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POWER MODULES
Power Modules for Electric and Hybrid Vehicles
New Products
Innovative Power Devices
for a Sustainable Future
Package with 6-in-1 connection and integrated water-cooled fin
contributes to more compact, high-power inverters for automobiles
■ Block Diagram
CT1000CJ1B060,
High Power J1 Series Power Modules for Automobiles
CT600CJ1B120
Mitsubishi Electric power modules are at the
forefront of the latest energy innovations
that seekP2 to solve global
P1
P3
environmental issues while creating a more affluent and comfortable society
of these innovations
are
UPV for all. Some
VPV
WPV
<Main Features>
• Integratedphotovoltaic
direct water-cooling
structure
with
cooling
fins
and
6-in-1
(PV) and wind power generation from renewable energy sources,
efficient
supply of
UPG smart grids realizing
VPG
WPG
UPA
VPA
WPA
connection contribute to more compact inverters for automobiles
UPS
VPS
WPS
power,
hybrid/electric
vehicles
(HVs/EVs)
that
take
the
next
step
in
reducing
carbon
emissions
and
fuel
consumption,
• Direct lead bonding (DLB) structure ensures high reliability
UPE
VPE
WPE
U
• Loss further
reduced
incorporating
IGBT built with energy
a
and
home by
appliances
that7th-generation
achieve ground-breaking
savings. Whether in appliances,
railcars, EVs Vor industrial
CSTBTTM＊ structure
systems, our power modules are key elements in changing the way energy is
used.
UNG
VNG
WNG
• Completely lead-free, conforms to RoHS directives (2011/65/EU)
UNA
VNA
WNA
• Suitable for a variety of electric and hybrid vehicle inverters
UNS
VNS
WNS
UNE
VNE
＊CSTBT : Mitsubishi Electric’s unique IGBT that utilizes the carrier cumulative effect.
Features
N2
N3
Wind power
generation
Common
Household electrical
・Package structure compliant with the End-of-Life-Vehicles Directive,
regulations relating to substances of environmental concern
Inverters
appliances
・Long power/temperature cycle life
・High-precision on-chip temperature sensor
Induction
heating materials/components for each
managing
・High traceability in
cooking stoves
product throughout the entire production process
Energy
Creation
J Series T-PM (Transfer-molded Power Module)
J Series IPM
・Structure incorporates transfer modeling and original direct
lead bonding (DLB) technique
use and
resistance
・DLB structure reduces internal wiring Effective
of energy
inductance
・Completely Pb-free (including the pins)
Motors
and
・Drive circuit
Smart
gridprotection circuits for short-circuiting, power
Photovoltaic power
supply* undervoltage and overheating
generation
・Built-in isolated switching power supply for IGBT drive and
IPM control functions (PM800CJG060G、PM500CJG120G)
Electric/
・Redundancy
Hybrid vehicles function for failsafe design and high system
performance, chip temperature analog output function and
DC-link voltage analog output function
Industrial robots
・Built-in automotive-grade photocouplers and interface connector(s)
＊ PM800CJG060G, PM500CJG120G only
■ Matrix of 650V and 900V Power Modules
Traction
VCES(V)
(No. : Number of outline drawing, please refer to page 30)
650V
Series
900V
J1 Series
PM with pin fin
IC(A)
CT300CJ1A060★★
300
-
400
-
500
J Series
Connection No.
C
-
T-PM
01
CT300DJG060★★
-
-
-
-
Connection No.
D
-
02
-
J1 Series
IPM
PM300CJG060G★★
-
Connection No.
C
-
04
-
-
D
03
PM600CJG060G★★
C
05
1000
CT1000CJ1B060★★
C
07
-
-
-
-
-
-
C
-
-
PM800CJG060G★★
C
-
-
-
CT600DJH060★★
-
-
01
01
-
Connection No.
C
C
-
-
CT400CJ1A090★★
CT600CJ1A060★★
-
PM with pin fin
-
600
800
WNE
N1
TM
W
-
06
-
-
-
D
Connection
※ PM : Power module, ★★ Under Development
■ Matrix of 1200V Power Modules
VCES(V)
(No. : Number of Outline Drawing, please refer to page 30)
1200V
Series
J1 Series
PM with pin fin
IC(A)
J Series
Connection No.
IPM
Connection No.
