STM32C092GCU6

Q: Is there a KiCad symbol and footprint for the STM32C092GCU6?

Yes. The symbol is MCU_ST_STM32C0:STM32C092GCUx and the footprint EasyEDA_Cloud:UFQFPN-28_L4.0-W4.0-P0.50-TL, both drawn on this page. PCBKit places them on a board for you when you design with it.

Q: What package is the STM32C092GCU6?

UFQFPN-28(4x4), with 28 pins. Its footprint is drawn on this page.

Q: Where is the STM32C092GCU6 datasheet?

STMicroelectronics publishes it: the Datasheet link on this page opens it.

Q: Where can I order the STM32C092GCU6?

JLCPCB lists it as part C44847705, with 73 in stock; the sellers' links on this page open their listings.

Q: What can replace the STM32C092GCU6?

Parts like it in the library: the STM32C051G8U6 by STMicroelectronics. Check their datasheets: a part that fits the footprint may still differ in its ratings.

Q: Which open-source boards use the STM32C092GCU6?

3 boards in 1 repository on GitHub; the most starred are listed on this page, with their KiCad files.

STMicroelectronicsExtended

-40℃~+85℃ 256KB 26 2V~3.6V 30KB 32 Bit 48MHz ARM Cortex-M0+ Built-in FLASH UFQFPN-28(4x4) Microcontrollers (MCU/MPU/SOC) ROHS

Datasheet JLCPCB LCSC

Part id: st/STM32C092GCU6
Category: Microcontrollers (MCU, MPU, SOC)
Package: UFQFPN-28(4x4)
Pins: 28
In stock: 73 at JLCPCB (C44847705)
Used on: 3 open-source boards

Overview

The STM32C092GCU6 is a microcontroller made by STMicroelectronics in a UFQFPN-28(4x4) package with 28 pins. -40℃~+85℃ 256KB 26 2V~3.6V 30KB 32 Bit 48MHz ARM Cortex-M0+ Built-in FLASH UFQFPN-28(4x4) Microcontrollers (MCU/MPU/SOC) ROHS.

PCBKit's library has its KiCad symbol (MCU_ST_STM32C0:STM32C092GCUx, from PCBKit's generic symbols) and its footprint (EasyEDA_Cloud:UFQFPN-28_L4.0-W4.0-P0.50-TL, from EasyEDA), ready for a KiCad board. 73 are in stock at JLCPCB (part C44847705). 3 open-source boards in 1 repository on GitHub use it.

Symbol

MCU_ST_STM32C0:STM32C092GCUxFrom PCBKit's generic symbols

Footprint

EasyEDA_Cloud:UFQFPN-28_L4.0-W4.0-P0.50-TLFrom EasyEDA

From the datasheet

Supply, least: 2 V · VDD, recommended operating min · p. 48
Supply, most: 3.6 V · VDD, recommended operating max · p. 48
Supply, absolute maximum: 4 V · VDD, absolute max · p. 47
Works from: -40 °C · Ambient, suffix 6 min · p. 48
Works up to: 85 °C · Ambient, suffix 6 max · p. 48
Junction, hottest: 105 °C · Junction, suffix 6 operating max · p. 120
Takes working: 3.75 mA · Run from flash, HSI48, 48 MHz, 25°C, 3 V, peripherals disabled, typical · p. 51
Takes at most: 4.34 mA · Run from flash, HSI48, 48 MHz, 105°C die, 3.6 V, max · p. 51
Takes asleep: 25 nA · Shutdown, all clocks off, 3 V, 25°C, typical · p. 58
A pin gives at most: 20 mA · Any I/O or control pin, sink absolute max · p. 47
Junction to air (UFQFPN28): 57.2 K/W · Junction to ambient · p. 118
Junction to board (UFQFPN28): 22.2 K/W · Junction to board · p. 118
Junction, hottest: 130 °C · Junction temperature, absolute max · p. 47
Takes asleep: 7.35 µA · VDD, Standby, all clocks off, 3 V, 25 °C typical · p. 58
A pin gives at most: 15 mA · GPIO source or sink max with relaxed VOL/VOH · p. 73
Junction to case (UFQFPN28): 25.4 K/W · junction-case thermal resistance · p. 119

What it is and has

Core: Arm 32-bit Cortex-M0+ CPU · p. 1
CPU clock: Up to 48 MHz · p. 1
Flash memory: 256 Kbytes · p. 120
SRAM: Up to 36 Kbytes, hardware parity check · p. 1
CRC: CRC calculation unit · p. 1
DMA: 7 channels, flexible mapping · p. 1
ADC: 12-bit, 0.4 µs; family supports up to 19 external channels · p. 1
FDCAN: 1 controller · p. 1
Debug: Serial wire debug · p. 1
Unique ID: 96-bit · p. 1
RTC: Calendar RTC with alarm · p. 1
Low-power modes: Sleep, Stop, Standby, Shutdown · p. 1
Brownout reset: Programmable BOR · p. 1
Internal high-speed oscillator: 48 MHz RC, ±1% · p. 1
Internal low-speed oscillator: 32 kHz RC, ±5% · p. 1
Environmental compliance: ECOPACK 2 · p. 1
Flash memory: 256 KB · p. 1
RAM: 36 KB · p. 1
USART: 4 · p. 1
Peripherals: Timers, ADC, FDCAN · p. 1
Core: Arm® 32-bit Cortex®-M0+ CPU · p. 1
Maximum CPU frequency: 48 MHz · p. 1
Peripherals: timers, ADC, FDCAN · p. 1

Around it

cap 100 nF: between VDD/VDDA and VSS/VSSA; One ceramic filtering capacitor; place as close as possible to the supply pins or below them on the PCB underside. · p. 46
cap 4.7 μF: between VDD/VDDA and VSS/VSSA; One ceramic filtering capacitor in parallel with the 100 nF capacitor; place as close as possible to the supply pins or below them on the PCB underside. · p. 46

