TLE8250G datasheet(14/23 Pages) INFINEON

Part #	TLE8250G

Description	High Speed CAN-Transceiver

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Manufacturer	INFINEON [Infineon Technologies AG]

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14 / 23 page

Data Sheet

14

Rev. 1.0, 2010-06-02

TLE8250G

Electrical Characteristics

7

Electrical Characteristics

7.1

Functional Device Characteristics

Table 6

Electrical Characteristics

4.75 V <

V

CC < 5.25 V; RL = 60 Ω; Tj = -40 °C to +150 °C; all voltages with respect to ground; positive current

flowing into pin; unless otherwise specified.

Pos. Parameter

Symbol

Limit Values

Unit Remarks

Min.

Typ.

Max.

Current Consumption

7.1.1 Current consumption

ICC

–

6

10

mA

“Recessive” state;

VTxD = VCC

7.1.2 Current consumption

ICC

–

45

70

mA

“Dominant” state;

VTxD = 0 V

7.1.3 Current consumption

ICC(ROM)

–

6

10

mA

Receive-Only mode

NRM = “Low”

7.1.4 Current consumption

ICC(STB)

–7

15

µA

Stand-By mode;

TxD = NRM = “High”

Supply Resets

7.1.5

V

CC under-voltage monitor

V

CC(UV)

1.3

3.2

4.3

V

–

7.1.6

V

CC under-voltage monitor

hysteresis

V

CC(UV,H)

–

200

–

mV

1)

7.1.7

V

CC under-voltage blanking

time

t

blank(UV)

–15

–

µs

1)

Receiver Output: RxD

7.1.8 HIGH level output current

IRD,H

–-4

-2

mA

VRxD = 0.8 × VCC

VDIFF < 0.5 V

7.1.9 LOW level output current

IRD,L

24

–

mA

VRxD = 0.2 × VCC

VDIFF > 0.9 V

Transmission Input: TxD

7.1.10 HIGH level input voltage

threshold

VTD,H

–0.5

×

V

CC

0.7

×

V

CC

V

“Recessive” state

7.1.11 LOW level input voltage

threshold

VTD,L

0.3

×

V

CC

0.4

×

V

CC

–

V

“Dominant” state

7.1.12 TxD pull-up resistance

RTD

10

25

50

k

Ω

–

7.1.13 TxD input hysteresis

VHYS(TxD)

–

200

–

mV

1)

7.1.14 TxD permanent dominant

disable time

tTxD

0.3

–

1.0

ms

–

Not Enable Input NEN

7.1.15 HIGH level input voltage

threshold

V

NEN,H

–0.5

×

V

CC

0.7

×

V

CC

V

Stand-By mode;

7.1.16 LOW level input voltage

threshold

V

NEN,L

0.3

×

V

CC

0.4

×

V

CC

–

V

Normal Operation mode;

7.1.17 NEN pull-up resistance

R

NEN

10

25

50

k

Ω

–

7.1.18 NEN input hysteresis

VHYS(NEN) –

200

–

mV

1)

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