NCV7462_16 datasheet(8/56 Pages) ONSEMI

Part #	NCV7462

Description	LIN/CAN SBC/System-IC

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NCV7462

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8

Figure 4. Thermal Resistance Junction−to−Ambient

100

90

80

70

60

50

40

30

20

10

0

200

400

600

1200

1000

800

TOP COPPER PLANE AREA (mm2)

1S0P, 1 oz Cu

1S0P, 2 oz Cu

1S2P, 1 oz Cu

1S2P, 2 oz Cu

VR1 on

ELECTRICAL CHARACTERISTICS

(−40

°C ≤ TJ ≤ 150°C, 6 V ≤ Vs ≤ 18 V, unless otherwise specified)

Table 5. VS SUPPLY

Symbol

Parameter

Test Condition

Min

Typ

Max

Unit

VS

Supply Voltage

Functional Voltage regulators with deteriorated

performance

5

28

V

Parameter specification

6

18

VS_POR

VS POR threshold

2.8

3.45

4.1

V

VS_UV

VS UV−threshold voltage

5.11

5.81

V

VS_UV_hyst

Undervoltage hysteresis

0.04

0.1

0.2

V

VS_OV

VS OV−threshold voltage

20

22

V

VS_OV_hyst

Overvoltage hysteresis

0.5

1

1.5

V

I_VS_sleep

VS consumption in

sleep mode

Sleep mode

VS = 12 V, VR1/2 are off, bus communication off

No wake−up request pending, OUTx = floating

TJ = 85°C (Note 1)

10

30

60

mA

I_VS_sleep_cs

VS consumption in

sleep mode

(with cyclic sense)

Sleep mode

VS = 12 V, VR1/2 are off, bus communication off

T2_PER = 50 ms, T2_TON = 100

ms

No wake−up request pending

TJ = 85°C (Note 1)

40

70

130

mA

I_VS_stdby

VS consumption in

standby mode

Standby mode

VS = 12 V, VR1 not loaded, VR2 off

VR1 current comparator enabled

OUTx = floating

Bus communication off, no cyclic sensing

No wake−up request pending

TJ = 85°C (Note 1)

30

70

80

mA

I_VS_stdby_cs

VS consumption in

standby mode

(with cyclic sense)

Standby mode

VS = 12 V, VR1 not loaded, VR2 off

VR1 current comparator enabled

T2_PER = 50 ms, T2_TON = 100

ms

Bus communication off

No wake−up request pending

TJ = 85°C (Note 1)

100

mA

I_VS_norm

VS consumption in

normal mode

Normal mode

VR1/2 are on (unloaded)

OUTx = floating, TxD LIN/CAN not active,

Opamp outputs not loaded

4.5

10

mA

I_VS_add_VR1

VR1 current

consumption from VS

Normal/Standby mode, VR1 loaded

0.011

•

Iout_VR1

mA

I_VS_add_VR2

VR2 current

consumption from VS

VR2 loaded

0.013

•

Iout_VR2

mA

1. Values based on design and characterization, not tested in production.

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