5

www.power.com

2SMLT0220D2I0C

Rev. A 04/25

Absolute Maximum Ratings

Parameter

Symbol

Conditions

T

A = -40 °C to 85 °C

Min

Max

Units

Absolute Maximum Ratings1

Gate Output Power Per channel2

P

GX

1

W

Switching Frequency3

f

SW

25

kHz

Operating Voltage Secondary-

Secondary Side

V

DC(LINK)

Transient only

(for 3.3 kV versions)

3300

V

Transient only

(for 2.3 kV versions)

2300

V

Transient only

(for 1.7 kV versions)

1700

V

Limited to 60 s

(for 3.3 kV versions)

2500

V

Limited to 60 s

(for 2.3 kV versions)

1800

V

Limited to 60 s

(for 1.7 kV versions)

1250

V

Permanently applied

(3.3 kV driver versions)

2200

V

Permanently applied

(2.3 kV driver versions)

1600

V

Permanently applied

(1.7 kV driver versions)

1250

V

Common-Mode Transient Peak

Voltage

V

ΔE

Between parallel connected sources

50

V

peak

Common-Mode Time-Voltage-Area

ᶴ|dv|*dt

Between parallel connected sources

20

µVs

Storage Temperature4

T

ST

-40

50

°C

Operating Ambient Temperature

T

A

-40

85

°C

Surface Temperature5

T

125

°C

Relative Humidity

H

R

No condensation

93

%

Altitude of Operation6

A

OP

2000

m

NOTES:

1. Stresses beyond those listed under absolute maximum ratings may cause permanent damage to the device.

2. Actually achievable maximum power depends on several parameters and may be lower than the given value. It has to be validated in the final

system. It is mainly limited by the maximum allowed surface temperature.

3. This limit applies to the whole product family. The actual achievable switching frequency may be lower for specific gate driver variants and has

to be validated in final system as it is additionally limited by maximum gate output power in conjunction with the maximum allowed surface

temperature.

4. The storage temperature inside the original package or in case the coating material of coated products may touch external parts must be limited

to the given value. Otherwise, it is limited to 85°C.

5. The component surface temperature, which may strongly vary depending on the actual operating conditions, must be limited to the given value

to ensure long-term reliability of the product.

6. Operation above this level requires a voltage derating to ensure proper isolation coordination.