Specifications

714

Parameter	Conditions	As printed	Page
External supply voltage VDD		min -0.3 · max 4 V	47
External voltage on VREF+ pin VREF+		min -0.3 V	47
Current into VDD/VDDA power pin (source) IVDD/VDDA		max 100 mA	47
Current out of VSS/VSSA ground pin (sink) IVSS/VSSA		max 100 mA	47
Output current sunk by any I/O and control pin IIO(PIN)		max 20 mA	47
Output current sourced by any I/O and control pin IIO(PIN)		max 20 mA	47
Total output current sunk by sum of all I/Os and control pins(1) ∑I(PIN)		max 80 mA	47
Total output current sourced by sum of all I/Os and control pins ∑I(PIN)		max 80 mA	47
Total injected current (sum of all I/Os and control pins)(3) ∑IINJ(PIN)	Absolute sum of negative injected currents	max -25 mA	47
Storage temperature range TSTG		min -65 · max 150 °C	47
Maximum junction temperature TJ	Absolute maximum	max 130 °C	47
Standard operating voltage VDD		min 2 · max 3.6 V	48
I/O input voltage VIN		min -0.3 V	48
AHB clock frequency fHCLK		max 48 MHz	48
APB clock frequency fPCLK		max 48 MHz	48
Ambient temperature(3) TA	Suffix 6	min -40 · max 85 °C	48
Junction temperature TJ	Suffix 6	min -40 · max 105 °C	48
VDD rise time rate tVDD		min 0 us/V	48
VDD fall time rate tVDD		min 10 us/V	48
POR temporization when VDD crosses VPOR tRSTTEMPO	VDD rising	typ 270 · max 500 us	48
Power-on reset threshold VPOR		min 1.9 · typ 1.94 · max 1.98 V	48
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.55 · max 3.84 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.7 · max 4.04 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.8 · max 4.33 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.4 · max 2.6 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.55 · max 2.8 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.65 · max 3.09 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.1 · max 2.3 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.25 · max 2.49 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.35 · max 2.79 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.45 · max 1.65 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.55 · max 1.85 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.65 · max 2.08 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.77 · max 0.85 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.87 · max 0.96 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.98 · max 1.47 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.425 · max 0.49 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.525 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.63 · max 1.08 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.255 · max 0.3 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.35 · max 0.57 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.46 · max 0.86 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.17 · max 0.21 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.265 · max 0.47 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.37 · max 0.77 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.13 · max 0.16 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.22 · max 0.42 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.33 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.096 · max 0.13 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.19 · max 0.41 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.295 · max 0.71 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.09 · max 0.27 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.18 · max 0.4 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.285 · max 0.68 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.75 · max 4.04 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.85 · max 4.14 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 3.95 · max 4.34 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.4 · max 2.6 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.5 · max 2.7 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 2.6 · max 2.99 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.45 · max 1.55 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.5 · max 1.69 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.65 · max 2.04 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.955 · max 0.96 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.05 · max 1.3 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 1.15 · max 1.6 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.71 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.78 · max 0.97 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.88 · max 1.28 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.585 · max 0.62 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.655 · max 0.86 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.755 · max 1.18 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.525 · max 0.55 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.595 · max 0.79 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.695 · max 1.09 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.495 · max 0.52 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.565 · max 0.76 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.665 · max 1.09 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, 25°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.089 · max 0.12 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, 85°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.18 · max 0.4 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, 105°C die; typ VDD=3 V, max 3.6 V; peripherals disabled; prefetch off, cache on	typ 0.285 · max 0.68 mA	51
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 48 MHz, 25°C	typ 0.74 · max 0.94 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 48 MHz, 85°C	typ 0.845 · max 1.27 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 32 MHz, 25°C	typ 0.52 · max 0.71 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 32 MHz, 85°C	typ 0.62 · max 0.94 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 24 MHz, 25°C	typ 0.41 · max 0.56 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 24 MHz, 85°C	typ 0.51 · max 0.8 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 16 MHz, 25°C	typ 0.305 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 16 MHz, 85°C	typ 0.4 · max 0.67 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 8 MHz, 25°C	typ 0.195 · max 0.27 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 8 MHz, 85°C	typ 0.29 · max 0.52 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 4 MHz, 25°C	typ 0.14 · max 0.2 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 4 MHz, 85°C	typ 0.23 · max 0.46 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 2 MHz, 25°C	typ 0.115 · max 0.16 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 2 MHz, 85°C	typ 0.205 · max 0.44 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 1 MHz, 25°C	typ 0.1 · max 0.14 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 1 MHz, 85°C	typ 0.19 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 500 kHz, 25°C	typ 0.093 · max 0.13 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 500 kHz, 85°C	typ 0.185 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 125 kHz, 25°C	typ 0.088 · max 0.12 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash enabled, 125 kHz, 85°C	typ 0.18 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, LSE bypass, flash enabled, 32,768 Hz, 85°C	typ 0.18 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 48 MHz, 25°C	typ 0.735 · max 0.93 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 48 MHz, 85°C	typ 0.84 · max 1.27 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 32 MHz, 25°C	typ 0.515 · max 0.7 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 32 MHz, 85°C	typ 0.61 · max 0.92 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 24 MHz, 25°C	typ 0.405 · max 0.55 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 24 MHz, 85°C	typ 0.5 · max 0.79 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 16 MHz, 25°C	typ 0.295 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 16 MHz, 85°C	typ 0.39 · max 0.66 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 8 MHz, 25°C	typ 0.19 · max 0.27 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 8 MHz, 85°C	typ 0.28 · max 0.52 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 4 MHz, 25°C	typ 0.135 · max 0.19 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 4 MHz, 85°C	typ 0.225 · max 0.45 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 2 MHz, 25°C	typ 0.105 · max 0.15 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 2 MHz, 85°C	typ 0.2 · max 0.43 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 1 MHz, 25°C	typ 0.093 · max 0.13 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 1 MHz, 85°C	typ 0.185 · max 0.42 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 500 kHz, 25°C	typ 0.087 · max 0.12 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 500 kHz, 85°C	typ 0.175 · max 0.38 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 125 kHz, 25°C	typ 0.081 · max 0.11 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, HSE bypass, flash power-down sleep, 125 kHz, 85°C	typ 0.17 · max 0.37 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, LSE bypass, flash power-down sleep, 32,768 Hz, 25°C	typ 0.08 · max 0.11 mA	55
Supply current in Sleep mode IDD(Sleep)	Peripherals disabled, LSE bypass, flash power-down sleep, 32,768 Hz, 85°C	typ 0.17 · max 0.39 mA	55
