NCN6004AFTBR2 Datasheet NCN6004AFTBR2, NCN6004AFTBR2G | P10-P12

NCN6004A

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10

POWER SUPPLY SECTION General test conditions, unless otherwise specified: Operating temperature: −25°C < T

A

< +85°C,

V

CC

= +3.0 V, CRD_VCC_A = CRD_VCC_B = +5.0 V.

Rating Symbol Pin Min Typ Max Unit

I

out

= 2 x 65 mA (both external cards running simultaneously)

@ 3.0 V < V

CC

< 5.5 V

CRD_VCC 29, 32

4.6 − 5.4

V

I

out

= 2 x 55 mA per pin (both external cards running)

V

out

defined @ CRD_VCC = 3.0 V @ 3.0 V < V

CC

< 5.5 V

CRD_VCC 29, 32

2.7 − 3.3

V

I

out

= 2 x 35 mA per pin (both external cards running)

V

out

defined @ CRD_VCC = 1.80 V @ 3.0 V < V

CC

< 5.5 V

CRD_VCC 29, 32

1.65 − 1.95

V

Output Card Supply Voltage Ripple (per CRD_VCC outputs) @ :

L

out

= 22 mH, L

ESR

< 2.0 W, C

out

= 10 mF per CRD_VCC (Note 5)

I

out

= 35 mA, V

out

= 1.80 V

I

out

= 55 mA, V

out

= 3.0 V

I

out

= 65 mA, V

out

= 5.0 V

V

ORA

V

ORB

29

32

−

50

mV

DC/DC Dynamic Inductor Peak Current @ V

bat

= 5.0 V, L

out

= 22 mH,

C

out

= 10 mF

CRD_VCC = 1.8 V

CRD_VCC = 3.0 V

CRD_VCC = 5.0 V

I

ccov

29, 32

−

200

280

430

−

mA

Standby Supply Current Conditions (Note 5):

ANLG_VCC = PWR_VCC = 3.0 V

PWR_ON = H, STATUS = H, CS = H

Card A and Card B CLOCK_IN = H, I/O = H, RESET = H

All Logic Inputs = H, Temperature range = 0°C to +50°C

ANLG_VCC = PWR_VCC = 5.0 V

Temperature range –25°C to +85°C

All other test conditions identical

ANLG_VCC = PWR_VCC = 1.8 V

Temperature range –25°C to +50°C

All other test conditions identical

Note: This parameter is guaranteed by design, not production tested.

I

DD

42, 28,

33

−

20

−

50

−

5.0

−

mA

Operating Supply Current

ANLG_VCC = PWR_VCC = 5.5 V

@ CRD_VCC_A/B = 5.0 V

@ CRD_VCC_ A/B = 3.0 V

@ CRD_VCC_ A/B = 1.85 V

ANLG_VCC = PWR_VCC = 3.3 V

@ CRD_VCC_A/B = 5.0 V

@ CRD_VCC_ A/B = 3.0 V

@ CRD_VCC_ A/B = 1.85 V

PWR_ON = H, CS = H, CLK_A = CLK_B = Low, all card pins unloaded

I

DDop

42, 28,

33

0.7

0.2

mA

V

bat

Under Voltage Detection Positive Going Slope

V

bat

Under Voltage Detection Negative Going Slope

V

bat

Under Voltage Detection Hysteresis

Note: The voltage present in pins 28 and 33 must be equal to or

Note: lower than the voltage present in pin 42.

V

batLH

V

batLL

V

batHY

42 2.1

2.0

−

100

2.7

2.6

−

V

mV

Output Continuous Current Card A or Card B (both cards can be

operating simultaneously) @ 3.0 < V

CC

< 5.5 V

Output Voltage = 1.85 V

Output Voltage = 3.0 V

Output Voltage = 5.0 V

I

ccp

31, 42

35

55

65

mA

Output Over Current Limit (A or B)

V

bat

= 3.3 V, CRD_VCC = 1.8 V, 3.0 V or 5.0 V

V

bat

= 5.0 V, CRD_VCC = 1.8 V, 3.0 V or 5.0 V

I

ccov

31, 42

100

150

mA

Output Over Current Time Out Per Card I

tdoff

31, 42 4.0 ms

Output Card Supply Turn On Time @ L

out

= 22 mF, C

out

= 10 mF Ceramic.