300
CT300CJ1A120★★
C
01
-
-
-
500
-
-
-
PM500CJG120G★★
C
06
-
-
-
-
-
400
CT600CJ1B120★★
600
-
800
C
-
C
-
-
07
-
-
-
-
D
Connection
291
※ PM : Power module, ★★ Under Development
Type Name Definition of Power Modules
for Electric and Hybrid Vehicles
PM 500 C JG 120 G
Options
Voltage class
Series name and
structure
Connection type
Rating current class
CT: IGBT, PM: IPM
Focus Technology
7th-Generation 1,200V-Class IGBT Chip Technology
Cutting-edge technology realizes energy-saving inverter devices
• Latest thin-wafer processing (n-drift layer) achieves thinner wafer than 6th-generation devices
• Performance improved by combining CSTBTTM* and light punch-through (LPT) structures
• Inverter system power dissipation minimized using lower VCEsat and Eoff
*CSTBT: Mitsubishi Electric’s unique IGBT that makes use of carrier cumulative effect
1200V-class IGBT structure
G
6th-gen. IGBT
E
E
n-drift layer
G
7th-gen. IGBT
E
E
p＋ collector
4th-gen.ＩＧＢＴ
n-drift layer
The latest
thin wafer process
5th-gen.ＩＧＢＴ
6th-gen. ＩＧＢＴ
Ｃ
Ｃ
n＋ buffer
Comparison of power loss
n＋ buffer
p＋ collector
7th-gen.ＩＧＢＴ
Optimize wafer thickness
Improve performance
Modules realizing single-control power supply and photocoupler-less
systems for household appliances and low-capacity inverters
Key Features
•Transfer-molded structure with insulation sheet having high heat conductivity simultaneously
provides heat dissipation and insulation
•High-voltage IC equipped with drive, protection and level-shift circuits for direct control via input
signals from a CPU or microcomputer
•Compact board and highly reliable equipment realized through single power-supply and photocoupler-less systems
•Includes built-in bootstrap diode (BSD)
Modules with built-in control and protection circuits for AC servo robots
and PV power generation
DIPIPMTM
Dual-In-Line Package
Intelligent Power Modules
IPM
Intelligent Power Modules
Key Features
•Built-in protection circuit for short-circuiting, power supply undervoltage and overheating
•Highly compatible package with simplified printed circuit board (PCB) design
•Special intelligent power modules (IPMs) for power conditioners in PV power generation
systems
IGBT modules for general-purpose inverters used in various applications
Key Features
•Various low-inductance packages and power chips available
•Compatible with high-frequency, high-voltage (1,700V) applications
•Large-capacity modules available for renewable energy systems
Modules meeting the high voltage, current and insulation requirements
of inverters for traction
Key Features
•High isolation package (10.2kVrms: AC60Hz 1min) matched to high catenary voltage
•Lightweight modules with aluminum silicon carbide (AlSiC) baseplate available
•Range of HV diode modules enabling highly efficient comprehensive converter design
Modules realizing high performance and reliability as motor drives in
HVs/EVs
IGBT Modules
Insulated Gate Bipolar
Transistor Modules
HVIGBT Modules
High-Voltage Insulated Gate Bipolar
Transistor Modules
Power Modules for Vehicles
Power Modules for EV/PHEV
Key Features
•Built-in temperature analog output function realizing highly reliable motor drive
•High-power/temperature cycle life ensures high reliability
•Compliant with the End-of-life Vehicles Directive, regulations relating to substances of
environmental concern
•High traceability in managing materials/components throughout the entire production process
for each product
＊HV: Hybrid Vehicle ＊EV： Electric Vehicle ＊PHEV： Plug-in Hybrid Electric Vehicle
2
DIPIPMTM
Feature Products
All-in-one intelligent power modules equipped with 3-phase
converter and brake circuit in addition to inverter circuit
DIPIPM+
PSS05MC1FT, PSS10MC1FT, PSS15MC1FT,
PSS25MC1FT, PSS35NC1FT, PSS50MC1F6
<Main Features>
• Encapsulated by transfer molded resin, integrates three-phase converter,
inverter, brake and control IC
• Built-in converter and brake enable system size to be reduced and save design
cost, contributing to total cost reduction
• Lower PCB inductance pattern reduces noise, thereby reducing design time
and countermeasure parts required for noise reduction
• Built-in BSD *1 with 1,200V withstand voltage reduces number of external parts
and improves reliability
■ Internal circuit diagram
P1
R
S
T
P
HVIC
B
LVIC
N1
NU
N(B)
NV
NW
LVIC
*1 BSD: Bootstrap diode
Converter
Brake
Inverter
Feature Products
Contributing to reducing annual Power consumption
of high-end air conditioners by incorporating SJ-MOSFET
PSM10S94F6, PSM15S94H6, PSM20S94H6
<Main Features>
• SJ-MOSFET realizes approx. 80% smaller ON voltage during low- current
operation compared to IGBT. It contributes to improving efficiency of air
conditioner during steady-state operation especially
• Built-in IGBT function secures sufficient current capability during high-load
operation
• Current rating lineup expanded to support 2.2-8.0kW class air conditioners
• External size, pin assignment, etc. secure compatibility with our Super-mini
package*2 products
• Built-in BSD *3 for power supply to drive the P-side reduces number of external
peripheral parts required
■ Output characteristics (Typical)
1.6
VCE(sat),VDS [V]
SJ-MOSFET Super-mini DIPIPMTM
1.4
Super-mini DIPIPM
Ver.6 PSS15S92F6
1.2
1.0
0.8
0.6
0.4
0.2
0.0
Secures sufficient
current capability
during high-current
operation
SJ-MOSFET
PSM15S94H6
Reduced approx. 80%
0
2
*1 Compared to Super-mini DIPIPM Ver.6 PSS15S92F6 (15A/600V)
*2 Super-mini package such as Super-mini DIPIPM Ver.6 Series, etc.