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2 V, 25°C	typ 83 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2.4 V, 25°C	typ 84 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2.4 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3 V, 25°C	typ 85.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3.6 V, 25°C	typ 87 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3.6 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=2 V, 25°C	typ 76.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=2 V, 85°C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=2.4 V, 25°C	typ 77.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=2.4 V, 85°C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=3 V, 25°C	typ 79 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=3 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=3.6 V, 25°C	typ 81 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop, VDD=3.6 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2 V, 25°C	typ 83 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2.4 V, 25°C	typ 84.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2.4 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3 V, 25°C	typ 86 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3.6 V, 25°C	typ 87.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3.6 V, 85°C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=2 V, 25°C	typ 77 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=2 V, 85°C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=2.4 V, 25°C	typ 78 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=2.4 V, 85°C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=3 V, 25°C	typ 79.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=3 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=3.6 V, 25°C	typ 81.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop, VDD=3.6 V, 85°C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2 V, 25°C	typ 440 · max 480 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2 V, 85°C	typ 505 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2.4 V, 25°C	typ 440 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2.4 V, 85°C	typ 510 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3 V, 25°C	typ 445 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3 V, 85°C	typ 510 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3.6 V, 25°C	typ 445 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3.6 V, 85°C	typ 515 · max 710 uA	57
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2 V, 25°C	typ 6.7 · max 7.8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2 V, 85°C	typ 8.1 · max 9.5 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2.4 V, 25°C	typ 6.95 · max 8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2.4 V, 85°C	typ 8.4 · max 9.8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3 V, 25°C	typ 7.35 · max 8.4 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3 V, 85°C	typ 8.75 · max 10.2 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3.6 V, 25°C	typ 7.8 · max 9.6 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3.6 V, 85°C	typ 9.6 · max 11.7 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=2 V, 25°C	typ 7.2 · max 8.3 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=2 V, 85°C	typ 8.7 · max 10.2 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=2.4 V, 25°C	typ 7.45 · max 8.5 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=2.4 V, 85°C	typ 9 · max 10.3 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=3 V, 25°C	typ 7.9 · max 9 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=3 V, 85°C	typ 9.45 · max 11 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=3.6 V, 25°C	typ 8.35 · max 11 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled, clocked by LSI, VDD=3.6 V, 85°C	typ 10.45 · max 13.4 uA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2 V, first printed 2V row, 25°C	typ 14 · max 93 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2 V, first printed 2V row, 85°C	typ 550 · max 1400 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2.4 V, 25°C	typ 17 · max 95 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2.4 V, 85°C	typ 620 · max 1450 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=3.0 V, 25°C	typ 25 · max 99 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=3.0 V, 85°C	typ 770 · max 1600 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD printed as 2V on final row, 25°C	typ 39 · max 134 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD printed as 2V on final row, 85°C	typ 1060 · max 2020 nA	58
Electrostatic discharge voltage (charge device model) VESD(CDM)	TA=+25°C, ANSI/ESDA/JEDEC JS-002, class C2a	max 500 V	71
Injected current on pin IINJ	Any IO; negative injection; positive injection NA	max 5 mA	72
I/O input hysteresis Vhys		typ 200 mV	72
Input leakage current(3) Ilkg	VDDIO1 ≤ VIN ≤ VDDIO1 +1 V	max 600 nA	72
Weak pull-up equivalent resistor (4) RPU	VIN = VSS	min 25 · typ 40 · max 55 kΩ	72
Weak pull-down equivalent resistor(4) RPD	VIN = VDDIO1	min 25 · typ 40 · max 55 kΩ	72
I/O pin capacitance CIO		typ 5 pF	72
Output low level voltage VOL	CMOS port, \|IIO\|=8 mA, VDDIO1≥2.7 V	max 0.4 V	74
Output low level voltage VOL	TTL port, \|IIO\|=8 mA, VDDIO1≥2.7 V	max 0.4 V	74
Output high level voltage VOH	TTL port, \|IIO\|=8 mA, VDDIO1≥2.7 V	min 2.4 V	74
Output low level voltage VOL	All I/Os, \|IIO\|=20 mA, VDDIO1≥2.7 V	max 1.3 V	74
Output low level voltage VOL	\|IIO\|=4 mA, VDDIO1≥2.0 V	max 0.45 V	74
Output low level voltage for an FT I/O pin in FM+ mode VOLFM+	\|IIO\|=20 mA, VDDIO1≥2.7 V	max 0.4 V	74
Output low level voltage for an FT I/O pin in FM+ mode VOLFM+	\|IIO\|=10 mA, VDDIO1≥2.0 V	max 0.4 V	74
Maximum frequency Fmax	Speed 00; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 2 MHz	74
Maximum frequency Fmax	Speed 00; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 0.35 MHz	74
Maximum frequency Fmax	Speed 00; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 3 MHz	74
Maximum frequency Fmax	Speed 00; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 0.45 MHz	74
Output rise and fall time(3) Tr/Tf	Speed 00; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 100 ns	74
Output rise and fall time(3) Tr/Tf	Speed 00; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 225 ns	74
Output rise and fall time(3) Tr/Tf	Speed 00; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 75 ns	74
Output rise and fall time(3) Tr/Tf	Speed 00; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 150 ns	74
Thermal resistance junction-ambient ΘJA	UFQFPN28	typ 57.2 °C/W	118
Thermal resistance junction-board ΘJB	UFQFPN28	typ 22.2 °C/W	118
External voltage on VREF+ pin VREF+	Maximum: Min(VDD + 0.4, 4.0) V	min -0.3 V	47
Input voltage on pin VIN	Maximum: VDDIO1 + 4.0 V; footnotes 1–3 apply	min -0.3 V	47
Total output current sunk by sum of all I/Os and control pins ∑I(PIN)		max 80 mA	47
Injected current on a FT_xx pin IINJ(PIN)	Negative injection; positive injection NA	max -5 mA	47
Total injected current (sum of all I/Os and control pins) ∑IINJ(PIN)		max -25 mA	47
Maximum junction temperature TJ		max 130 °C	47
I/O input voltage VIN	Maximum: Min (VDDIO1 + 3.6, 5.5) V	min -0.3 V	48
Ambient temperature TA	Suffix 6	min -40 · max 85 °C	48
Power-down reset threshold VPDR		min 1.88 · typ 1.92 · max 1.96 V	49
Brownout reset threshold 1 VBOR1	VDD rising	min 2.05 · typ 2.1 · max 2.18 V	49
Brownout reset threshold 1 VBOR1	VDD falling	min 1.95 · typ 2 · max 2.08 V	49
Brownout reset threshold 2 VBOR2	VDD rising	min 2.2 · typ 2.31 · max 2.38 V	49
Brownout reset threshold 2 VBOR2	VDD falling	min 2.1 · typ 2.21 · max 2.28 V	49
Brownout reset threshold 3 VBOR3	VDD rising	min 2.5 · typ 2.62 · max 2.68 V	49
Brownout reset threshold 3 VBOR3	VDD falling	min 2.4 · typ 2.52 · max 2.58 V	49
Brownout reset threshold 4 VBOR4	VDD rising	min 2.8 · typ 2.91 · max 3 V	49
Brownout reset threshold 4 VBOR4	VDD falling	min 2.7 · typ 2.81 · max 2.9 V	49
Hysteresis of VPOR and VPDR Vhyst_POR_PDR		typ 20 mV	49
Hysteresis of VBORx Vhyst_BOR		typ 100 mV	49
BOR consumption from VDD IDD(BOR)		typ 2.2 · max 2.5 uA	49
Internal reference voltage VREFINT		min 1.182 · typ 1.212 · max 1.232 V	49
ADC sampling time when reading the internal reference voltage tS_vrefint		min 4 us	49
Start time of reference voltage buffer when ADC is enable tstart_vrefint		typ 8 · max 12 us	49
VREFINT buffer consumption from VDD when converted by ADC IDD(VREFINTBUF)		min 9 · typ 13.5 · max 23 uA	49
Internal reference voltage spread over the temperature range ∆VREFINT	VDD = 3 V	typ 30 · max 50 mV	49
Averange temperature coefficient TCoeff		typ 20 · max 70 ppm/°C	49
Long term stability ACoeff	1000 hours, T = 25 °C	typ 300 · max 1000 ppm	49
Voltage coefficient VDDCoeff	3.0 V < VDD < 3.6 V	typ 250 · max 1200 ppm/V	49
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 3.55 · max 3.84 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 3.7 · max 4.04 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 3.8 · max 4.33 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.4 · max 2.6 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.55 · max 2.8 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.65 · max 3.09 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.1 · max 2.3 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.25 · max 2.49 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 2.35 · max 2.79 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 1.45 · max 1.65 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 1.55 · max 1.85 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 1.65 · max 2.08 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 0.77 · max 0.85 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 0.87 · max 0.96 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V; peripherals disabled	typ 0.98 · max 1.47 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.425 · max 0.49 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.525 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.63 · max 1.08 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.255 · max 0.3 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.35 · max 0.57 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.46 · max 0.86 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.17 · max 0.21 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.265 · max 0.47 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.37 · max 0.77 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.13 · max 0.16 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.22 · max 0.42 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.33 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.096 · max 0.13 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.19 · max 0.41 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.295 · max 0.71 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.09 · max 0.27 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.18 · max 0.4 mA	51