V

CC

= 2.7 V, CRD_VCC = 5.0 V (A or B)

V

CCTON

31, 42

500

ms

5. Assuming ANLG_VCC and PWR_VCC pins are connected to the same power supply.

NCN6004A

http://onsemi.com

11

POWER SUPPLY SECTION General test conditions, unless otherwise specified: Operating temperature: −25°C < T

A

< +85°C,

V

CC

= +3.0 V, CRD_VCC_A = CRD_VCC_B = +5.0 V. (continued)

Rating UnitMaxTypMinPinSymbol

Output Card Supply Shut Off Time @

C

out

= 10 mF, ceramic.

V

CC

= 2.7 V, CRD_VCC = 5.0 V, V

CCOFF

< 0.4 V (A or B)

V

CCTOFF

31, 42

100 250

ms

DC/DC Converter Operating Frequency (A or B) F

SW

31, 42 600 kHz

5. Assuming ANLG_VCC and PWR_VCC pins are connected to the same power supply.

DIGITAL INPUT/OUTPUT SECTION

2.70 < V

CC

< 5.50 V, Normal Operating Mode (−25°C to +85°C ambient temperature, unless otherwise noted)

Rating Symbol Pin Min Typ Max Unit

A0, A1, A2, A3, CARD_SEL, PWR_ON, PGM, CS, MUX_MODE,

EN_RPU, RESET_A, RESET_B, C4_A, C8_A, C4_B, C8_B

High Level Input Voltage

Low Level Input Voltage

Input Capacitance

V

IH

V

IL

C

in

1, 2, 3,

4, 5, 6,

7, 8,

44, 45,

10, 18,

11, 12,

16, 17

0.7 * V

bat

V

bat

0.3 * V

bat

10

V

pF

STATUS, INT

Output High Voltage @ I

OH

= −10 mA

Output Low Voltage @ I

OH

= 200 mA

V

OH

V

OL

46, 47

V

bat

–1.0 V

0.40

V

STATUS, INT

Output Rise Time @ C

out

= 30 pF

Output Fall Time @ C

out

= 30 pF

trsta, trint

tfsta, tfint

5

100

ms

ns

CLOCK_A Asynchronous Input Clock @ DC = 50% "1% F

CLKINA

13 40 MHz

CLOCK_B Asynchronous Input Clock @ DC = 50% "1% F

CLKINB

15 40 MHz

I/O_A, I/O_B, both directions @ C

out

= 30 pF

I/O Rise Time

I/O Fall Time

t

rioA

, t

rioB

t

fioA

, t

fioB

9, 19 0.8

0.8

ms

STATUS Pull Up Resistance R

STA

46 35 50

kW

INT Pull Up Resistance R

INT

47 35 50

kW

I/O_A Pull Up Resistance R

IOA

9 14 20 35

kW

I/O_B Pull Up Resistance R

IOB

19 14 20 35

kW

RESET_A Pull Up Resistance R

RSTA

10 60 100

kW

RESET_B Pull Up Resistance R

RSTB

18 60 100

kW

C4_A Pull Up Resistance R

C4A

11 60 100

kW

C8_A Pull Up Resistance R

C8A

12 60 100

kW

C4_B Pull Up Resistance R

C4B

17 60 100

kW

C8_B Pull Up Resistance R

C8B

16 60 100

kW

CS Pull Up Resistance R

CS

7 60 100

kW

CRD_DET_A and CRD_DET_B Pull Up Resistance R

DETA

R

DETB

20

41

500

kW

NCN6004A

http://onsemi.com

12

CARD INTERFACE SECTION @ 2.70 < V

CC

< 5.50 V, Normal Operating Mode (−25°C to +85°C ambient temperature, unless

otherwise noted) CRD_VCC_A = CRD_VCC_B = 1.8 V or 3.0 V or 5.0 V

Rating Symbol Pin Min Typ Max Unit

CRD_RST_A, CRD_RST_B Output Voltage

Output RST High Level @ Irst = −200 mA

Output RST Low Level @ Irst = 200 mA

CRD_RST_A, CRD_RST_B Rise and Fall time

RST Rise Time @ C

out

= 30 pF

RST Fall Time @ C

out

= 30 pF

V

OH

V

OL

trrst

tfrst

23, 38

CRD_VCC−0.5

0

CRD_VCC

0.4

100

V

ns

CRD_CLK_A, CRD_CLK_B Output Clock

Output Operating Clock Card A and Card B

Output Operating Clock DC, Card A and Card B

(Input DC = 50%, "1%)