*3 BSD : Bootstrap diode
Tj=25
4
6
Collector current [A]
8
10
Feature Products
Smaller package size realized by integrating newly designed RC-IGBT
Recommended for low-cost inverter and fan controller applications
SLIMDIPTM
SLIMDIP-S, SLIMDIP-L
<Main Features>
・RC-IGBT *1 incorporated, reducing package size 30% compared to Super-mini DIPIPM
・Maximum case temperature increased from 100°C to 115°C, raising operating
temperature range and leading to easier system design
・Additional terminals for floating supply and built-in bootstrap diodes simplify PCB wiring
pattern
・Both VOT *2 and OT *3 functions integrated for temperature protection
*1 RC-IGBT: Reverse conducting IGBT
*2 VOT: Temperature information output function
*3 OT: Over-temperature protection function
3
Bootstrap capacitor
Power supply and control
NW NV NU
W
V
U
Shunt resistor
To motor
P
Line-up of DIPIPMTM
■ Series Matrix of 600V / 500V DIPIPMTM
VCES（V）
Series
IC（A）
600V
500V
SLIMDIP
Ver.6
Industrial use
Ver.4
DIPIPM+
SLIM
Super-mini
Mini
Large
CIB
MOSFET
Super-mini
Super-mini
3
PSM03S93E5-A
5
PSS05S92F6-AG
PSS05S92E6-AG
PSS05S51F6
PSS05S51F6-C
10
PSS10S92F6-AG
PSS10S92E6-AG
PSS10S51F6
PSS10S51F6-C
15
PSS15S92F6-AG
PSS15S92E6-AG
PSS15S51F6
PSS15S51F6-C
PSM15S94H6-A★
PSS20S92F6-AG
PSS20S92E6-AG
PSS20S51F6
PSS20S51F6-C
PSS20S71F6
PSM20S94H6-A★
30
PSS30S92F6-AG
PSS30S92E6-AG
PSS30S71F6
35
PSS35S92F6-AG
PSS35S92E6-AG
20
SLIMDIP-S★
SLIMDIP-L★
50
PSM05S93E5-A
PS21A7A
75
RC-IGBT
CSTBT
CSTBT
CSTBT
CSTBT
SJ-MOSFET
MOSFET
HVIC
×1
×1
×3
×3
×1
×1
×1
LVIC
×1
×1
×1
×1
×2 ＊8
×1
×1
BSD
×3
×3
×3
ー
×3
×3
×3
UV
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side/Brake part
P-side/N-side
P-side/N-side
SC
N-side
N-side
N-side
N-side with sense
N-side
N-side
N-side
OT
N-side
N-side＊1
ー
ー
ー
ー
N-side
VOT＊2
N-side
N-side＊1
N-side
N-side
N-side
N-side
ー
High(3/5V)
High(3/5V)
High(3/5V)
High(3/5V)
High(5V)
High(3/5V)
High(3/5V)
Open
Open
Protective
Function
Chip
IGBT/MOSFET
Active input
Specifications
PSS50MC1F6★
PSS50NC1F6＊7★
PS21A79
PSS50S71F6
Emitter pin of N-side
Fault output
Insulation voltage
Insulation structure
RoHS directive
Pin type
N-side(UV,SC,OT) N-side (UV,SC,OT)
Open
Open
Open
Open
Open
N-side (UV,SC)
N-side (UV,SC)
N-side (UV,SC)
N-side (UV,SC)
N-side (UV,SC,OT)
2000Vrms
1500Vrms＊3
2500Vrms
2500Vrms
2500Vrms
1500Vrms＊3
1500Vrms＊3
Insulation sheet
Insulation sheet
Molding resin＊6/Insulation sheet
Insulation sheet
Insulation sheet
Insulation sheet
Insulation sheet
Compliant ＊5
Compliant ＊5
Compliant ＊4,＊5
Compliant ＊5
Compliant ＊5
Compliant ＊5
Compliant ＊5
Control side of zigzag
Long
C: Control side of zigzag
None: Short
ー
ー
Long
Long
★: New Product
[Term]
*1: PSSxxS92E6 has OT function, PSSxxS92F6 has VOT function
*2: Analog temperature output
*3: AC60Hz,1minute.Corresponds to isolation voltage 2500Vrms
in the case the convex-shaped heat sink
*4: High melting point solder (Lead Over 85%) is used
for chip soldering of PSSxxS51F6 only
*5: Pin plating and chip soldering : Lead-free solder
*6: Molding resin insulation for PSSxxS51F6/-C
*7: PSS50NC1F6 doesn't integrate brake part
*8: LVIC 1pcs in case of PSS50NC1F6
■ Application circuit of built-in BSD super-mini DIPIPMTM
+
+
+
V UFB
P
V VFB
U
V WFB
UP
VP
WP
V P1
CIB: Converter inverter brake
HVIC
V
M
W
+
V NC
MCU
[Notes]
UN
VN
NU
WN
5V
FO
LVIC
NV
V OT
15V
+
V N1
NW
V NC
CIN
Shunt
resistor
4
Line-up of DIPIPMTM
■ Series Matrix of 1200V DIPIPMTM
VCES（V）
Series
IC（A）
5
10
Chip
Protective
Function
Ver.6
Ver.4
DIPIPM+
Mini
Large
Large
CIB
PSS05S72FT
PSS10S72FT
PSS05SA2FT
PSS10SA2FT
Options
PS22A72
PSS05MC1FT★
PSS05NC1FT★
PS22A73
PSS10MC1FT
PSS10NC1FT★
★
15
PSS15SA2FT
PS22A74
25
PSS25SA2FT
PS22A76
PSS25MC1FT★
PSS25NC1FT★
35
PSS35SA2FT
PS22A78-E
PSS35MC1FT★
PSS35NC1FT★
50
PSS50SA2FT
PS22A79
HVIC
LVIC
CSTBT
CSTBT
CSTBT
CSTBT
×1
×1
×1
×2 ＊4
×3
×3
×3
×1
×3
×3
ー
×3
UV
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side/Brake
N-side
N-side
N-side
N-side
OT
ー
ー
ー
ー
N-side
N-side
N-side
N-side
High(5V)
High(5V)
High(5V)
High(5V)
Fault output
N-side (UV,SC)
N-side (UV,SC)
N-side (UV,SC)
N-side (UV,SC)
Insulation structure
Insulation sheet
Insulation sheet
Insulation sheet
Insulation sheet
Compliant ＊2
Compliant ＊2
Compliant ＊2
Compliant ＊2
ー
ー
ー
ー
BSD
SC
VOT＊1
Active input
Emitter pin of N-side
Specifications
PS
1200V
Mini Type
PSS15MC1FT★
PSS15NC1FT★
IGBT/MOSFET
Insulation voltage
RoHS directive
Pin type
Open
2500Vrms
Open
2500Vrms
★: New Product
5
■ Type Name Definition of DIPIPMTM
Open
2500Vrms
Non-recommended
Open
2500Vrms
: Please contact to the sales offices.
[Notes]
*1: Analog temperature output
*2: Pin plating and chip soldering : Lead-free solder
*3: PSS**NC1FTis not included brake.
*4: LVIC 1pcs in case of PSS**NC1FT
[Term]
CSTBTTM: Mitsubishi Electric’s unique IGBT that makes use of the carrier cumulative effect.