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.285 · max 0.68 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.75 · max 4.04 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.85 · max 4.14 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.95 · max 4.34 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.4 · max 2.6 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.5 · max 2.7 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.6 · max 2.99 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.45 · max 1.55 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.5 · max 1.69 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.65 · max 2.04 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.955 · max 0.96 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.05 · max 1.3 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.15 · max 1.6 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.71 · max 0.74 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.78 · max 0.97 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.88 · max 1.28 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.585 · max 0.62 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.655 · max 0.86 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.755 · max 1.18 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.525 · max 0.55 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.595 · max 0.79 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.695 · max 1.09 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.495 · max 0.52 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.565 · max 0.76 mA	51
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.665 · max 1.09 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, flash, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.089 · max 0.12 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, flash, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.18 · max 0.4 mA	51
Supply current in Run mode IDD(Run)	LSI, 32 kHz, flash, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.285 · max 0.68 mA	51
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.15 · max 3.46 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.3 · max 3.72 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.4 · max 3.86 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.15 · max 2.36 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.25 · max 2.56 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 32 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.35 · max 2.87 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.65 · max 1.86 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.75 · max 2.06 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 24 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.85 · max 2.27 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.1 · max 1.2 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.2 · max 1.4 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.3 · max 1.7 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.6 · max 0.67 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.7 · max 0.92 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 8 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.805 · max 1.23 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.345 · max 0.4 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.44 · max 0.67 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 4 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.545 · max 0.96 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.215 · max 0.26 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.31 · max 0.53 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.415 · max 0.83 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.15 · max 0.18 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.245 · max 0.46 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 1 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.35 · max 0.76 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.12 · max 0.16 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.21 · max 0.42 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 500 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.315 · max 0.73 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.094 · max 0.12 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.185 · max 0.41 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 125 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.295 · max 0.7 mA	52
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.09 · max 0.13 mA	52
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.18 · max 0.4 mA	52
Supply current in Run mode IDD(Run)	LSE bypass, 32.768 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.285 · max 0.68 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.4 · max 3.66 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.45 · max 3.66 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 48 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 3.55 · max 4.02 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.9 · max 2 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2 · max 2.26 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 24 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 2.1 · max 2.57 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.2 · max 1.3 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.25 · max 1.5 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1.35 · max 1.8 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.83 · max 0.86 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.9 · max 0.97 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 6 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 1 · max 1.41 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.645 · max 0.68 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.715 · max 0.91 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.815 · max 1.2 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.555 · max 0.59 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.625 · max 0.82 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 1.5 MHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.725 · max 1.2 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.51 · max 0.54 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.58 · max 0.78 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 750 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.68 · max 1.1 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.485 · max 0.51 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.555 · max 0.75 mA	52
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 375 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.655 · max 1.09 mA	52
Supply current in Run mode IDD(Run)	LSI, 32 kHz, SRAM, 25 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.088 · max 0.12 mA	52
Supply current in Run mode IDD(Run)	LSI, 32 kHz, SRAM, 85 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.18 · max 0.4 mA	52
Supply current in Run mode IDD(Run)	LSI, 32 kHz, SRAM, 105 °C; typ VDD=3.0 V, max VDD=3.6 V	typ 0.285 · max 0.68 mA	52
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, Reduced code, 25 °C, VDD=3.0 V	typ 3.95 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, Coremark, 25 °C, VDD=3.0 V	typ 3.6 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 3.65 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 2.9 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 1.95 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 3.15 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 2.9 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 2.95 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 3.1 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 48 MHz, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 2.3 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, Reduced code, 25 °C, VDD=3.0 V	typ 1.45 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, Coremark, 25 °C, VDD=3.0 V	typ 1.3 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 1.3 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 1 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 0.7 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 1.1 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 1.05 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 1.05 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 1.1 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 16 MHz, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 0.83 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, Reduced code, 25 °C, VDD=3.0 V	typ 0.255 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, Coremark, 25 °C, VDD=3.0 V	typ 0.235 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 0.235 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 0.2 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 0.16 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 0.215 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 0.205 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 0.205 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 0.21 mA	53