Note: This parameter is guaranteed by design, functionality 100%

tested at production.

Output Operating Clock Rise Time SLOW Mode

Card A and Card B

Output Operating Clock Fall Time SLOW Mode

Card A and Card B

Output Operating Clock Rise Time FAST Mode

Card A and Card B

Output Operating Clock Fall Time FAST Mode

Card A and Card B

Output Clock High Level, Card A and Card B, @ Iclk = −200 mA

Output Clock Low Level, Card A and Card B, @ Iclkc = 200 mA

F

clkA

, F

clkB

trclka, trclkb

tfclka, tfclkb

trclka, trclkb

tfclka, tfclkb

V

OH

V

OL

30, 31

45

CRD_VCC−0.5

0

20

55

16

4

CRD_VCC

0.4

MHz

%

ns

V

CRD_IO_A, CRD_IO_B Data Transfer

Data Transfer Frequency, Card A and Card B

Data Rise Time, Card A and Card B, @ C

out

= 30 pF

Data Fall Time, Card A and Card B, @ C

out

= 30 pF

Data Output High Level, Card A and Card B @ Icrd_io = −20 mA

Data Output Low Level, Card A and Card B @ Icrd_io = 20 mA

F

IOA

, F

IOB

t

rioa,

t

riob

t

fioa,

t

fiob

V

OH

V

OL

24, 37

CRD_VCC−0.5

0

400

0.8

CRD_VCC

0.4

kHz

ms

V

CRD_IO_A and CRD_IO_B Output Voltages

I/O_A = I/O_B = 0, I

OL

= 500 mA

V

OL

24, 37

0.40

V

CRD_C4_A, CRD_C4_B Output Voltages

Output C4 High Level @ Irst = −200 mA

Output C4 Low Level @ Irst = 200 mA

CRD_C4_A, CRD_C4_B Rise and Fall time

C4 Rise Time @ C

out

= 30 pF

C4 Fall Time @ C

out

= 30 pF

V

OH

V

OL

trc

4

tfc

4

22, 39

CRD_VCC−0.5

0

CRD_VCC

0.4

100

V

ns

CRD_C8_A, CRD_C8_B Output Voltages

Output C4 High Level @ Irst = −200 mA

Output C4 Low Level @ Irst = 200 mA

CRD_C8_A, CRD_C8_B Rise and Fall Time

C8 Rise Time @ C

out

= 30 pF

C8 RST Fall Time @ C

out

= 30 pF

V

OH

V

OL

trc

8

tfc

8

21, 40

CRD_VCC−0.5

0

CRD_VCC

0.4

100

V

ns

Pull Up resistance, CS = Low, PWR_ON = High

CRD_IO_A

CRD_IO_B

R

OLA

R

OLB

24

37

14

20

35

kW

Card Detection Bias Pull Up Current, Card A or Card B

CRD_DET_A, CRD_DET_B

I

DETA

I

DETB

20

41

15

mA

Card Insertion/Extraction Negative Going Input Low Voltage V

ILDETA

V

ILDETB

20

41

0

0.30 * V

bat

0.30 * V

bat

V

Card Detection Insertion/Extraction Digital Filtering Delay

CRD_DET_A

CRD_DET_B

t

dcina

t

dcinb

20

41

50

ms

CARD_A or CARD_B short circuit current:

CRD_IO, CRD_RST, CRD_C4, CRD_C8

CRD_CLK

(According to ISO and EMV specifications)

Ishort

Ishortclk

15

70

mA

NCN6004AFTBR2

NCN6004AFTBR2

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