SKAI4001GD061452W Datasheet, PDF (1/2 Pages) Semikron International – 600V IGBT Advanced Drive System

SEMISTACK - SKAI
Circuit
I_rms
V_dc
B6CI
400
450
Types
SKAI 4001GD06 1452 W
SKAI Solutions
600V IGBT Advanced
Drive System
SKAI 4001GD06 1452 W
SemiKron Advanced
Integration (SKAI) module
Liquid-cooled version
Preliminary Data
Features
• New generation 600V NPT IGBT on AlN DCB
substrate.
• Integrated DC-link film capacitor
• Pressure contact technology for improved
power cycling performance
• Optimal thermal management with integrated
liquid-cooled heatsink
• Two integrated current sensors with option to
include three
• Integrated gate drive and power supply with
under-voltage protection. 25-pin DB connector
is standard on driver only versions
• Option to include an integrated controller
based on TMS320LF2407ADSP. 14-pin AMP
SEAL connector is standard on controller
versions.
Typical Applications
• Vehicles
• Hybrid vehicles
• Motor Drives
• Regenerative Drives
Symbol
I_rms1)
V_CES
V_CEO
r_CE
V_CEsat
E_ON + E_OFF
V_TO
r_T
V_F=V_EC
E_ON + E_OFF
R_thjs2)
R_thjs2)
R_thsa2)
Pa_DR
C_eqvl
V_DCmax
V_s
I_s
dV/dt
f_SWmax
V_isol
T_vj
T_stg
T_amb
I_TRIPSC
T_TRIP
U_DCTRIP
LxWxH
w
Conditions
no overload, T_coolant= 50°C, 10kHz, p.f.=0,8
overload, t<20s
IGBT
T_j= 125°C
T_j= 125°C
400A, T_j= 25 / 125 °C
V_cc= 300/400V, I_c= 400A, T_j= 125°C
Inverse diode
T_j= 125°C
T_j= 125°C
400A, T_j= 25 / 125 °C
V_cc= 300/400V, I_c= 400A, T_j= 125°C
Thermal Characteristics / Heatsink
per IGBT
per diode
Heatsink to coolant³⁾, flow rate V_l= 15 l/min
Heatsink to coolant³⁾, flow rate V_l= 5 l/min
Pressure drop, Coolant flow rate V_l= 5 l/min
Pressure drop, Coolant flow rate V_l= 15 l/min
Capacitor bank
total equivalent capacitance
max. DC voltage applied to capacitor bank
Driver
Power supply: typ value
Power supply: min / max values
Supply current
Primary to Secondary Side
Max. Switching Frequency
power terminals to heatsink and signal connector:
AC, 1 min.
Junction temperature (not including driver)
Storage Temperature
Operating ambient temperature
Protection
Short Circuit Protection
Over-Temp. Protection
V_CC Overvoltage Protection
Dimensions
Length x Width x Height
approx.
Values
400
500
600
Units
A
A
V
1
V
2,75
mΩ
1,9 / 2,1
V
27 / 38
mJ
0,81
V
1,65
mΩ
1,46 / 1,47 V
10 / 13,0 mJ
0,065
0,13
9,3
13,4
0,05
0,55
K/W
K/W
K/kW
K/kW
bar
bar
1
mF
450
V
24
8 / 30
500
15
20
2500
-40...+150
-40...+125
-40...+85
V
V
mA
kV/µs
kHz
V
°C
°C
°C
1000
A
115
°C
458
V
400 x 215 x
100
mm
8,2
kg
1) _{Contact SEMIKRON for power loss}
calculations
2) _{"s" referenced to built-in Temp. Sensor}
3) _{50% Water, 50% Glycol}
SKAI
2 Power Electronic Systems – SEMISTACK
03-03-2005 © by SEMIKRON