Supply current in Run mode IDD(Run)	HSE bypass, 2 MHz, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 0.18 mA	53
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, flash, Reduced code, 25 °C, VDD=3.0 V	typ 4.15 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, flash, Coremark, 25 °C, VDD=3.0 V	typ 3.8 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 3.85 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 3.15 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 2.15 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 3.4 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 3.15 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 3.15 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 3.3 mA	54
Supply current in Run mode IDD(Run)	HSI48, 48 MHz, HSIDIV=1, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 2.55 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, flash, Reduced code, 25 °C, VDD=3.0 V	typ 1.45 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, flash, Coremark, 25 °C, VDD=3.0 V	typ 1.35 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 1.35 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 1.1 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 0.88 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 1.2 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 1.15 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 1.15 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 1.2 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 12 MHz, HSIDIV=4, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 0.98 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, flash, Reduced code, 25 °C, VDD=3.0 V	typ 0.705 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, flash, Coremark, 25 °C, VDD=3.0 V	typ 0.68 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, flash, Dhrystone, 25 °C, VDD=3.0 V	typ 0.68 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, flash, Fibonacci, 25 °C, VDD=3.0 V	typ 0.625 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, flash, WhileLoop, 25 °C, VDD=3.0 V	typ 0.565 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, SRAM, Reduced code, 25 °C, VDD=3.0 V	typ 0.645 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, SRAM, Coremark, 25 °C, VDD=3.0 V	typ 0.63 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, SRAM, Dhrystone, 25 °C, VDD=3.0 V	typ 0.63 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, SRAM, Fibonacci, 25 °C, VDD=3.0 V	typ 0.64 mA	54
Supply current in Run mode IDD(Run)	HSI48/HSIDIV, 3 MHz, HSIDIV=16, SRAM, WhileLoop, 25 °C, VDD=3.0 V	typ 0.59 mA	54
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 48 MHz, 25 °C	typ 0.74 · max 0.94 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 48 MHz, 85 °C	typ 0.845 · max 1.27 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 48 MHz, 105 °C	typ 0.96 · max 1.58 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 32 MHz, 25 °C	typ 0.52 · max 0.71 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 32 MHz, 85 °C	typ 0.62 · max 0.94 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 32 MHz, 105 °C	typ 0.73 · max 1.28 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 24 MHz, 25 °C	typ 0.41 · max 0.56 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 24 MHz, 85 °C	typ 0.51 · max 0.8 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 24 MHz, 105 °C	typ 0.615 · max 1.18 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 16 MHz, 25 °C	typ 0.305 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 16 MHz, 85 °C	typ 0.4 · max 0.67 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 16 MHz, 105 °C	typ 0.505 · max 0.96 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 8 MHz, 25 °C	typ 0.195 · max 0.27 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 8 MHz, 85 °C	typ 0.29 · max 0.52 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 8 MHz, 105 °C	typ 0.395 · max 0.82 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 4 MHz, 25 °C	typ 0.14 · max 0.2 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 4 MHz, 85 °C	typ 0.23 · max 0.46 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 4 MHz, 105 °C	typ 0.34 · max 0.76 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 2 MHz, 25 °C	typ 0.115 · max 0.16 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 2 MHz, 85 °C	typ 0.205 · max 0.44 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 2 MHz, 105 °C	typ 0.31 · max 0.72 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 1 MHz, 25 °C	typ 0.1 · max 0.14 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 1 MHz, 85 °C	typ 0.19 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 1 MHz, 105 °C	typ 0.3 · max 0.71 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 500 kHz, 25 °C	typ 0.093 · max 0.13 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 500 kHz, 85 °C	typ 0.185 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 500 kHz, 105 °C	typ 0.29 · max 0.7 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 125 kHz, 25 °C	typ 0.088 · max 0.12 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 125 kHz, 85 °C	typ 0.18 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash enabled, 125 kHz, 105 °C	typ 0.285 · max 0.7 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash enabled, 32,768 Hz, 25 °C	typ 0.087 · max 0.13 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash enabled, 32,768 Hz, 85 °C	typ 0.18 · max 0.4 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash enabled, 32,768 Hz, 105 °C	typ 0.285 · max 0.69 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 48 MHz, 25 °C	typ 0.735 · max 0.93 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 48 MHz, 85 °C	typ 0.84 · max 1.27 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 48 MHz, 105 °C	typ 0.955 · max 1.58 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 32 MHz, 25 °C	typ 0.515 · max 0.7 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 32 MHz, 85 °C	typ 0.61 · max 0.92 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 32 MHz, 105 °C	typ 0.725 · max 1.28 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 24 MHz, 25 °C	typ 0.405 · max 0.55 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 24 MHz, 85 °C	typ 0.5 · max 0.79 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 24 MHz, 105 °C	typ 0.61 · max 1.09 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 16 MHz, 25 °C	typ 0.295 · max 0.41 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 16 MHz, 85 °C	typ 0.39 · max 0.66 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 16 MHz, 105 °C	typ 0.5 · max 0.96 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 8 MHz, 25 °C	typ 0.19 · max 0.27 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 8 MHz, 85 °C	typ 0.28 · max 0.52 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 8 MHz, 105 °C	typ 0.39 · max 0.81 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 4 MHz, 25 °C	typ 0.135 · max 0.19 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 4 MHz, 85 °C	typ 0.225 · max 0.45 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 4 MHz, 105 °C	typ 0.335 · max 0.77 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 2 MHz, 25 °C	typ 0.105 · max 0.15 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 2 MHz, 85 °C	typ 0.2 · max 0.43 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 2 MHz, 105 °C	typ 0.305 · max 0.73 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 1 MHz, 25 °C	typ 0.093 · max 0.13 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 1 MHz, 85 °C	typ 0.185 · max 0.42 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 1 MHz, 105 °C	typ 0.29 · max 0.71 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 500 kHz, 25 °C	typ 0.087 · max 0.12 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 500 kHz, 85 °C	typ 0.175 · max 0.38 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 500 kHz, 105 °C	typ 0.285 · max 0.7 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 125 kHz, 25 °C	typ 0.081 · max 0.11 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 125 kHz, 85 °C	typ 0.17 · max 0.37 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSE bypass, flash power-down sleep mode, 125 kHz, 105 °C	typ 0.28 · max 0.69 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash power-down sleep mode, 32,768 Hz, 25 °C	typ 0.08 · max 0.11 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash power-down sleep mode, 32,768 Hz, 85 °C	typ 0.17 · max 0.39 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, LSE bypass, flash power-down sleep mode, 32,768 Hz, 105 °C	typ 0.28 · max 0.69 mA	55
