TLE9250XLE datasheet(19/29 Pages) INFINEON

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Data Sheet

Rev. 1.0

2017-08-09

HS CAN Transceiver

High Speed CAN Transceiver

Electrical characteristics

9.1

Functional device characteristics

Table 6

Electrical characteristics

4.5 V < VCC <5.5 V; 3.0 V < VIO <5.5 V; RL =60 Ω; -40 °C < Tj < 150 °C; all voltages with respect to ground; positive

current flowing into pin; unless otherwise specified.

Parameter

Symbol

Values

Unit Note or

Test Condition

Number

Min. Typ. Max.

Current Consumption

Current consumption at VCC

Normal-operating,

“recessive” state

ICC_R

–

24mA

VTxD = VIO, VRM =0V;

P_9.1.1

Current consumption at VCC

Normal-operating mode,

“dominant” state

ICC_D

–

3860mA

VTxD = VRM =0 V;

P_9.1.2

Current consumption at VIO

Normal-operating mode

IIO

––1.5

VRM =0 V;

VDiff = 0V; VTxD = VIO;

P_9.1.3

Current consumption at VCC

Receive-only mode

ICC(ROM)

1mA

VRM = VIO

VCC,UV < VCC <5.5V;

P_9.1.8

Current consumption at VIO

Receive-only mode

IIO(ROM)

0.8

1.5

VRM = VIO

VCC,UV< VCC<5.5V;

P_9.1.9

Current consumption at VCC

Forced-receive-only mode

ICC(FROM)

––1

VTxD = VRM = 0V;

0V< VCC< VCC(UV,F);

VDiff = 0V;

P_9.1.10

Current consumption at VIO

Forced-receive-only mode

IIO(FROM)

–0.8

1.5

VTxD = VRM = 0 V;

0V< VCC< VCC(UV,F); VDiff

= 0V;

P_9.1.11

Supply resets

VCC undervoltage monitor

rising edge

VCC(UV,R)

3.8

4.35

4.5

–

P_9.1.12

VCC undervoltage monitor

falling edge

VCC(UV,F)

3.8

4.25

4.5

–

P_9.1.13

VCC undervoltage monitor

hysteresis

VCC(UV,H)

–

100

–

P_9.1.14

VIO undervoltage monitor

rising edge

VIO(UV,R)

2.0

2.55

3.0

–

P_9.1.15

VIO undervoltage monitor

falling edge

VIO(UV,F)

2.0

2.4

3.0

–

P_9.1.16

VIO undervoltage monitor

hysteresis

VIO(UV,H)

–

150

–

P_9.1.17

VCC undervoltage delay time

tDelay(UV)

–

100

µs

1) (see Figure 9);

P_9.1.18

VIO delay time power-up

tPON

–

280

µs

1) (see Figure 6);

P_9.1.19

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