BSD: Bootstrap diode, HVIC: High-voltage IC, LVIC: Low-voltage IC,
UV: Supply Under Voltage protection,
SC: Short circuit protection, OT: Over-temperature protection,
RoHS: Restriction of hazardous substances in electrical and electronic equipment
CIB: Converter inverter brake
Voltage
class
Function
Series
Package
Circuit
construction
Rated
current
Chip type
DIPIPM
■ Outline Drawing of DIPIPMTM
Unit: mm
16-0.5
4.32±0.2
1.78±0.2
1
29
30
Type name, Lot No.
2-ø3.3
0.6
1
3.3
2-Ø
34
33
32
31
0.5
1.5
1
1
2
3.25
12.7
0.5
5.5±0.5
0.5
0.5
3 21
7.1
0.5
6.6±0.3 7.62±0.3 7.62±0.3 7.62±0.3 7.62±0.3
3.3±0.3
3.95±0.3
46±0.2
52.5
3.3±0.3
14×2.54(=35.56)
654
6.7±0.3 7.62±0.3 7.62±0.3 7.62±0.3
2.54±0.3
5.76±0.3
2.54±0.3
(41)
42±0.15
49
38
4-C1.2
8-0.6
0.28
2.54±0.2
98 7
(2)
(0.5)
37 36 35
31
25
12 10
11
10.5
6.5±0.5
3 MIN
18
15 13
14
Type name , Lot No.
29
30
15.5
24±0.5
Type name
Lot No.
.6
R1
2-
14±0.5
12
31
17
28 27 26 25 24 23 22 21 20 19 18 16
17
1
28
(1)
1.778±0.2
4.32±0.2
1.78±0.2
1.78±0.2
15.25
35±0.3
46.228(26×1.778)
0.5
38±0.5
20×1.778(=35.56)
0.28
1.778±0.2
2.04±0.3
(2)
(11×1.78)
Industrial DIPIPM (PSSxxS51F6)
0.5
Industrial DIPIPM (PSSxxS71F6)
1200V Mini DIPIPM
30.5
(6.3)
Super-mini DIPIPM Ver.6
MOSFET Super-mini DIPIPM
Super-mini DIPIPM Ver.5
Long (A)
HEAT SINK SIDE
1
.3
Ø3
Type name , Lot No.
15.25
(2)
(0.5)
37 36 35
34
33
32
A
A
32.8± 0.5
29.8± 0.3
(2.54×10)
2.54±0.3
2.8
B
18 19
12 13
14 15 1617
20
7 8 9 1011
41
42
4 56
15-1.15 ± 0.15
20
30
31
32
40
34
4-C1.2
27
21
31
10±0.3 10±0.3 10±0.3 10±0.3 10±0.3 10±0.3
0.5
70 ±0.3
79 ±0.5
0.5
6.7±0.3 7.62±0.3 7.62±0.3 7.62±0.3
2.54±0.3
5.76±0.3
2.54±0.3
(41)
42±0.15
49
1
0.6
2-ø4.5±0.2
33
1.8
0.8
5 ± 0.2
0.3
7-0.6
0.5
16
10.8
0.45
8
8.6
6x5 (30)
2.7
2
0.45
10.5
6.5±0.5
1.025
19-0.4
29
Type name , Lot No.
31±0.5
2-
23
A
A
B
(0.9)
3 21
A
B
18.8
654
0.5
98 7
12 10
11
12.7
(2)
30.5
(6.3)
15 13
14
B
HEAT SINK SIDE
5.5 ± 0.5
A
A
29
30
B
.6
B
R1
A = 2.54±0.3
B = 5.08±0.3
46.228(26×1.778)
28 27 26 25 24 23 22 21 20 19 18 16
17
SLIMDIP-S/L
9.4 ± 0.3
1.778±0.2
600V Large DIPIPM
1200V Large DIPIPM
2-
Industrial DIPIPM(PSSxxS51F6-C)
Zigzag(C)
DIPIPM+
6.58 ± 0.3
A
B
B A A
8.7± 0.3 8.7± 0.3 8.7± 0.3
2
3
35
34
456 78 9
B
A
A=1.778± 0.3
B=3.556± 0.3
1.778 x 12
B
1.778 ± 0.3
13 15 17 19 21 23 25
14 16 18 20 22 24
10
14.65± 0.3
34 ± 0.5
1
A
36
8.7± 0.3
8± 0.3 8± 0.3
33
32
8± 0.3 8± 0.3 8± 0.3
31
30
29
28 27 26
3± 0.3
8± 0.3 8± 0.3 8± 0.3
3± 0.3
76± 0.3
85± 0.5
0.6
0.5
5.7
6.45
1.2
13
0.5
6
IPM
New Products
Loaded with built-in functions, contributing to
inverters with enhanced energy savings
IPM G1 Series with 7th-generation IGBT
<Main Features>
・Power loss has been reduced with the introduction of the 7th-generation IGBT produced using CSTBTTM*1 and a diode incorporating a RFC*2 structure
that contributes to reducing the power consumed in inverters.
・The new resin-insulated metal baseplate, the same as that for the 7th-generation IGBT modules introduced, eliminates the solder-attached section,
and the thermal cycle lifetime has been increased, which contributes to improving inverter reliability.
・In addition to the built-in functions of the previous product,*3 a low-noise drive, error detection function and bootstrap power source *4 contribute to
lowering inverter noise and shortening design time.
・The introduction of press-fit pins and PC-TIM *5 contribute to simplifying the inverter assembly process (optional).
*1 CSTBT™: Mitsubishi Electric’s unique IGBT that utilizes the carrier cumulative effect.