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 48 MHz, 25 °C	typ 0.95 · max 1.15 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 48 MHz, 85 °C	typ 1 · max 1.34 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 48 MHz, 105 °C	typ 1.1 · max 1.63 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 24 MHz, 25 °C	typ 0.705 · max 0.8 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 24 MHz, 85 °C	typ 0.775 · max 1.07 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 24 MHz, 105 °C	typ 0.875 · max 1.37 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 12 MHz, 25 °C	typ 0.585 · max 0.65 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 12 MHz, 85 °C	typ 0.655 · max 0.88 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 12 MHz, 105 °C	typ 0.755 · max 1.18 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 6 MHz, 25 °C	typ 0.525 · max 0.57 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 6 MHz, 85 °C	typ 0.595 · max 0.8 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 6 MHz, 105 °C	typ 0.695 · max 1.09 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 1.5 MHz, 25 °C	typ 0.48 · max 0.52 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 1.5 MHz, 85 °C	typ 0.55 · max 0.75 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 1.5 MHz, 105 °C	typ 0.65 · max 1.1 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 375 kHz, 85 °C	typ 0.535 · max 0.73 mA	56
Supply current in Sleep mode IDD(Sleep)	All peripherals disabled, HSI48/HSIDIV, flash enabled, 375 kHz, 105 °C	typ 0.635 · max 1.09 mA	56
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2 V, 25 °C	typ 83 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2 V, 105 °C	typ 275 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2.4 V, 25 °C	typ 84 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2.4 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=2.4 V, 105 °C	typ 275 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3 V, 25 °C	typ 85.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3 V, 105 °C	typ 280 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3.6 V, 25 °C	typ 87 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3.6 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, VDD=3.6 V, 105 °C	typ 285 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2 V, 25 °C	typ 76.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2 V, 85 °C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2 V, 105 °C	typ 270 · max 640 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2.4 V, 25 °C	typ 77.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2.4 V, 85 °C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=2.4 V, 105 °C	typ 270 · max 640 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3 V, 25 °C	typ 79 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3 V, 105 °C	typ 270 · max 640 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3.6 V, 25 °C	typ 81 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3.6 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	All clocks off, flash power-down stop mode, VDD=3.6 V, 105 °C	typ 275 · max 640 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2 V, 25 °C	typ 83 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2 V, 105 °C	typ 275 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2.4 V, 25 °C	typ 84.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2.4 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=2.4 V, 105 °C	typ 275 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3 V, 25 °C	typ 86 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3 V, 105 °C	typ 280 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3.6 V, 25 °C	typ 87.5 · max 120 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3.6 V, 85 °C	typ 175 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, VDD=3.6 V, 105 °C	typ 285 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2 V, 25 °C	typ 77 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2 V, 85 °C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2 V, 105 °C	typ 270 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2.4 V, 25 °C	typ 78 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2.4 V, 85 °C	typ 165 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=2.4 V, 105 °C	typ 270 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3 V, 25 °C	typ 79.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3 V, 105 °C	typ 270 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3.6 V, 25 °C	typ 81.5 · max 110 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3.6 V, 85 °C	typ 170 · max 360 uA	57
Supply current in Stop mode IDD(Stop)	RTC enabled, LSE bypass 32.768 kHz, flash power-down stop mode, VDD=3.6 V, 105 °C	typ 275 · max 650 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2 V, 25 °C	typ 440 · max 480 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2 V, 85 °C	typ 505 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2 V, 105 °C	typ 600 · max 980 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2.4 V, 25 °C	typ 440 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2.4 V, 85 °C	typ 510 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=2.4 V, 105 °C	typ 605 · max 980 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3 V, 25 °C	typ 445 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3 V, 85 °C	typ 510 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3 V, 105 °C	typ 610 · max 980 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3.6 V, 25 °C	typ 445 · max 490 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3.6 V, 85 °C	typ 515 · max 710 uA	57
Supply current in Stop mode IDD(Stop)	HSI Kernel on, VDD=3.6 V, 105 °C	typ 610 · max 980 uA	57
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2 V, 25 °C	typ 6.7 · max 7.8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2 V, 85 °C	typ 8.1 · max 9.5 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2 V, 105 °C	typ 9.5 · max 12 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2.4 V, 25 °C	typ 6.95 · max 8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2.4 V, 85 °C	typ 8.4 · max 9.8 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=2.4 V, 105 °C	typ 9.9 · max 12.3 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3 V, 25 °C	typ 7.35 · max 8.4 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3 V, 85 °C	typ 8.75 · max 10.2 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3 V, 105 °C	typ 10.5 · max 12.9 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3.6 V, 25 °C	typ 7.8 · max 9.6 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3.6 V, 85 °C	typ 9.6 · max 11.7 uA	58
Supply current in Standby mode IDD(Standby)	All clocks off, VDD=3.6 V, 105 °C	typ 12.1 · max 14.7 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2 V, 25 °C	typ 7.2 · max 8.3 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2 V, 85 °C	typ 8.7 · max 10.2 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2 V, 105 °C	typ 10 · max 12.8 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2.4 V, 25 °C	typ 7.45 · max 8.5 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2.4 V, 85 °C	typ 9 · max 10.3 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=2.4 V, 105 °C	typ 10.43 · max 13.1 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3 V, 25 °C	typ 7.9 · max 9 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3 V, 85 °C	typ 9.45 · max 11 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3 V, 105 °C	typ 11.5 · max 13.8 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3.6 V, 25 °C	typ 8.35 · max 11 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3.6 V, 85 °C	typ 10.45 · max 13.4 uA	58
Supply current in Standby mode IDD(Standby)	IWDG enabled and clocked by LSI, VDD=3.6 V, 105 °C	typ 12.45 · max 16.9 uA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2 V, first 2 V row, 25 °C	typ 14 · max 93 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2 V, first 2 V row, 85 °C	typ 550 · max 1400 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2 V, first 2 V row, 105 °C	typ 1750 · max 4350 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2.4 V, 25 °C	typ 17 · max 95 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2.4 V, 85 °C	typ 620 · max 1450 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=2.4 V, 105 °C	typ 1970 · max 4560 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=3.0 V, 25 °C	typ 25 · max 99 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=3.0 V, 85 °C	typ 770 · max 1600 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD=3.0 V, 105 °C	typ 2390 · max 4900 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD printed as 2 V in final row, 25 °C	typ 39 · max 134 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD printed as 2 V in final row, 85 °C	typ 1060 · max 2020 nA	58
Supply current in Shutdown mode IDD(Shutdown)	All clocks off, VDD printed as 2 V in final row, 105 °C	typ 3290 · max 6150 nA	58
IOPORT bus	Peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 0.1 uA/MHz	60
GPIOA	IOPORT; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 1.5 uA/MHz	60
GPIOB	IOPORT; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 1.5 uA/MHz	60
GPIOC	IOPORT; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 1.5 uA/MHz	60
GPIOD	IOPORT; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 1.5 uA/MHz	60
GPIOF	IOPORT; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 0.7 uA/MHz	60
Bus matrix	Peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 0.3 uA/MHz	60
All AHB peripherals	AHB; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 10.1 uA/MHz	60
DMA1	AHB; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 3.7 uA/MHz	60
FLASH	AHB; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 5.3 uA/MHz	60
SRAM1	AHB; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 0.7 uA/MHz	60
CRC1	AHB; peripheral clocked on versus clocked off; all I/O pins in Analog mode	typ 0.4 uA/MHz	60
Wake-up time from Sleep to Run mode tWUSLEEP	HCLK = HSI48/4 = 12 MHz; transiting to Run-mode execution in flash memory powered during Sleep mode	typ 10 · max 12 CPU clock cycles	62
Wake-up time from Sleep to Run mode tWUSLEEP	HCLK = HSI48/4 = 12 MHz; transiting to Run-mode execution in flash memory not powered during Sleep mode	typ 4.74 · max 5.02 us	62
