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BD3532F/EFV/KN

ELECTRICAL CHARACTERISTICS(unless otherwise noted, Ta=25℃ VCC=5V VEN=3V VDDQ=2.5V VTT_IN=2.5V)

Parameter

Symbol

Standard Value

Unit

Condition

MIN

TYP

MAX

Standby Current

IST

-

0.8

1.6

mA

VEN=0V

Bias Current

ICC

-

2

4

mA

[Enable]

Hi Level Enable Input

Voltage

VENHI

2.3

-

5.5

V

VCC=4.3V to 5.5V

Ta=0℃ to 100℃ *

9

Low Level Enable Input

Voltage

VENLOW

-0.3

-

0.8

V

VCC=4.3V to 5.5V

Ta=0℃ to 100℃ *

9

Enable Pin Input Current

IEN

-

7

10

uA

VEN=3V

[Termination]

Termination Output Voltage

VTT

VREF

-30mV

VREF

VREF

+30mV

V

Io=-3A to 3A

Ta=0℃ to 100℃ *

9

Source Current

ITT+

3

-

-

A

Sink Current

ITT-

-

-

-3

A

Load Regulation

⊿

VTT

-

-

40

mV

Io=-3A to 3A

Line Regulation

Reg.l

-

20

40

mV

VCC=4.3V to 5.5V

Upper Side ON Resistance

HRON

-

0.2

0.4

Ω

Lower Side ON Resistance

LRON

-

0.2

0.4

Ω

[Input of Reference Voltage]

Input Impedance

ZVDDQ

70

100

130

kΩ

Output Voltage1

VREF1

1/2×VDDQ

-30mV

1/2×VDDQ

1/2×VDDQ

+30mV

V

IREF=0mA

Output Voltage2

VREF2

1/2×VDDQ

-40mV

1/2×VDDQ

1/2×VDDQ

+40mV

V

IREF=-10mA to 10mA

Output Voltage1’

VREF1’

1/2×VDDQ

-30mV

1/2×VDDQ

1/2×VDDQ

+30mV

V

VDDQ=VTT_IN1=VTT_IN2=1.8V

IREF=0mA

Output Voltage2’

VREF2’

1/2×VDDQ

-40mV

1/2×VDDQ

1/2×VDDQ

+40mV

V

VDDQ=VTT_IN1=VTT_IN2=1.8V

IREF=-10mA to 10mA

Ta=0℃ to 100℃ *

9

Source Current1

IREF1+

20

-

-

mA

Sink Current1

IREF1-

-

-

-20

mA

Source Current2

IREF2+

20

-

-

mA

VDDQ=VTT_IN1=VTT_IN2=1.8V

Sink Current2

IREF2-

-

-

-20

mA

VDDQ=VTT_IN1=VTT_IN2=1.8V

[UVLO]

UVLO OFF Voltage

VUVLO

4.0

4.15

4.3

V

VCC : sweep up

Hysteresis Voltage

⊿

VUVLO

100

160

220

mV

VCC : sweep down