Global Design Infrastructure Innovation

Gate Driver ICモデル
詳細説明書
型番：2EDL05I06PJ | Infineon Technologies AG
2021.02.08

http://www.modech.com/

1. モデル実装機能・特性
1.1 実装機能
1.2 実現特性
1.3 端子定義

・実際のデバイスの機能すべてをモデルに実装しているわけではありません。
また、同種類のデバイスでも実装機能には違いがある場合」が」あります。
・特性はその時点でのメーカーのデータシートよりモデリングしています。
メーカーの仕様変更には対応していません。
・シミュレーションのシンボルは付属していません。

Copyright MODECH Inc.,2

1.1 実装機能（一部機能はモデルには未実装）

Functions

DeviceModel

Gate Driver function〇〇

Undervoltage Lockout（UVLO）〇〇

Deadtime and Interlock Function〇〇

Bootstrap diode〇〇

Tolerant to negative transient voltage〇―Copyright MODECH Inc.,3

1.2.1 Target Fitting Characteristics
ParameterSymbol

High level input voltage
Low level input voltage
High level output voltage LO

VIH
VIL
VOH

HO
Low level output voltage LOVOLHO

VDD supply undervoltage positive going threshold
VBS supply undervoltage positive going threshold
VDD supply undervoltage negative going threshold
VBS supply undervoltage negative going threshold
VDD and VBS supply UVLO hysteresis

VDDUV+
IGBT-types
MOSFET types
VBSUV+
IGBT-types
MOSFET types
VDDUV–
IGBT-types
MOSFET types
VBSUV–
IGBT-types
MOSFET types
VDDUVH
IGBT-types
VBSUVHMOSFET types

ValuesUnit Test condition
Min.
Typ.
Max.
1.7
2.1
2.4 V
0.7
0.9
1.1
–
VDD -0.45 VDD -1
IO = - 20 mA–
VB -0.45
VB -1–
VGND+0.13 VGND+0.3
IO = 20 mA–
VS+0.13VS +0.3
11.8
12.5
13.2
8.3
9.1
9.9
10.9
11.6
12.4
8.3
9.1
9.9
10.9
11.6
12.4
7.5
8.3
910
10.7
11.7
7.5
8.3
90.5

0.9 –

0.5

0.9 –

全て、Typ値、Ta=25℃の値で合わせこみ

Copyright MODECH Inc.,4

1.2.2 Target Fitting Characteristics

ILIN+ILIN–IHIN+
IHIN–Values
Min.
Typ.
15–15–350–350–60 μA VLIN = 3.3 V
VLIN = 060
VHIN = 3.3 V
VHIN = 0

VF,BSD–1

1.2 V

IF = 0.3 mA

55

80 mA

VDD – VB = 4V

Parameter

SymbolInput bias current
Input bias current
Input bias current
Input bias current
Bootstrap diode forward voltage between VDD andVB
Bootstrap diode forward current between VDD andVB

IF,BSD

30Max.

Unit Test condition

全て、Typ値、Ta=25℃の値で合わせこみ

Copyright MODECH Inc.,5

1.2.3 Target Fitting Characteristics
Parameter

SymbolValues
Min.
Typ.

Unit Test conditionMax.

Turn-on propagation delay

IGBT types

ton280420

610 nsTurn-off propagation delay

MOSFET types
IGBT types
toff
MOSFET types

210
260
200

310
400
300

460
590
440

Turn-on rise time

tr–

4880

Turn-off fall time

tf

–

2440

Input filter time at LIN/HIN for turn on and off

IGBT types

tFILINMOSFET types
HIN
LIN
Dead time (not for 2EDL05I06BF)

IGBT types

DTMOSFET types MDT

VLIN/HIN = 0or 3.3 V

VLIN/HIN = 0or3.3 V CL = 1nF
VLIN/HIN = 0& 3.3 V

120

192 –50100

100150170250260

380540 ns

3075

140

VLIN/HIN = 0& 3.3 V

全て、Typ値、Ta=25℃の値で合わせこみ

Copyright MODECH Inc.,6

1.3 端子定義
Pin no.