Wake-up time from Stop mode tWULPSTOP	Clock after wake-up is HCLK = HSI48/4 = 12 MHz; transiting to Run-mode execution in flash memory powered during Stop mode	typ 2.7 · max 3.1 us	62
Wake-up time from Stop mode tWULPSTOP	Clock after wake-up is HCLK = HSI48/4 = 12 MHz; transiting to Run-mode execution in flash memory not powered during Stop mode	typ 5.9 · max 6.4 us	62
Wake-up time from Stop mode tWULPSTOP	Clock after wake-up is HCLK = HSI48/4 = 12 MHz; transiting to Run-mode execution in SRAM	typ 2.5 · max 2.9 us	62
Wake-up time from Standby mode tWUSTBY	Clock after wake-up is HCLK = HSI48/4 = 12 MHz; transiting to Run mode	typ 23 · max 35 us	62
Wake-up time from Shutdown mode tWUSHDN	Clock after wake-up is HCLK = HSI48/4 = 12 MHz; transiting to Run mode	typ 385 · max 466 us	62
User external clock source frequency fHSE_ext	-	typ 8 · max 48 MHz	62
Digital OSC_IN high or low time tw(HSEH)/tw(HSEL)	-	min 7 ns	62
Oscillator frequency fOSC_IN	-	min 4 · max 48 MHz	64
Feedback resistor RF	-	typ 200 kΩ	64
HSE current consumption IDD(HSE)	During startup; occurs during the first 2/3 of the tSU(HSE) startup time	max 13 mA	64
HSE current consumption IDD(HSE)	VDD = 3 V, Rm = 30 Ω, CL = 10 pF@8 MHz	typ 0.62 mA	64
HSE current consumption IDD(HSE)	VDD = 3 V, Rm = 45 Ω, CL = 10 pF@8 MHz	typ 0.67 mA	64
HSE current consumption IDD(HSE)	VDD = 3 V, Rm = 30 Ω, CL = 5 pF@48 MHz	typ 1.15 mA	64
HSE current consumption IDD(HSE)	VDD = 3 V, Rm = 30 Ω, CL = 10 pF@48 MHz	typ 1.75 mA	64
HSE current consumption IDD(HSE)	VDD = 3 V, Rm = 30 Ω, CL = 20 pF@48 MHz	typ 5 mA	64
Maximum critical crystal transconductance Gm	Startup	max 1.5 mA/V	64
Startup time tSU(HSE)	VDD is stabilized	typ 2 ms	64
LSE current consumption IDD(LSE)	LSEDRV = 0; Medium high drive capability	typ 500 nA	65
LSE current consumption IDD(LSE)	LSEDRV = 1; High drive capability	typ 630 nA	65
Maximum critical crystal gm Gmcritmax	LSEDRV = 0; Medium high drive capability	max 1.7 uA/V	65
Maximum critical crystal gm Gmcritmax	LSEDRV = 1; High drive capability	max 2.7 uA/V	65
Startup time tSU(LSE)	VDD is stabilized	typ 2 s	65
HSI48 Frequency fHSI48	VDD=3.0 V, TA=30 °C	min 47.92 · max 48.4 MHz	66
HSI48 oscillator frequency drift over temperature and VDD full voltage range ∆Temp(HSI)	TA= 0 to 85 °C	min -1 · max 1 %	66
HSI48 oscillator frequency drift over temperature and VDD full voltage range ∆Temp(HSI)	TA= -40 to 125 °C	min -2.5 · max 2 %	66
HSI48 oscillator frequency user trimming step TRIM	From code 127 to 128	min -8 · typ -6 · max -4 %	66
HSI48 oscillator frequency user trimming step TRIM	From code 63 to 64; From code 191 to 192	min -5.8 · typ -3.8 · max -1.8 %	66
HSI48 oscillator frequency user trimming step TRIM	For all other code increments	min 0.2 · typ 0.3 · max 0.4 %	66
Duty cycle DHSI48	-	min 45 · max 55 %	66
HSI48 oscillator start-up time tsu(HSI48)	-	typ 1.4 · max 1.8 us	66
HSI48 oscillator stabilization time tstab(HSI48)	at 1% of target frequency	typ 1.5 · max 3.6 us	66
HSI48 oscillator power consumption IDD(HSI48)	-	typ 525 · max 570 uA	66
Electrostatic discharge voltage (human body model) VESD(HBM)	TA = +25 °C, conforming to ANSI/ESDA/JEDEC JS-001; Class 2	max 2000 V	71
Electrostatic discharge voltage (charge device model) VESD(CDM)	TA = +25 °C, conforming to ANSI/ESDA/JEDEC JS-002; Class C2a	max 500 V	71
Output low level voltage VOL	CMOS port; \|IIO\| = 8 mA; VDDIO1 ≥ 2.7 V	max 0.4 V	74
Output low level voltage VOL	TTL port; \|IIO\| = 8 mA; VDDIO1 ≥ 2.7 V	max 0.4 V	74
Output high level voltage VOH	TTL port; \|IIO\| = 8 mA; VDDIO1 ≥ 2.7 V	min 2.4 V	74
Output low level voltage VOL	All I/Os; \|IIO\| = 20 mA; VDDIO1 ≥ 2.7 V	max 1.3 V	74
Output low level voltage VOL	\|IIO\| = 4 mA; VDDIO1 ≥ 2.0 V	max 0.45 V	74
Output low level voltage for an FT I/O pin in FM+ mode VOLFM+	\|IIO\| = 20 mA; VDDIO1 ≥ 2.7 V	max 0.4 V	74
Output low level voltage for an FT I/O pin in FM+ mode VOLFM+	\|IIO\| = 10 mA; VDDIO1 ≥ 2.0 V	max 0.4 V	74
Output rise and fall time Tr/Tf	Speed 00; C=50 pF,2.7 V ≤ VDDIO1 ≤ 3.6 V	max 100 ns	74
Output rise and fall time Tr/Tf	Speed 00; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 225 ns	74
Output rise and fall time Tr/Tf	Speed 00; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 75 ns	74
Output rise and fall time Tr/Tf	Speed 00; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 150 ns	74
Maximum frequency Fmax	Speed 01; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 10 MHz	75
Maximum frequency Fmax	Speed 01; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 2 MHz	75
Maximum frequency Fmax	Speed 01; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 15 MHz	75
Maximum frequency Fmax	Speed 01; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 2.5 MHz	75
Output rise and fall time Tr/Tf	Speed 01; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 30 ns	75
Output rise and fall time Tr/Tf	Speed 01; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 60 ns	75
Output rise and fall time Tr/Tf	Speed 01; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 15 ns	75
Output rise and fall time Tr/Tf	Speed 01; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 30 ns	75
Maximum frequency Fmax	Speed 10; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 30 MHz	75
Maximum frequency Fmax	Speed 10; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 15 MHz	75
Maximum frequency Fmax	Speed 10; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V; I/O capability, maximum system frequency limited to 48 MHz	max 60 MHz	75
Maximum frequency Fmax	Speed 10; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 30 MHz	75
Output rise and fall time Tr/Tf	Speed 10; C=50 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 11 ns	75
Output rise and fall time Tr/Tf	Speed 10; C=50 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 22 ns	75
Output rise and fall time Tr/Tf	Speed 10; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 4 ns	75
Output rise and fall time Tr/Tf	Speed 10; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 8 ns	75
Maximum frequency Fmax	Speed 11; C=30 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V; I/O capability, maximum system frequency limited to 48 MHz	max 60 MHz	75
Maximum frequency Fmax	Speed 11; C=30 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 30 MHz	75
Maximum frequency Fmax	Speed 11; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V; I/O capability, maximum system frequency limited to 48 MHz	max 80 MHz	75
Maximum frequency Fmax	Speed 11; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 40 MHz	75
Output rise and fall time Tr/Tf	Speed 11; C=30 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 5.5 ns	75
Output rise and fall time Tr/Tf	Speed 11; C=30 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 11 ns	75
Output rise and fall time Tr/Tf	Speed 11; C=10 pF, 2.7 V ≤ VDDIO1 ≤ 3.6 V	max 2.5 ns	75
Output rise and fall time Tr/Tf	Speed 11; C=10 pF, 2.0 V ≤ VDDIO1 ≤ 2.7 V	max 5 ns	75
NRST Schmitt trigger voltage hysteresis Vhys(NRST)	-	typ 200 mV	76
Weak pull-up equivalent resistor RPU	VIN = VSS	min 25 · typ 40 · max 55 kΩ	76
NRST input filtered pulse VF(NRST)	2.0 V < VDD < 3.6 V	max 70 ns	76
NRST input not filtered pulse VNF(NRST)	2.0 V < VDD < 3.6 V	min 350 ns	76
ADC consumption from VREF+ IDDV(ADC)	fs = 2.5 MSps	typ 65 uA	79
ADC consumption from VREF+ IDDV(ADC)	fs = 1 MSps	typ 26 uA	79
ADC consumption from VREF+ IDDV(ADC)	fs = 10 kSps	typ 0.26 uA	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 1.5; sampling time: 43 ns	max 50 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 3.5; sampling time: 100 ns	max 680 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 7.5; sampling time: 214 ns	max 2200 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 12.5; sampling time: 357 ns	max 4700 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 19.5; sampling time: 557 ns	max 8200 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 39.5; sampling time: 1129 ns	max 15000 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 79.5; sampling time: 2271 ns	max 33000 Ω	79
Max. RAIN RAIN	12 bits; sampling cycle at 35 MHz: 160.5; sampling time: 4586 ns	max 50000 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 1.5; sampling time: 43 ns	max 68 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 3.5; sampling time: 100 ns	max 820 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 7.5; sampling time: 214 ns	max 3300 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 12.5; sampling time: 357 ns	max 5600 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 19.5; sampling time: 557 ns	max 10000 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 39.5; sampling time: 1129 ns	max 22000 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 79.5; sampling time: 2271 ns	max 39000 Ω	79
Max. RAIN RAIN	10 bits; sampling cycle at 35 MHz: 160.5; sampling time: 4586 ns	max 50000 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 1.5; sampling time: 43 ns	max 82 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 3.5; sampling time: 100 ns	max 1500 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 7.5; sampling time: 214 ns	max 3900 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 12.5; sampling time: 357 ns	max 6800 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 19.5; sampling time: 557 ns	max 12000 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 39.5; sampling time: 1129 ns	max 27000 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 79.5; sampling time: 2271 ns	max 50000 Ω	79
Max. RAIN RAIN	8 bits; sampling cycle at 35 MHz: 160.5; sampling time: 4586 ns	max 50000 Ω	79
Thermal resistance junction-case ΘJC	UFQFPN28	typ 25.4 °C/W	119

