TLE42994GMV33 datasheet(22/33 Pages) INFINEON

Part #	TLE42994GMV33

Description	Extreme Low Current Consumption In ON State

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Manufacturer	INFINEON [Infineon Technologies AG]

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Data Sheet

22

Rev. 1.1, 2014-07-03

TLE42994V33

Block Description and Electrical Characteristics

Table 7

Electrical Characteristics Reset Function

V

I = 13.5V, -40°C ≤ Tj ≤ 150 °C, all voltages with respect to ground, positive current flowing into pin (unless

otherwise specified)

Parameter

Symbol

Values

Unit

Note / Test Condition

Number

Min.

Typ.

Max.

Output Undervoltage Reset

Default Output Undervoltage Reset

Switching Thresholds

V

RT

3.00

3.10

3.20

V

Q decreasing

P_5.6.1

Output Undervoltage Reset

Headroom

V

RH

50

200

300

mV

–

P_5.6.2

Output Undervoltage Reset Threshold Adjustment

Reset Adjust

Switching Threshold

V

RADJ,th

1.26

1.36

1.44

V

Q > 2.5 V

P_5.6.3

Reset Adjustment Range1)

1)

V

RT is scaled linearly, in case the Reset Switching Threshold is modified

V

RT,range

2.50

–

3.10

V

–

P_5.6.4

Reset Output RO

Reset Output Low Voltage

V

RO,low

–0.1

0.4

V

1 V ≤

V

Q ≤ VRT

no external

R

RO,ext

P_5.6.5

Reset Output Internal

Pull-up Resistor to

V

Q

R

RO

10

20

40

kΩ

–P_5.6.6

Optional Reset Output External

Pull-up Resistor to

V

Q

R

RO,ext

5.6

–

kΩ

1V ≤

V

Q ≤ VQ ;

V

RT ≤ 0.4 V

P_5.6.7

Reset Delay Timing

Delay Pin Output Voltage

V

D

––

5V

–

P_5.6.8

Power On Reset Delay Time

t

rd

36

51

60

ms

C

D = 100 nF

Calculated Value:

t

rd = CD * VDU / ID,ch

P_5.6.9

Upper Delay

Switching Threshold

V

DU

–

1.85

–

V

–

P_5.6.10

Lower Delay

Switching Threshold

V

DL

–

0.50

–

V

–

P_5.6.11

Delay Capacitor

Charge Current

I

D,ch

–3.5

–µA

V

D = 1 V

P_5.6.12

Delay Capacitor

Reset Discharge Current

I

D,dch

–

70

–

mA

V

D = 1 V

P_5.6.13

Delay Capacitor

Discharge Time

t

rr, d

–

1.7

3.0

µs

Calculated Value:

t

rr, d = CD*(VDU - VDL)/

I

D,dch

C

D = 100 nF

P_5.6.14

Internal Reset Reaction Time

t

rr, int

–20

25

µs

C

D = 0 nF

2)

2) parameter not subject to production test; specified by design

P_5.6.15

Reset Reaction Time

t

rr, total

–

21.7

28

µs

Calculated Value:

t

rr, total = trr, int + trr,d

C

D = 100 nF

P_5.6.16

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