Name Function
1 VDD

Low-side and logic supply voltage

2 HIN

Logic input for high-side gate driver output (HO), in phase. Schmitt trigger inputs with hysteresis and pull down

3 LIN

Logic input for low-side gate driver output (LO), in phase. Schmitt trigger inputs with hysteresis and pull down

4 GND

Low-side gate drive return

5 LO

Low-side driver output

6 VSHigh voltage floating supply return

7 HO

High-side driver output

8 VB

High-side gate drive floating supply

Copyright MODECH Inc.,7

2.モデル検証条件◼ 対応シミュレータ– PSpice V17.2◼ Ta=25℃、TNOM=25℃

Copyright MODECH Inc.,8

3.検証結果
3.1 HIN threshold
3.2 LIN threshold
3.3 HO VOLH
3.4 LO VOLH
3.5 VBS UVLO
3.6 VDD UVLO
3.7 Input bias current
3.8 Bootstrap diode VF
3.9 Bootstrap diode IF
3.10 Turn-on/off propagation delay
3.11 Turn-on rise time & Turn-off fall time
3.12 Input filter time at LIN/HIN for turn on and off
3.13 Dead time
3.14 Function (Normal operation)

Copyright MODECH Inc.,93.1.1 HIN threshold

VDD
HIN
V1

LIN

{AVDD}
V1 = 0V2 = 3.3
TD = 0TR = 1
TF = 1
PW = 0PER = 2V2

12345LO 67U11234567141312111098141312VB
11 HO
10 VS
98V4{AVDD}

MDC_2EDL05I06PJ_PS
V3V50Vdc

PARAMETERS:{PVDD}PVDD = 600
AVDD = 150

HIN：Input

0000

LIN：L Fixed

HIN端子のしきい値を計測します。

Copyright MODECH Inc.,

10

3.1.2 HIN threshold

HIN

VIH=2.1V
VIL=0.9V

HO-VS

Copyright MODECH Inc.,11

3.2.1 LIN threshold

VDD
HIN
V1

LIN

{AVDD}

V30Vdc12345LO 67U11234567141312111098141312VB
11 HO
10 VS
98V4
{AVDD}

MDC_2EDL05I06PJ_PS0V1 = 0V2 = 3.3
TD = 0TR = 1TF = 1PW = 0PER = 2V200V5PARAMETERS:{PVDD}PVDD = 600
AVDD = 1500

LIN：INPUT

HIN：Fixed

LIN端子のしきい値を計測します。

Copyright MODECH Inc.,

123.2.2 LIN threshold

LIN

VIH=2.1V
VIL=0.9V

LO

Copyright MODECH Inc.,13

3.3.1 HO VOLH

VDD
HIN
V1LIN

{AVDD}
V1 = 0V2 = 3.3
TD = 0TR = 1m
TF = 1m
PW = 0PER = 2m

V212345LO 67U11234567141312111098141312VB
11 HO
10 VS
98V4
{AVDD}

MDC_2EDL05I06PJ_PS
V3V50Vdc

PARAMETERS:{PVDD}

I1 = 20m
I2 = -20m
TD = 0TR = 1m
TF = 1m
PW = 0PER = 2m

I1

PVDD = 600
AVDD = 15

VOH：H Fixed
VOL：L Fixed

00000

HIN：L Fixed0

VOH：20mA
VOL：-20mA

HO端子の出力電圧を計測します。

Copyright MODECH Inc.,

14

3.3.2 HO VOLH

HIN

Output Current

VB-HO

VOH=0.45V

HO-VS
VOL=0.13V

Copyright MODECH Inc.,

15

3.4.1 LO VOLH

VDD
HIN
V1LIN

{AVDD}

V30Vdc12345LO 67U11234567141312111098141312VB
11 HO
10 VS
98LO

V4{AVDD}

MDC_2EDL05I06PJ_PS

0

HIN：L Fixed

V1 = 0V2 = 3.3
TD = 0TR = 1m
TF = 1m
PW = 0PER = 2m

V200

V5PARAMETERS:{PVDD}

I1 = 20m
I2 = -20m
TD = 0TR = 1m
TF = 1m
PW = 0PER = 2m

I1

PVDD = 600
AVDD = 150

VOH：H Fixed
VOL：L Fixed00

VOH：-20mA
VOL：20mA

LO端子の出力電圧を計測します。

Copyright MODECH Inc.,

16

3.4.2 LO VOLH

HIN

Output Current

VDD-LO

VOH=0.32V

LO
VOL=0.18V

Copyright MODECH Inc.,173.5.1 VBS UVLO threshold

VDD
HIN
V6LIN

{AVDD}

V73.3Vdc

12345LO 67U21234567141312111098141312VB11 HO10 VS
98V8

MDC_2EDL05I06PJ_PS
V9V100Vdc

PARAMETERS:

V1 = 0V2 = {AVDD}
TD = 0TR = 1
TF = 1PW = 0
PER = 2{PVDD}

PVDD = 600
AVDD = 150

HIN：H固定0000

HIN：L固定

VBS：入力VB電源のUVLO(Under Voltage Lock Out)を計測します。

Copyright MODECH Inc.,

183.5.2 VBS UVLO threshold

VBSUV+=11.6

VBSUV-=10.7

VB-VSHO-VS

Copyright MODECH Inc.,

193.6.1 VDD UVLO threshold

VDD
HIN
V1 = 0V2 = {AVDD}
TD = 0TR = 1TF = 1PW = 0
PER = 2LIN

V8V70Vdc

12345LO 67U21234567141312111098141312VB
11 HO
10 VS
98

V6
{AVDD}

MDC_2EDL05I06PJ_PS
V9V10

3.3VdcPARAMETERS:{PVDD}PVDD = 600
AVDD = 150

VDD：Inpput

HIN：L Fixed

0000

HIN：H Fixed

VDD電源のUVLO(Under Voltage Lock Out)を計測します。

Copyright MODECH Inc.,

20

3.6.2 VDD UVLO threshold

VDDUV+=12.5

VDDUV-=11.6

VDD

LO

Copyright MODECH Inc.,

21

3.7.1 Input bias current

VDD
HIN
V1LIN

{AVDD}VHIN
V1 = 0V2 = 3.3
TD = 1u
TR = 100n
TF = 100n
PW = {1u-100n}
VLIN
PER = 4u
V1 = 0V2 = 3.3
TD = 3u
TR = 100n
TF = 100n
PW = {1u-100n}
PER = 4u0

HIN：3.3V0012345LO 67U11234567141312111098141312VB
11 HO
10 VS
98V4
{AVDD}

MDC_2EDL05I06PJ_PS
V5PARAMETERS:{PVDD}PVDD = 600
AVDD = 1500

LIN：3.3V

入力バイアス電流を計測します。

Copyright MODECH Inc.,22

3.7.2 Input bias current
HIN=3.3V
HIN

LIN=3.3V
LIN

IHIN=35uA
IHIN

ILIN=35uA

ILIN

Copyright MODECH Inc.,23

3.8.1 Bootstrap diode VF

VDD
HIN
LIN
I1

V6012345LO 670.3mAdc

U11234567141312111098141312VB
11 HO
10 VS
98V4
{AVDD}

MDC_2EDL05I06PJ_PSV7V50PARAMETERS:{PVDD}PVDD = 600
AVDD = 1500000

IAVDD：0.3mA

ブートストラップ回路内蔵ダイオードの順方向立ち上がり電圧を計測します。

Copyright MODECH Inc.,

24

3.8.2 Bootstrap diode VF

IF=IVDD

IF=0.3mA

VDD-VBVDD-VB=0.9V

Copyright MODECH Inc.,25

3.9.1 Bootstrap diode IF

VDD
HIN
V8LIN

{AVDD}

V6012345LO 67U11234567141312111098141312VB
11 HO
10 VS
98V4-4V
VDD

MDC_2EDL05I06PJ_PS
V7V50PARAMETERS:{PVDD}PVDD = 600AVDD = 1500000

VF=4V

ブートストラップ回路内蔵ダイオードの順方向を計測します。

Copyright MODECH Inc.,26

3.9.2 Bootstrap diode IF

VF=４V
VDD-VB=VFIF
IF=55mA

Copyright MODECH Inc.,27

3.10.1 Turn-on/off propagation delay

HIN/LIN : L/H toggle

Output load = 180pF

出力のON/OFF時の伝搬遅延を計測します。

Copyright MODECH Inc.,28

3.10.2 Turn-on/off propagation delay

HIN

LIN

398ns
HO-VS

396ns

398ns
LO

396ns

Copyright MODECH Inc.,29

3.11.1 Turn-on rise time & Turn-off fall time

HIN/LIN : L/H toggle

Output load = 1.0nF

出力のON/OFF時の立上がり、立下り時間を計測します。

Copyright MODECH Inc.,30

3.11.2 Turn-on rise time & Turn-off fall timeHINLIN

HO-VSLO

Tr=46.7ns

Tf=13.5ns

Tr=46.7ns

Copyright MODECH Inc.,

Tf=13.5ns

31

3.12.1 Input filter time at LIN/HIN for turn on and off

12345LO 67

VDD
HIN
V8LIN

{AVDD}
V1 = 0V9
V2 = 3.3
TD = 2u
TR = 1n
TF = 1n
PW = {Tpw-1n}
V10
PER = 8u V1 = 0V2 = 3.3
TD = 4u
TR = 1n
TF = 1n
PW = {Tpw-1n}
PER = 8u

