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M54128L

EARTH LEAKAGE CURRENT DETECTOR

Mitsumi 

MITSUBISHI <CONTROL / DRIVER IC>

M54128L/FP

EARTH LEAKAGE CURRENT DETECTOR

ELECTRICAL CHARACTERISTICS (Ta = 25°C, unless otherwise noted)

Symbol

IS0

IS1

IS2

IS3

IS0'

IS1'

IS3'

–

VS max

Vion

IIH

VO

VILKI

VRCL

EIOH

VTH

ETW1

–

EIOH

VTH

ETW2

–

VT

–

VBLT

–

–

IIBLT

VIBLC

EIOH

VTH

ETW4

EIOH

VTH

ETW3

VOL8

IOHc

IOHn

IOHh

Vsoff

Parameter

Source current: In stand-by condition

Source current: While detecting leakage

Source current: While detecting abnormal voltage

Source current: Immediately after driving of SCR

Source current: In stand-by condition

Source current: While detecting leakage

Source current: Immediately after driving of SCR

ISO variation with ambient temperature

Maximum current voltage

Leakage detecting DC input voltage

ILKI pin input bias current

VREF pin output voltage

ILKI-VREF input clamp voltage

VREF-GND clamp voltage

TRC1 pin “H” output current precision

TRC1 threshold voltage

TW1 pulse width precision

TW1 variation with ambient temperature

TRC2 pin “H” output current precision

TRC2 threshold voltage

TW2 pulse width precision

TW2 variation with ambient temperature

Total leakage detecting AC voltage

VT variation with ambient temperature

Abnormal voltage detecting voltage

VBLT variation with supply voltage

VBLT variation with ambient temperature

IBLI pin input bias current

IBLI-GND clamp voltage

TTDC pin “H” output current precision

TTDC threshold voltage

Delay time pulse width precision

OFFC pin “H” output current precision

OFFC threshold voltage

Reset timer pulse width precision

SCRT pin “L” output voltage

SCRT pin “H” output current

IOH holding supply voltage

Test conditions

VS

9V PSAV = VCC

9V PSAV = GND

9V Ta = -20 to 85°C

– IS = 4mA

ILKI -VREF

VIN = VREF

9V

IILKI = ±3mA

IRCL = 5mA

VO = 0V : IOH = -10.4µA

9V

C = 0.01µF : TW1 = 2.3ms

Ta = -20 to 85°C

VO = 0V : IOH = -10.4µA

9V C = 0.0047µF : TW2 = 1.1ms

Ta = -20 to 85°C

9V 60Hz

Ta = 25 → 85°C

9V

Ta = 25 → -20°C

9V

–

Ta = -20 to 85°C

9V VIN = VREF

IIN = 1mA

VO = 0V : IOH = -8µA

C = 1.0µF : TW4 = 300ms

VO = 0V : IOH = -10µA

9V

9V C = 0.33µF : TW3 = 55ms

9V IOL = 200µA

Ta = -20°C

9V VO = 0.8V Ta = 25°C

Ta = 85°C

–

Min.

570

570

570

520

520

520

520

–

–

–

–

–

–

–

-20

–

-15

–

-20

–

-15

–

–

–

–

2.2

–

–

–

–

-20

–

-30

-20

–

-30

–

-200

-100

-70

–

Limits

Typ.

820

840

810

740

740

760

740

-0.07

13.9

±7.5

2

2.7

±1.2

4.6

–

2.4

–

-0.06

–

2.4

–

-0.06

6.5

-4.0

-4.0

2.4

0.01

0.06

120

7.2

–

2.4

–

–

2.4

–

0.1

-260

-220

-180

3.0

Max. Unit

950 µA

950 µA

950 µA

870 µA

870 µA

870 µA

870 µA

– %/°C

15

V

– mVdc

15 nA

–

V

–

V

–

V

20

%

–

V

15

%

– %/°C

20

%

–

V

15

%

– %/°C

– mVrms

–

%

–

%

2.6 V

– %/V

– %/°C

300 nA

–

V

20

%

–

V

30

%

20

%

–

V

30

%

0.2 V

–

µA

–

µA

–

µA

4.5 V

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