ST92250JDV2QB View Datasheet(PDF) - STMicroelectronics

Part Name

Description

Manufacturer

ST92250JDV2QB

8/16-BIT SINGLE VOLTAGE FLASH MCU FAMILY WITH RAM, E³ ™ (EMULATED EEPROM), CAN 2.0B AND J1850 BLPD

STMicroelectronics 

ST92F124/F150/F250 - ELECTRICAL CHARACTERISTICS

AC ELECTRICAL CHARACTERISTICS

(VDD = 5 V ± 10%, TA = –40° C to +125° C for Max values and 25°C for Typ values, unless otherwise

specified)

Symbol

IDDRUN

∆IDD1

∆IDD2

IDDWFI

∆IDD3

IDDLPR

IDDOSC

IDDLPWFI

IDDRTC

IDDHALT

IDDSTOP

IDDTR

Parameter

Run Mode Current

FLASH/E3 TM

Supply Current

(Read) (2)

FLASH/E3 TM

Supply Current

(Write/Erase) (2)

Typical application

Run Mode Current

Conditions

CPU running with code execution

from RAM memory, all peripherals

in reset state, clock input (OSCIN)

driven by external square wave.

f INTCLK in [MHz].

CPU running with code execution

from FLASH memory, all peripher-

als running in a typical configura-

tion, clock input (OSCIN) driven by

a 4-MHz crystal =

IDDRUN + ∆IDD1 + IDD Peripherals

(Timers, CAN, etc)

WFI Mode Current

FLASH/E3 TM

Supply Current

(Stand-by) (4)

Main Voltage Regu-

lator Power

Consumption

Crystal Oscillator

Power Consump-

tion

Low Power WFI

Mode Current

RTC Mode Current

HALT Mode Cur-

rent(3)

STOP Mode Cur-

rent (3)

Input Transient

Current (5)

IDD

f INTCLK in [MHz].

FLASH/E3 TM in Stand-by Mode,

Main Voltage Regulator ON, IDDL-

PR + IDDOSC + IDD (Standard Timer in

real time clock mode)

FLASH/E3 TM in Power-Down

Mode, Main Voltage Regulator

OFF, Standard Timer in Real Time

Clock mode

All I/O ports are configured in out-

put push-pull mode with no DC

load

INTCLK

24 MHz

any

frequency

-

-

24 MHz

24 MHz

any

frequency

-

-

4MHz / 32

4MHz / 32

-

-

Typ (1)

45

2.5 +

1.8xfINTCLK/MHz

2

12

50

14

20

300

200

550

250

5

see Figure 159 (3)

300

Max

60

22

0.9xfINTCLK/MHz(3)

1000

25

Unit

mA

mA

mA

mA

mA

mA

mA

µA

µA

µA

µA

µA

µA

µA

µA

Note:

All I/O Ports are configured in bidirectional weak pull-up mode with no DC load, unless otherwise specified, external clock is driven by a

square wave.

(1) Unless otherwise stated, typical data are based on VDD= 5V. They are only reported for design guide lines not tested in production.

(2) Current consumption to be added to IDDRUN when the FLASH memory is accessed.

(3) Value guaranteed by product characterization, not tested in production.

(4) Current consumption to be added to IDDLPWFI when the FLASH memory is in stand-by mode.

(5) The I/Os draw a transient current from VDD when an input takes a voltage level in between VSS and VDD. This current is 0 for VIN<0.3V

or VIN>VDD-0.3V, it typically reaches its maximum value when VIN is approximatively at VDD/2.

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