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1EDI2004AS

High Voltage IGBT Driver for Automotive Applications

Infineon Technologies 

EiceDRIVERTM SIL

1EDI2004AS

Specification

5.5.5 Switching Characteristics

Table 56 Switching Characteristics

Parameter

Symbol

Min.

Input to Output Propagation Delay tPDON 175

ON

Input to Output Propagation Delay tPDOFF 175

OFF

Input to Output Propagation Delay tPDISTO -20

Distortion (tPDOFF-tPDON)

Input to Output Propagation Delay tPDISTOV -

Distortion Variation for two

consecutive pulses

Rise Time

tRISE

-

-

Fall Time

tFALL

-

-

TTOFF Plateau level

TTOFF Plateau level

Variation from configured VTTOFF

TTOFF decrease rate

TTOFF delay deviation from

nominal value

VGPOF0 5.0

VGPOF1 6.0

...

...

VGPOF6

VGPOF7

VGPOF0

VGPOF1

...

11.0

12.0

4.3

5.3

...

VGPOF6

VGPOF7

dVTm40

dVT150

tSLEW

tDEVTTOFF

10.3

11.3

-

-

-

-100

Values

Typ. Max.

215 255

215 255

0

40

Unit Note or Test Condition

ns VCC1=typ., VCC2=typ., VEE2=typ.,

Start: INP rising edge at 90% of

VCC1 (Typ.), Stop: GATE rising

edge at 10% of VCC2 (Typ.), No

load, No Gate resistance 1)

ns VCC1=typ., VCC2=typ., VEE2=typ.,

Start: INP falling edge at 10% of

VCC1 (Typ.), Stop: GATE falling

edge at 90% of VCC2 (Typ.), No

load, No Gate resistance 2)

ns VCC1=typ., VCC2=typ., VEE2=typ.

25 -

ns VCC1=typ., VCC2=typ., VEE2=typ.,

TJUNC=25°C 3)

120 205 ns VCC1=typ., VCC2=typ., VEE2=typ.,

CLOAD = 10nF, 10%-90%

30

50

ns VCC1=typ., VCC2=typ., VEE2=typ.,

no Load, 10%-90%

150 235 ns VCC1=typ., VCC2=typ., VEE2=typ.,

CLOAD = 10nF, 90%-10%

60

100 ns VCC1=typ., VCC2=typ., VEE2=typ.,

no Load, 90%-10%

6.0 7.0 V Referenced to GND2, measured

7.0 8.0 V at pin TON (shorted with TOFF)

...

...

...

VCC2=typ.,TJUNC=25°C, no VBE

Compensation. 4)

12.0 13.0 V

13.0 14.0 V

5.3 6.3 V Referenced to GND2, measured

6.3 7.3 V at pin TON (shorted with TOFF)

...

...

...

VCC2=typ.,TJUNC=25°C, with VBE

Compensation.4)

11.3 12.3 V

12.3 13.3 V

40 -

-80 -

mV TJ= - 40°C3)

mV TJ= 150°C3)

11 -

V/μs Cload =10nF, VCC2=typ.

0

100 ns For a target time of 2µs, using

the TCF.3)

Data Sheet

130

Rev. 2.0

2019-01-16

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