IR6224

Static Electrical Characteristics

Absolute Maximum Ratings indicate sustained limits beyond which

Absolute Maximum Ratings

Switching Electrical Characteristics

Minimum Typical Maximum Units Test Conditions

tc

Over-Current Cycle Time

—

5

—

mS

Over-Current Duty Time

—

10

—

%

Turn-On Delay Time to 90%

—

—

70

µs

Turn-Off Delay Time to 10%

—

—

60

Slew Rate On

—

3

—

V/µs

Slew Rate Off

—

5

—

Minimum Maximum Units

Test Conditions

Vcc

Supply Voltage

Permanent

-0.3

50

Pin 3 to Pin 1

Reverse

-16

—

V

(1), for 10 seconds

Voffset

Logic to Power Ground Offset

Vcc -50 Vcc +0.3

Vin

Input Voltage

-0.3

30

I

in

Input Current

—

10

mA

Vout

Output Voltage

Vcc -50 Vcc +0.3

V

I

out

Output Current

Self-limited

Vdg

Diagnostic Output Voltage

-0.3

30

V

I

dg

Diagnostic Output Current

—

10

mA

Eav

Repetitive Avalanche Energy

—

200

mJ

I = 2A (2)

ESD1

—

4000

V

C = 100 pF, R = 1500Ω

ESD2

—

1000

V

C = 200 pF, R = 0Ω

PD

Power Dissipation

—

28

W

Tcase=25°C

Operating Junction Temperature Range

-40

Self-limited

Storage Temperature Range

-40

175

°C

Lead Temperature (Soldering, 10 seconds)

—

300

NOTES: (1) with 15k Ω resistors in input and diagnostic

(2) maximum frequency depends on heatsink (rectangular waveform)

Minimum Typical Maximum Units Test Conditions

Operating Voltage Range

5

—

50

V

Sleep Mode Supply Current

—

40

—

µA

Supply Current (Average)

—

3

—

mA

Supply Current (AC RMS)

—

20

—

µA

High Level Input Threshold Voltage

—

2

2.5

V

Low Level Input Threshold Voltage

1

1.8

—

On-State Input Current

10

—

70

Off-State Input Current

1

—

30

µA

Output Leakage Current

—

20

—

Output Leakage Current

0

—

10

Low Level Diagnostic Output Voltage

—

0.3

—

V

Diagnostic Output Leakage Current

0

—

10

µA

On-StateResistance

—

80

100

mΩ

—

120

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