*2 RFC: Relaxed field cathode
*3 Conventional product: IPM L1-Series
Built-in functions: Supply Undervoltage lock protection (UV)、Short-circuit protection (SC), Over-temperature protection (OT)
*4 Bootstrap power supply: Optional products include 50A, 75A, 100A/650V, 25A, 50A/1200V
*5 PC-TIM: Phase change-thermal interface material
■
"A" package main pin shape and layout
For the "A" package 6-in-1 (CG1A) main pin shape, select either solder pin or screw type.
For the pin layout, select either straight or L-shaped.
Main pin shape
Main pin layout
B or NC
P
Main pin: Solder pin
Main pin: Screw
N
U
N
V W
P
Straight
UV
U
V W
L-shaped
■ Lineup
VCES(V)
Package
A package
650V
B package
C package
A package
1200V
B package
C package
Connection
Ic（A）
25
50
75
100
150
200
C
PM50CG1A065★★
PM75CG1A065★★ PM100CG1A065★★
R
PM50RG1A065
PM75RG1A065★★
C
PM50CG1B065★★
PM75CG1B065★★ PM100CG1B065★★ PM150CG1B065★★ PM200CG1B065★★
R
PM50RG1B065★★
PM75RG1B065★★ PM100RG1B065★★ PM150RG1B065★★ PM200RG1B065★★
★★
300
450
C
PM200CG1C065★★ PM300CG1C065★★ PM450CG1C065★★
R
PM200RG1C065★★ PM300RG1C065★★
C
PM25CG1A120★★ PM50CG1A120★★
R
PM25RG1A120★★
C
PM25CG1B120★★ PM50CG1B120★★
PM75CG1B120★★ PM100CG1B120★★
R
PM25RG1B120★★ PM50RG1B120★★
PM75RG1B120★★ PM100RG1B120★★
C
PM100CG1C120★★ PM150CG1C120★★ PM200CG1C120★★
R
PM100RG1C120★★ PM150RG1C120★★
★★: Under Development
Representative reference is "A" package with screw terminal and straight layout (CG1A).
7
Line-up of IPM
■ Series Matrix of 600V IPM
VCES(V)
Series
IC(A)
G Series
Connection No.
50
R 09
★
R 10
★
C 12
PM50CGA060★
C 12
PM50CGAL060★
PM50CGAPL060★ C 09
PM75CGB060★
R 09
PM75CGA060★
PM75CGAL060★
R 10
C 10
PM100CGA060★
C 12
PM150CGB060★
C 10
R 10
PM200CGBB060★ C 10
PM200CGC060★ C 11
PM200RGC060★ R 11
PM300CGC060★
300
C 11
PM300RGC060★
400/450
600
800
R 11
PM450CGC060★
PM50B5L1C060
PM75CL1B060
PM75RL1B060
C 02
PM75CS1D060
PM75B4L1C060
PM75B6L1C060
C 01
PM100RL1A060
R 01
PM100CL1B060
PM100RL1B060
C 02
C 01
PM150RL1A060
R 01
PM150RL1B060
C 02
C 04
PM300CL1A060
C 04
PM300RL1A060
C
PM50RLA060
R
PM50CLB060
PM50RLB060
C
R
B5 03
B6 03
B5 01
B4 02
B5 02
B6 02
B4 03
PM75CLA060
C
PM75RLA060
R
PM75CLB060
PM75RLB060
C
R
B5 03
B6 03
PM100CLA060 C
PM100CS1D060 C 05
PM100RLA060 R
PM150CLA060 C
PM150CS1D060 C 05
PM150RLA060 R
R 02
PM200CL1A060
PM200RL1A060
B4 03
PM50CLA060
R 02
PM150CL1A060
PM150CL1B060
B6 02
B6 01
PM75B5L1C060
PM100CL1A060
B5 02
PM75B6LA060
PM75B6LB060
R 02
B4 02
B4 01
PM75B5LB060
L Series
Connection No.
B5 01
PM75B4LA060
PM75B4LB060
C 05
R 04
PM200CLA060 C
PM200CS1D060 C 05
PM200RLA060 R
PM300CLA060 C
PM300RLA060 R
R 04
C 11
CSTBT＊1
Built-in emitter sensor
Built-in temperature sensor
IGBT
chip
PM50B4L1C060
PM75B5LA060
R 01
PM100RGB060★
B6 01
PM50B6L1C060
PM75RL1A060
C 09
PM50B6LA060
PM50B6LB060
R 03
C 12
PM100CGAP060★
B4 01
PM50B5LB060
R 12
★
PM150RGB060★
200
PM50RL1C060
PM50B4LA060
PM50B4LB060
C 05
R 02
C 01
PM100CGAL060★ C 12
PM100CGAPL060★ C 09
150
PM50RL1B060
R 01 PM50CS1D060
PM75CL1A060
C 12
PM100CGB060★
100
PM50RL1A060
C 02
R 10
PM75CGAPL060★ C 09
PM75RGA060
PM50CL1B060
C 01
C 10
★
PM75RGB060★
75
PM50CL1A060
Photovoltaic
Connection No.
PM50B5LA060
R 12
C 09
PM50RGA060
PM75CGAP060★
★
PM75RGAP060
V1 Series
Connection No.
C 10
PM50CGB060★
PM50RGB060
600V
S1 Series
Connection No.
L1 Series
Connection No.
