.90

2.4 V

2.95

3 V

3.00

3.6 V

3.15

RTC clocked by LSE

quartz in low drive mode

1.8 V

3.45

12.0

44.0

100.0

2.4 V

3.65

12.0

45.0

100.0

3 V

3.95

12.5

45.5

105.0

3.6 V

4.30

13.0

46.5

105.0

RTC clocked by LSE

quartz in low drive mode

ENULP = 1

LPCAL = 1

LSESYSDIS =1

1.8 V

2.95

11.0

42.5

96.5

2.4 V

2.95

11.0

43.0

97.5

3 V

3.10

11.5

43.5

98.5

3.6 V

3.25

12.0

45.0

100.0

IDD

(wakeup from

Stop 2)

Supply

current during

wakeup from

Stop 2

Wakeup clock is MSI = 48

MHz, voltage Range 1(2)

3 V

2.65

Wakeup clock is MSI = 4

MHz, voltage Range 2(2)

3 V

0.954

Wakeup clock is HSI = 16

MHz, voltage Range 1(2)

3 V

1.6

1. Guaranteed by characterization results, unless otherwise specified.

Table 44. Current consumption in Stop 2 mode, SRAM3 disabled (continued)

Symbol

Parameter

Conditions

TYP

MAX(1)

Unit

VDD

25°C

55°C

85°C 105°C 125°C

25°C

55°C

85°C

105°C 125°C

STM32L4P5CE Datasheet(PDF) 165 Page - STMicroelectronics

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