Pins, by the datasheet

3 VDD: Supply pin. · p. 34
4 VSS: Ground supply pin. · p. 34
5 PF2-NRST: Reset with embedded weak pull-up or GPIO; MCO and TIM1_CH4. · p. 34
6 PA0: GPIO with analog switch; ADC_IN0, WKUP1, SPI2_SCK, USART2 CTS/NSS, USART1_TX, USART4_TX, TIM16_CH1, TIM2 ETR/CH1 and TIM1_CH1. · p. 34
7 PA1: GPIO with analog switch; ADC_IN1, SPI1_SCK/I2S1_CK, USART2 RTS/DE/CK, USART1_RX, USART4_RX, TIM17_CH1, TIM2_CH2, TIM1_CH2, TIM15_CH1N, I2C1_SMBA and EVENTOUT. · p. 34
8 PA2: GPIO with analog switch; ADC_IN2, WKUP4, LSCO, SPI1_MOSI/I2S1_SD, USART2_TX, TIM16_CH1N, TIM3_ETR, TIM1_CH3, TIM2_CH3 and TIM15_CH1. · p. 34
9 PA3: GPIO with analog switch; ADC_IN3, SPI2_MISO, USART2_RX, TIM1_CH1N, TIM2_CH4, TIM1_CH4, TIM15_CH2 and EVENTOUT. · p. 34
10 PA4: GPIO with analog switch; ADC_IN4, RTC_TS, RTC_OUT1, WKUP2, SPI1_NSS/I2S1_WS, USART2_TX, TIM1_CH2N, SPI2_MOSI, TIM14_CH1, TIM17_CH1N and EVENTOUT. · p. 34
11 PA5: GPIO with analog switch; ADC_IN5, SPI1_SCK/I2S1_CK, USART2_RX, USART3_TX, TIM1_CH3N, TIM2 ETR/CH1, TIM1_CH1 and EVENTOUT. · p. 34
12 PA6: Fm+ capable GPIO with analog switch; ADC_IN6, SPI1_MISO/I2S1_MCK, TIM3_CH1, TIM1_BKIN, USART3 CTS/NSS, TIM16_CH1 and I2C2_SDA. · p. 35
13 PA7: Fm+ capable GPIO with analog switch; ADC_IN7, SPI1_MOSI/I2S1_SD, TIM3_CH2, TIM1_CH1N, TIM14_CH1, TIM17_CH1 and I2C2_SCL. · p. 35
14 PB0: GPIO with analog switch; ADC_IN17, SPI1_NSS/I2S1_WS, TIM3_CH3, TIM1_CH2N, FDCAN1_RX and USART3_RX. · p. 35
15 PB1: GPIO with analog switch; ADC_IN18, TIM14_CH1, TIM3_CH4, TIM1_CH3N, FDCAN1_TX, USART3 RTS/DE/CK, TIM1_CH2N and EVENTOUT. · p. 35
16 PA8: GPIO with analog switch; ADC_IN8, MCO/MCO2, USART2_TX, USART1_RX, TIM1_CH1/CH2N/CH3N, SPI2_NSS/MISO, SPI1_NSS/I2S1_WS, TIM3_CH3/CH4, TIM14_CH1 and EVENTOUT. · p. 35
17 PC6: 5 V tolerant GPIO; TIM3_CH1 and TIM2_CH3. · p. 35
18 PA11 [PA9]: Fm+ capable GPIO; SPI1_MISO/I2S1_MCK, USART1 CTS/NSS, TIM1_CH4, FDCAN1_RX, TIM1_BKIN2 and I2C2_SCL; PA9 can replace PA11 through remapping. · p. 36
19 PA12 [PA10]: Fm+ capable GPIO; SPI1_MOSI/I2S1_SD, USART1 RTS/DE/CK, TIM1_ETR, FDCAN1_TX, I2S_CKIN and I2C2_SDA; PA10 can replace PA12 through remapping. · p. 36
20 PA13: GPIO with analog switch; SWDIO at reset with internal pull-up; ADC_IN13, IR_OUT, TIM3_ETR, USART2_RX and EVENTOUT. · p. 36
21 PA14-BOOT0: GPIO with analog switch; SWCLK at reset with internal pull-down; BOOT0, ADC_IN14, USART2 TX/RX, SPI1_NSS/I2S1_WS, TIM1_CH1, MCO2, USART1 RTS/DE/CK and EVENTOUT. · p. 36
22 PA15: 5 V tolerant GPIO; SPI1_NSS/I2S1_WS, USART2_RX, TIM1_CH1, MCO2, USART1/3/4 RTS/DE/CK, TIM2 CH1/ETR and EVENTOUT. · p. 36
23 PB3: Fm+ capable GPIO; SPI1_SCK/I2S1_CK, TIM1_CH2, TIM3_CH2, USART1 RTS/DE/CK, I2C2_SCL, TIM2_CH2 and EVENTOUT. · p. 37
24 PB4: Fm+ capable GPIO; SPI1_MISO/I2S1_MCK, TIM3_CH1, USART1 CTS/NSS, TIM17_BKIN, I2C2_SDA and EVENTOUT. · p. 37
25 PB5: 5 V tolerant GPIO; WKUP6, SPI1_MOSI/I2S1_SD, TIM3_CH2/CH3, TIM16_BKIN, FDCAN1_RX and I2C1_SMBA. · p. 37
26 PB6: Fm+ capable GPIO; WKUP3, USART1_TX/CTS/NSS, TIM1_CH3/CH2, TIM16_CH1N/BKIN, TIM3_CH1/CH2/CH3, SPI2_MISO, SPI1 MOSI/MISO/SCK with I2S functions, I2C1_SCL/SMBA and FDCAN1_TX. · p. 37
27 PB7: Fm+ capable GPIO; RTC_REFIN, USART1_RX, TIM1_CH4, TIM17_CH1N, TIM3_CH4/CH1, SPI2_MOSI, USART4 CTS/NSS, USART2 CTS/NSS, I2C1_SDA/SCL, TIM16_CH1 and EVENTOUT. · p. 37
28 PB8: Fm+ capable GPIO; USART3_TX, USART2 CTS/NSS, TIM16_CH1, TIM3_CH1, SPI2_SCK, TIM15_BKIN, I2C1_SCL, FDCAN1_RX and EVENTOUT. · p. 37

Parameters

CPU Core: ARM Cortex-M0+
CPU Maximum Speed: 48MHz
Core Size: 32 Bit
Current - Supply: 3.75mA
Current - Supply(Max): 4.34mA
Features: Window watchdog (WWDG)
Junction Temperature(Max): 105℃
Number of I/O: 26
Operating Temperature: -40℃~+85℃
Oscillator Type: Built-in
Output Current per Pin(Max): 20mA
Program Memory Type: FLASH
Program Storage Size: 256KB
RAM Size: 30KB
Standby Current: 25nA
Thermal Resistance(Junction to Ambient): 57.2℃/W
Thermal Resistance(Junction to Board): 22.2℃/W
Thermal Resistance(Junction to Case): 25.4℃/W
Voltage - Supply: 2V~3.6V
Voltage - Supply(Absolute Max): 4V

Order codes

STM32C092GCU6LCSC C44847705

Pinout

The pins of the STM32C092GCU6
Pin	Name	Type
1	PC14	Input/output
2	PC15	Input/output
3	VDD	Power in
4	VSS	Power in
5	PF2	Input/output
6	PA0	Input/output
7	PA1	Input/output
8	PA2	Input/output
9	PA3	Input/output
10	PA4	Input/output
11	PA5	Input/output
12	PA6	Input/output
13	PA7	Input/output
14	PB0	Input/output
15	PB1	Input/output
16	PA8	Input/output
17	PC6	Input/output
18	PA11	Input/output
19	PA12	Input/output
20	PA13	Input/output
21	PA14	Input/output
22	PA15	Input/output
23	PB3	Input/output
24	PB4	Input/output
25	PB5	Input/output
26	PB6	Input/output
27	PB7	Input/output
28	PB8	Input/output

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Questions

Is there a KiCad symbol and footprint for the STM32C092GCU6?