Infineon IFS150V12PT4 Data Sheet
Technical Information
MIPAQ™ serve
IFS150V12PT4
preliminary data
prepared by: PK
date of publication: 2012-05-25
approved by: KS
revision: 2.1
Topology
B6I
Rated semiconductor data
1200V, 150A
Load type
Inductive, resistive
Typical applications
Industrial drives, UPS, solar
inverters, auxiliary inverters
Sensors and protection
temperature, short circuit,
signal transmission, UVLO
for all power supplies
Interface IGBT
Electrical, 5V-CMOS,
Galvanic Isolation according
to IEC61800-5-1
Standards
IEC61800-5-1, UL94, RoHS
Key data
Power module using IGBT4 technology in sixpack configuration.
Isolated IGBT driver, protection and temperature sensor included.
Technical Information
MIPAQ™ serve
IFS150V12PT4
preliminary data
prepared by: PK
date of publication: 2012-05-25
approved by: KS
revision: 2.1
Electrical data – power part
min
typ
max
DC link voltage
Ls = 30nH
-40 < Tvj < 150°C
0 < I
C turn off
< 2*I
C max
UDC
850V
V
IGBT continuous DC collector
current
T
case
= 100°C
Tvj = T
vjop max
I
C nom
150
A
IGBT collector-emitter voltage
Tvj=25°C
U
CES
1200
V
IGBT collector-emitter
saturation voltage
Tvj =25°C @ IC=150A
Tvj =150°C @ IC=150A
U
CEsat
1,75
2,10
2,15
V
Diode repetitive peak reverse
voltage
Tvj=25°C
U
RRM
1200
V
Diode forward voltage
Tvj =25°C @ IC=150A
Tvj =150°C @ IC=150A
UF
1,70
1,65
2,20
V
Operating junction temperature
IGBT and Diode
T
vjop
150
°C
Turn on energy loss per pulse
IGBT, UDC=600V, IC=150A
Tvj=150°C, di/dt,= 2,8kA/µs
Eon 15,0 mJ
Turn off energy loss per pulse
IGBT, UDC=600V, IC=150A
Tvj=150°C, du/dt = 3,5kV/µs
E
off
13,9 mJ
Reverse recovery energy
Diode, UDC=600V, IF=150A
Tvj=150°C, di/dt = 2,8kA/µs
E
rec
12,0 mJ
Electrical data – control part
Auxiliary power supply: IGBT Gate (on X1)
min
typ
max
IGBT driver positive supply
Voltage
U
GS P1,2,3,4
13
16
18
V
Current at fsw = 20kHz,
U
GSP1,2,3
= +15V
Tvj = 25°C
I
GS P1,2,3
19
mA
I
GS P4
31
mA
IGBT driver negative supply
Voltage
U
GS N1,2,3,4
-10
-8
-5
V
Current @ fsw = 20kHz,
U
GSN
= -8V
Tvj = 25°C
|I
GS N1,2,3
|
18
mA
|I
GS N4
|
23
mA
IGBT driver undervoltage lockout
threshold
For each channel
U
GS_UVLO
10,4 12,6
V
IGBT driver undervoltage lockout
hysteresis
For each channel
U
GS_UVLO_H
0,7
V
Auxiliary power supply: Logic (on X2)
min
typ
max
Logic power supply
Voltage
ULS
4,5 5 5,5
V
Current @ fsw = 20kHz,
ULS = +5V
ILS
55
mA
Logic power supply undervoltage
lockout threshold
U
LS_UVLO
3,5 4,3
V
Logic power supply undervoltage
lockout hysteresis
U
LS_UVLO_H
0,3
V
Technical Information
MIPAQ™ serve
IFS150V12PT4
preliminary data
prepared by: PK
date of publication: 2012-05-25
approved by: KS
revision: 2.1
Driver logic input/output, protection and sensors (on X2)
min
typ
max
Digital input
(IGBT turn-on/off and RESET)
High level voltage
U
IN_H
3,5 5,5
V
Low level voltage
U
IN_L
-0,3 1,5
V
Input current per input
IIN 100
400
µA
Minimum pulse width on /RST
for ENABLE/SHUTDOWN
t
min RST1
40 ns
Minimum pulse width on /RST
for resetting /FLT
BOT
, /FLT
TOP
t
min RST2
500 ns
Digital output level
Open drain, internally pulled
up, max. 10 mA
U
RDYT
,
U
RDYB
,
U
FLTT
,
U
FLTB
,
U
TMP
0 ULS
V
Digital temperature output
Frequency depends on
measured temperature
f
TMP
0,2 18
kHz
Pulses counted in 100ms
N
20 1800
Minimum pulse width
IGBT-turn-on signal (=high) on
each channel @ U
DC max
t
PW_min
1 µs
Minimum dead time
Between TOP IGBT and BOT
IGBT
t
dead
1 µs
Switching frequency
Each driver channel
fsw 0
20
kHz
Short circuit protection
Desaturation threshold.
Shutdown when exceeded.
Each channel
U
CE_desat
8,5 9 9,5
V
Reaction time. Shutdown after
short circuit was detected.
Each channel
t
desat
8 µs
Propagation delay
Each channel
t
prop_delay
320 ns
Propagation delay deviation
Between two channels
t
prop delay dev
15
ns
Isolation Management
min
typ
max
Isolation management designed for
U
Line
480 V
RMS
Isolation test voltage
Logic to power side
f=50Hz, t=1s
V
isol
2,5
kV
RMS
Life parts to base plate
F=50Hz, 1=1min
V
isol
2,5
kV
RMS
Comparative tracking index
CTI
225
Clearance distance, including internal
clearance
DIN7984 with flat head,
SKS-5 spring washer,
DIN125 flat washer,
terminal – terminal
(AC-DC, AC-AC, DC-DC)
l
cl1
11
mm
power side – heat sink
l
cl2
11
mm
Logic side - heatsink
l
cl3
4,5
mm
Logic side - power side
l
cl4
8 mm
Creepage distance
Under usage of screws according
DIN7984 with flat head,
SKS-5 spring washer,
DIN125 flat washer
terminal – terminal
(AC-DC, AC-AC, DC-DC)
l
cr1
25
mm
terminal – heat sink
l
cr2
20
mm
Logic side - heatsink
l
cr3
8,5
mm
Logic side - power side
l
cr4
8 mm
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