C 09
PM50CGAP060★
PM50RGAP060
(No.: Number of outline drawing, see page 10 to 11)
PM400DV1A060
D 06
PM800DV1B060
D 07
PM600DV1A060
CSTBT＊1
CSTBT＊1
Built-in emitter sensor
Built-in emitter sensor
Built-in temperature sensor Built-in temperature sensor
PM450CLA060 C 08
PM600CLA060 C 08
D 06
CSTBT＊1
Built-in emitter sensor
Built-in temperature sensor
CSTBT＊1
CSTBT＊2
Built-in emitter sensor
Built-in emitter sensor
Built-in temperature sensor Built-in temperature sensor
UV
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
P-side/N-side
Fault OT
output SC
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
P-side/N-side
−
−
−
−
−
−
Compliant
Compliant
Compliant
Compliant
Compliant
Compliant
−
Ｌ Series
S-DASH SERVO
OC
RoHS directive
Compatibility
D
B4
B5
V Series
B6
−
C
−
R
Connection
★★: Under Development ★: New Product
[Notes]
*1: Full-gate CSTBT
[Term]
UV: Supply Under Voltage-lock protection, SC: Short-Circuit protection, OT: Over-temperature protection,
OC: Over-current protection, CSTBT TM: Mitsubishi Electric’s unique IGBT that makes use of the carrier cumulative effect
RoHS: Restriction of hazardous substances in electrical and electronic equipment
TM
*2: PCM (Plugged Cell Merged) CSTBT
Non-recommended
: Please contact to the sales offices.
TM
8
Line-up of IPM
■ Series Matrix of 1200V IPM
VCES(V)
Series
IC(A)
G Series
Connection No.
PM25CGAP120★
C
09
PM25RGAP120★
R
09
PM25CGB120★
C
PM25RGB120★
25
R
PM25CGA120★
PM25CGAL120★
PM25CGAPL120★
50
C
09
PM50RGB120★
R
10
C
09
C
PM100CGC120★
C
12
10
10
10
11
★
R
PM150CGC120★
C
11
PM200CGC120★
C
11
PM150RGC120★
R
300
450
C
R
PM100CGB120★
PM100RGC120
12
C
PM75RGB120★
10
C
C
★
PM75CGB120★
200
09
PM50CGAP120★
PM50CGAPL120★
150
C
12
12
PM50CGAL120
100
12
R
PM50CGA120★
75
10
PM25RGA120★
PM50CGB120★
L1 Series
Connection No.
1200V
S1 Series
Connection No.
V1 Series
Connection No.
11
11
PM25CL1A120
C
PM25CL1B120
C
PM25RL1A120
R
PM25RL1B120
R
PM25RL1C120
R
01
02
01
02
C
01
PM50RL1A120
R
01
C
PM50RL1B120
R
02
C
01
PM75RL1A120
R
01
C
PM75RL1B120
R
02
C
04
PM150CL1A120
C
04
R
PM150RL1A120
R
04
PM25RLA120
R
PM25RLB120
PM50CS1D120
C
05
C
PM50RLA120
R
C
05
PM75RLA120
R
C
R
PM100CLA120
C
PM150CLA120
C
PM100RLA120
PM150RLA120
04
R
C
PM75RLB120
PM100CS1D120
C
PM75CLA120
PM75CLB120
05
R
C
PM50RLB120
PM75CS1D120
C
PM50CLA120
PM50CLB120
02
PM100CL1A120
PM100RL1A120
05
02
PM75CL1A120
PM75CL1B120
C
C
PM25CLB120
03
PM50CL1A120
PM50CL1B120
PM25CS1D120
PM25CLA120
R
R
PM200DV1A120
D
06
PM200CLA120
C
08
PM450DV1A120
D
06
PM450CLA120
C
08
PM300DV1A120
D
PM300CLA120
C
CSTBT＊1
Built-in current sensor
Built-in temperature sensor
CSTBT＊1
Built-in current sensor
Built-in temperature sensor
UV
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
Fault OT
output SC
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
P-side/N-side
P-side/N-side
N-side
P-side/N-side
P-side/N-side
−
−
−
−
−
RoHS directive
Compliant
Compliant
Compliant
Compliant
Compliant
Compatibility
−
L Series
S-DASH SERVO
V Series
−
OC
Connection
D
C
CSTBT＊1
Built-in current sensor
Built-in temperature sensor
06
CSTBT＊1
Built-in current sensor
Built-in temperature sensor
IGBT
chip
[Notes]
*1: Full-gate CSTBT
[Term]
UV: Supply Under Voltage-lock protection, SC: Short-circuit protection, OT: Over-temperature protection,
OC: Over-current protection, CSTBT TM: Carrier stored trench-gate bipolar transistor.
RoHS: Restriction of hazardous substances in electrical and electronic equipment
TM
08
CSTBT＊2
Built-in current sensor
Built-in temperature sensor
R
★★: Under Development ★: New Product
9
L Series
Connection No.
10
C
C
(No.: Number of outline drawing, see page 10 to 11)
*2: PCM (Plugged Cell Merged) CSTBT
TM
Non-recommended
: Please contact to the sales offices.