HIN/LIN : H/L toggle
Pulse width=180ns/192ns/200ns000U11234567141312111098141312VB11 HO
10 VS
98V4{AVDD}

MDC_2EDL05I06PJ_PS
V5C1
180p0

PARAMETERS:PVDD = 600
AVDD = 15
Tpw = 192n0{PVDD}
C2
180p00

CL=180pF

入力フィルター時間を計測します。

Copyright MODECH Inc.,32

3.12.2 Input filter time at LIN/HIN for turn on and off

HIN

LIN

180ns : L
192ns : L
200ns : H

HO-VSLO

Copyright MODECH Inc.,33

3.13.1 Dead time12345LO 67VDDHINV8LIN{AVDD}
V9U11234567141312111098141312VB11 HO
10 VS
98V4{AVDD}

MDC_2EDL05I06PJ_PS
V10V5C1180p

HIN/LIN : L/H toggle
T1 = 0T2 = 2uT3 = +1n
T4 = 8u
T5 = +1n
T6 = 12u
T7 = +1n
T8 = 14u
T9 = +1n
T10 = 18u

V1 = 0V2 = 0V3 = 3.3
V4 = 3.3
V5 = 0V6 = 0V7 = 3.3
V8 = 3.3
V9 = 0V10 = 00
T11 = +1n
T12 = 22u
T13 = +1n
T14 = 24u
T15 = +1n
T16 = 34u
T17 = +1n0
V11 = 3.3
V12 = 3.3
V13 = 0V14 = 0V15 = 3.3
V16 = 3.3
V17 = 000

T1 = 0T2 = 4u
T3 = +1n
T4 = 6u
T5 = +1n
T6 = 10u
T7 = +1n
T8 = 16u
T9 = +1n
T10 = 20u

PARAMETERS:PVDD = 600
AVDD = 150

V1 = 0V2 = 0V3 = 3.3
V4 = 3.3
V5 = 0V6 = 0V7 = 3.3
V8 = 3.3
V9 = 0V10 = 0{PVDD}
C2180p0
T11 = +1n
T12 = 26u
T13 = +1n
T14 = 28u
T15 = +1n
T16 = 32u
T17 = +1n0

Output load = 180pF

V11 = 3.3
V12 = 3.3
V13 = 0V14 = 0V15 = 3.3
V16 = 3.3
V17 = 0出力に接続するスイッチングトランジスタの同時ONを回避するためのDead Timeを計測します。

Copyright MODECH Inc.,34

3.13.2 Dead time

HIN

LIN

HO-VSLO

DT=382ns

DT=382ns

Copyright MODECH Inc.,35

3.14.1 Function （Normal operation)
Bootstrap capacitance

12345LO 67

VDD
HIN
V8LIN

{AVDD}
V9V11U11234567141312111098141312VB
11 HO
10 VS
98{PVDD}
M1HO0

IXFN44N60
C31u

L1

MDC_2EDL05I06PJ_PS

5m
M2V10R110m

LO

PARAMETERS:IXFN44N60

PVDD = 600
AVDD = 15000000Switching MOSFET
T1 = 0T2 = 2uT3 = +1n
T4 = 8u
T5 = +1n
T6 = 12u
T7 = +1n
T8 = 14u
T9 = +1n
T10 = 18u

V1 = 0V2 = 0V3 = 3.3
V4 = 3.3
V5 = 0V6 = 0V7 = 3.3
V8 = 3.3
V9 = 0V10 = 0

T11 = +1n
T12 = 22u
T13 = +1n
T14 = 24u
T15 = +1n
T16 = 34u
T17 = +1n

V11 = 3.3
V12 = 3.3
V13 = 0V14 = 0V15 = 3.3
V16 = 3.3
V17 = 0T1 = 0T2 = 4u
T3 = +1n
T4 = 6u
T5 = +1n
T6 = 10u
T7 = +1n
T8 = 16u
T9 = +1n
T10 = 20u

V1 = 0V2 = 0V3 = 3.3
V4 = 3.3
V5 = 0V6 = 0V7 = 3.3
V8 = 3.3
V9 = 0V10 = 0

T11 = +1n
T12 = 26u
T13 = +1n
T14 = 28u
T15 = +1n
T16 = 32u
T17 = +1n

V11 = 3.3
V12 = 3.3
V13 = 0V14 = 0V15 = 3.3
V16 = 3.3
V17 = 0

出力にMOSFETを接続して基本動作を計測します。

Copyright MODECH Inc.,36

3.14.2 Function (Normal operation)

HIN

LIN

HO-VSLO

HIN
preferenceLIN
preference
Copyright MODECH Inc.,

DT

DT

37