MC33389DDW datasheet(6/35 Pages) MOTOROLA

Part #	MC33389DDW

Description	System Basis Chip with Low Speed Fault Tolerant CAN

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Manufacturer	MOTOROLA [Motorola, Inc]

Direct Link	http://www.freescale.com

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6 / 35 page

MC33389

MOTOROLA

6

MC33389

CANH Pull Down Current

Icanlpd

45

75

90

µA

BusNormal Mode

Receiver Differential Input

Impedance CANH / CANL

Rdiff

100

180

k

Ω

Differential Receiver Common

Mode Voltage Range

Vcom

-8

8

V

RTH, RTL Pins

RTL to V2 Switch on Resistance

Rrtl

10

25

70

Ω

Iout<-10mA, BusNormal

Operating Mode

RTL to BAT Switch Series Resistance

Rrtl

812.5

20

k

Ω

BusStandby Mode

RTH to Ground Switch on Resistance

Rrth

25

70

Ω

Iout<10mA, All Mode

THERMAL SHUTDOWN

Shutdown Temperature

Tsd

165

°C

AC CHARACTERISTICS

CANL and CANH Slew Rates, Ris-

ing or Falling Edges, Tx from

Recessive to Dominant State

3.5

5

10

V/

µs

Cload=10nF, 133Ω

Termination Resistors

CANL and CANH Slew Rates, Ris-

ing or Falling Edges, Tx from Domi-

nant to Recessive State

23.5

10

V/

µs

Cload=10nF, 133Ω

Termination Resistors

Propagation Delay TX to RX Low

Tdh

1.2

2

µs

Cload=10nF, 133Ω

Termination Resistors

Propagation Delay TX to RX High

Tdl

23

µs

Cload=10nF, 133Ω

Termination Resistors

Min. Dominant Time for Wake-up

on CANL or CANH

Twake

440

µs

BusStandby Mode,

Vbat=12V

Failure 3 Detection Time

10

60

µs

BusNormal Mode

Failure 3 Recovery Time

10

60

µs

BusNormal Mode

Failure 6 Detection Time

50

400

µs

BusNormal Mode

Failure 6 Recovery Time

150

1000

µs

BusNormal Mode

Failure 4, 7, 8 Detection Time

0.75

4

ms

BusNormal Mode

Failure 4, 7, 8 Recovery Time

10

60

µs

BusNormal Mode

Failure 3, 4, 7 Detection Time

0.8

8

ms

BusStandby Mode, Vbat=12V

Failure 3, 4, 7 Recovery Time

2.5

ms

BusStandby Mode,Vbat=12V

Edge Count Difference Between

CANH and CANL for

Failures 1, 2, 5 Detection

3

BusNormal Mode

Edge Count Difference Between

CANH and CANL for

Failures 1, 2, 5 Recovery

3

BusNormal Mode

Parameter

Symbol

Min

Typ

Max

Unit

Test Conditions

Freescale Semiconductor, Inc.

For More Information On This Product,

Go to: www.freescale.com

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