TLE7250GVIO_15 datasheet(15/23 Pages) INFINEON

Part #	TLE7250GVIO

Description	High Speed CAN Transceiver

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Manufacturer	INFINEON [Infineon Technologies AG]

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TLE7250GVIO

Electrical Characteristics

Data Sheet

15

Rev. 1.1, 2014-04-23

7

Electrical Characteristics

7.1

Functional Device Characteristics

Table 6

Electrical Characteristics

4.5 V <

V

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

positive current flowing into the pin; unless otherwise specified.

Pos. Parameter

Symbol

Limit Values

Unit Remarks

Min.

Typ.

Max.

Current Consumption

7.1.1 Current consumption at

V

CC

I

CC

–

2

6

mA

“recessive” state;

V

TxD = VIO

7.1.2 Current consumption at

V

CC

I

CC

–

35

60

mA

“dominant” state;

V

TxD = “low”

7.1.3 Current consumption at

V

IO

I

IO

–

0.2

1

mA

normal-operating mode;

NEN = “low”

7.1.4 Current consumption

stand-by mode

I

CC(STB)

–4

15

μA

V

CC =VIO =5V,

TxD =

V

IO, NEN = VIO

7.1.5 Current consumption

stand-by mode

I

IO(STB)

–2

10

μA

V

CC =VIO =5V,

TxD =

V

IO, NEN = VIO

Supply Reset

7.1.6

V

CC undervoltage monitor

V

CC(UV)

1.3

3.2

4.3

V

–

7.1.7

V

CC undervoltage monitor

hysteresis

V

CC(UV,H)

–

400

–

mV

1)

7.1.8

V

IO undervoltage monitor

V

IO(UV)

1.0

2.4

3.0

V

–

7.1.9

V

IO undervoltage monitor

hysteresis

V

IO(UV,H)

–

200

–

mV

1)

7.1.10

V

CC and VIO undervoltage

delay time

t

Delay(UV)

––

50

μs

1) (see Figure 6)

Receiver Output: RxD

7.1.11 “High” level output current

I

RD,H

–-4

-2

mA

V

RxD = VIO -0.4 V,

V

DIFF <0.5 V

7.1.12 “Low” level output current

I

RD,L

24

–

mA

VRxD =0.4 V,

V

DIFF > 0.9 V

Transmission Input: TxD

7.1.13 “High” level input voltage

threshold

V

TD,H

–0.5

×

V

IO

0.7

×

V

IO

V

“recessive” state

7.1.14 “Low” level input voltage

threshold

V

TD,L

0.3

×

V

IO

0.4

×

V

IO

–

V

“dominant” state

7.1.15 TxD pull-up resistance

R

TD

10

25

50

k

Ω

–

7.1.16 TxD input hysteresis

V

HYS(TxD)

–

800

–

mV

1)

7.1.17 TxD permanent “dominant”

disable time

t

TxD

0.3

–

1.0

ms

–

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