■ Outline Drawing of IPM
120
106±0.25
66.5
16
16
3-2
3-2
90
23
23
12
13
19.5
22
44
44
23
44
34+1/ - 0.5
32.8
31
4
2-2.54
23
16.5
25
13
70
56±0.25
9.3
16.5
2-2.54
162
50±0.5
50±0.5
50±0.5
14 22
28
22
28
22
3±0.5
38
50
50
31.84
31.84
31.84
3-2.54 3.22
3-2.54 3.22
3-2.54
3-2.54 21
53.75
36
3-2.54 21
50
3-2.54
09
53.75
1
14
2.6
14
2-φ 3.5
LABEL
PM50,75,100CGAP/CGAPL/
RGAP060
PM25,50CGAP/CGAPL/
RGAP120
5
19.55
3-2
90
80
16
3-2
16
3-2
16
6-2
20.45
3.22
2-φ4.3
MOUNTING
HOLES
6
12
12
12
12
12
12
17
17
17
17
17
17
4
6-0.8
18
6-φ 2.5
LABEL
25
18
18
19-□0.5
18
18
6-3
1
18
8-φ 5.5
MOUNTING
HOLES
C1
E2
25
4-φ 6.5
Mounting
Holes
ネジ深さ7.5
24-□0.64
17
25.5
2-φ 3.5
18
2-2.54
1.65
55
3±0.5
５
４
Ｐ３
２
１
C2F1
5-M4 NUT
19
５
４
Ｎ３
２
１
7.1
31
19
172
7.75
28
2-R7
3-M6 NUTS
SCREWING DEPTH 9.5
14
21
(15.5)
28
19
13
3.75
4-φ 6.5
MOUNTING HOLES
9
3
6
C1
E2
2-φ 5.5
MOUNTING
HOLES
15
15-□0.64
11
94.5
5
4
3
2
1
10
25.5
C2E1
P
73
76±0.25
90
3–M8NUTS
7
67.4
25
19
9.08
5
4
3
2
1
4-R6.5
8.5
15
31.2
30
28
+1
24.1 –0.5
33.6
34.7
106±0.25
5-2.54
10.16
PM450,600CLA060
PM200,300,450CLA120
12-M6
NUTS
120
10.16
LABEL
08
PM800DV1B060
N
PM400,600DV1A060
PM200,300,450DV1A120
29+1/ - 0.5
28
26
3.5
11
7
19-□0.5
4-R6.5
2
LABEL
16
1
LABEL
07
12
22.6
3.25
30.15
2-φ 2.5
12
50
5
12
120
42.7
9
3-2
13
106 ±0.25
13.5
20
10
06
10
3-2
4
2
11.6 1.1
13
10
50
39
18.7
6.05
10.5
10.5
10.5
16.5 20
20
21.5
78±0.5
110
3-2
1
10.16
5.57
6.05
19
10
12
106 ±0.3
23.79
2.5
18
4-φ 5.5
Mounting
Holes
6-2
12
120
7
11
3.25
PM50,75,100,150,200CS1D060
PM25,50,75,100CS1D120
6.05
11.7
40.5
71.5
66.5
10
11.5
27.5
9.5
05
12
6-M5 Nuts
5
23
31
13
135
110±0.5
26
26
10.5
10.5
10.5
9
19-□0.5
PM200,300CL1A/RL1A060
PM100,150CL1A/RL1A120
6.05
4-φ
2.
44
23
98.25
19-□0.5
04
19
5
2-φ 4.3
MOUNTING
HOLES
25
2.5
7.75
12 (SCREWING DEPTH)
7
9
6.5
23
5
5.5
6.5
32.75
1
25.75
11.75
10.75
5 10 2 2 2 10 2 2 2 10 2 2 2 10 2 2 2 2 2 2
25
1
13.5
6-M5
NUTS
55
19
35
13
44
9
32
5
55
12
14.5 17.5
1
80
2-φ 5.5
MOUNTING
HOLES
15.25
6-2
44
16
3-2
PM50RL1C060
PM25RL1C120
PM50,75,B4/B5/B6L1C060
7
17.5
2-φ 5.5
MOUNTING
HOLES
16 15.25
3-2 6-2
16
3-2
19.75
3.25
99
110±0.5
123
137
150
3.25
19.75
16
3-2
19.75
7
106
03
20.5
120
7
PM50,75,100,150CL1B/RL1B060
PM25,50,75CL1B/RL1B120
PM50,75B4/B5/B6LB060
36.6
11
02
50
PM50,75,100,150CL1A/RL1A060
PM25,50,75CL1A/RL1A120
PM50,75B4/B5/B6LA060
35.5
01
Unit:mm
10
Line-up of IPM
■ Outline Drawing of IPM
PM50,75,100,150CGB/RGB060
PM200CGBB060
PM25,50,75,100CGB/RGB120
3-2
3.25 3-2 10 3-2 10 3-2 10
90
5
6-2
19.55
3-2
6-2
1
9
13
85
16
5
3-2
9
16
6-2
13
19
50
58.75
20
1
3-2
25
15.5
7
2 ± 0.5
27.5
21
21
(12)
6-M4 NUTS
SCREWING
DEPTH 6.5
21
2-φ4.3
MOUNTING
HOLES
16
18.5
27.5
17.5
66.5
3.5
17.5
55
2-φ5.3
MOUNTING
HOLES
5
80
16
2-10
16
20
3-2
16
3-2
PM50,75,100CGA/CGAL060
PM50,75RGA060
PM25,50CGA/CGAL120
PM25RGA120
（11.7）
16
4-φ5.3
MOUNTING
HOLES
23.05
6-M5 NUTS
(SCREWING
DEPTH 7.2)
12
16
18.75
3.25
120
106
66.5
PM200,300CGC/RGC060
PM100,150,200CGC/RGC120
20.45
7
11
71±0.5
10
Unit:mm
9
7
3.5
27.5
26
106 ± 0.5
6-M4 NUTS
SCREWING
DEPTH 6.5
26
4
18
18
18
18
（8）
120
19-□0.5
19.5
22
30.2
+1
22 -0.5
（5）
（10）
4
7
+1
21.2
24 -0.5
19.5
22
30.8
31.9
3
6
+1
22 - 0.5
19-□0.5
24
30.9
33.4
2-φ2.5
2-φ2.5
19-□0.5
（15）
11
（60）
Line-up of MOSFET Modules
Series Matrix of MOSFET Modules
VDSS
RoHS directive compliant
75V
Connection
100V
Connection
150V
Connection
100
FM200TU-07A
T
FM200TU-2A
T
FM200TU-3A
T
200
FM400TU-07A
T
FM400TU-2A
T
FM400TU-3A
T
300
FM600TU-07A
T
FM600TU-2A
T
FM600TU-3A
T
ID (A)
T
Connection
Outline Drawing of MOSFET Modules
Unit: mm
FM200TU-07A, -2A, -3A
FM400TU-07A, -2A, -3A
FM600TU-07A, -2A, -3A
110
97
8.8
32
16
ø6
16
5
4
6.5
R6.
12
6
9.1
1
13
14
38
67
7
4
80
11.5
32
.5
32
ø6
16.5
25
35
26
90
20
11.5
16.5
.5
83
12 12.9
ø6
.5
6.5
12
IGBT Modules
New Products
Contributes to realizing smaller,
energy-saving large-capacity inverters
T Series 7th-generation IGBT Module
<Main Features>
• Power loss has been reduced with the introduced of the 7th-generation IGBT produced using CSTBTTM*2 and a diode incorporating a relaxed field of
cathode (RFC) structure, which contributes to reducing the power consumed in inverters.
• The new structure introduced eliminates the solder-attached section, and the thermal cycle lifetime has been increased, which contributes to
improving the reliability of inverters.
• The introduction of press-fit pins and PC-TIM *1 contribute to simplifying the assembly process for inverters.
*1 PC-TIM: Phase change - pin interface material
*2 CSTBTTM：Mitsubishi Electric’s unique IGBT that makes use of the carrier cumulative effect.
■ New structure realizes improved reliability (improved thermal cycle lifetime)
NX package structure comparison
Compared to standard package structure
6th-generation IGBT
6th-generation IGBT
Chip
Wire
Ceramic insulation board
Base board
Solder
Ceramic insulation board
Base board
Chip
Wire
Solder
7th-generation IGBT
7th-generation IGBT
DP resin
Chip
Wire
Added pattern thickness
Chip
Wire
Resin insulated metal baseplate
※Adopts SoLid Cover(SLC) Technology
13
US bonding
adopted
Thick metal substrate(TMS)
■ Assembly process simplified
◆ PC-TIM support
■PC-TIM application
■After face change
• Handling simple using heat dissipation grease
• Heat dissipation application process eliminated
• Contact heat resistance reduced through high
thermal conductivity
• High heat resistance improves quality
• Disparity in contact heat resistance reduced by
managing thickness
PC-TIM
Fixed at room temperature
◆ Press-fit terminal support
（NX）
Liquefied and spread like grease
■Press-fit pin
（under development）
• Possible to select the control pin shape
(soldered terminals/press-fit terminals)
• Solder attachment process eliminated
①Main pin
■ Series atrix of 7th-generation IGBT Modules
VCES(V)
Series NX type
IC(A)
②Signal pin
(No.: Number of outline drawing, see page 22, 23)
1200V
650V
Connection No.
Std type
Connection No.
NX type
Connection No.
Std type
1700V
Connection No.
NX type
Connection No.
75
CM100DY-24T★★
D 31
CM100TX-34T★★
CM100TXP-34T★★
T
T
ー
ー
CM100DY-34T★★
D
ー
34
38
CM150DY-13T★★
35
39
D 31
CM150TX-24T★★
CM150TXP-24T★★
CM150RX-24T★★
CM150RXP-24T★★
T
T
R
R
34
38
35
39
CM150DY-24T★★
D 31
CM150TX-34T★★
CM150TXP-34T★★
T
T
ー
ー
CM150DY-34T★★
D
ー
34
38
CM200DY-13T★★
35
39
D 31
CM200TX-24T★★
CM200TXP-24T★★
T
T
34
38
CM200DY-24T★★
D 32
CM200DY-34T★★
D
ー
CM225DX-24T★★
CM225DXP-24T★★
D
D
29
40
CM300DX-24T★
CM300DXP-24T★
D
D
29
40
CM300DY-24T★★
CM300DY-34T★★
D
ー
CM450DX-24T★
CM450DXP-24T★
D
D
29
40
CM600DX-24T★
CM600DXP-24T★
D
D
29
40
CM1000DX-24T★★ D
CM1000DXP-24T★★ D
30
41
150
CM150TX-13T★★
CM150TXP-13T★★
CM150RX-13T★★
CM150RXP-13T★★
T
T
R
R
200
CM200TX-13T★★
CM200TXP-13T★★
CM200RX-13T★★
CM200RXP-13T★★
T
T
R
R
225
29
CM300DY-13T★
40
D 32
CM400DY-13T★
D 32
400
450
CM450DX-13T★
CM450DXP-13T★
D
D
29
40
600
CM600DX-13T★
CM600DXP-13T★
D
D
29
CM600DY-13T★
40
D 33
1000
D
T
ー
D 31
100
Connection
D
34
38
35
39
34
CM100DY-13T★★
38
D
D
CM75DY-34T★★
T
T
R
R
T
T
CM300DX-13T★
CM300DXP-13T★
Connection No.
CM100TX-24T★★
CM100TXP-24T★★
CM100RX-24T★★
CM100RXP-24T★★
CM100TX-13T★★
CM100TXP-13T★★
300
Std type
CM225DX-34T★★
CM225DXP-34T★★
D
D
ー
ー
D 32
CM300DX-34T★★
CM300DXP-34T★★
D
D
ー
ー
CM450DY-24T★
D 33
CM450DX-34T★★
CM450DXP-34T★★
D
D
ー
ー
CM600DY-24T★
D 33
CM600DX-34T★★
CM600DXP-34T★★
D
D
ー
ー
R
★★: Under Development ★: New Product
14
IGBT Modules
Feature Products
Contributes to realizing smaller,
energy-saving large-capacity inverters
Power Module for 3-level Inverter
1-in-1 / 2-in-1 type
<Main Features>
• Compatible with 3-level inverters, reducing power consumption approx. 30％*1
• New package developed*2 contributing to lower inductance and simplified
inverter circuit structure
• IGBT specifications optimized*3 with development of new compact,
low-inductance package
• 4-in-1*4 and 1-in-1/2-in-1*5 lineup contributes to improved compactness and
freedom in inverter design
4-in-1 type
■ Internal circuit diagram
1-in-1 type (H)
2-in-1 type (C2)
4-in-1 type (S)
*1 Comparison between 3-level inverter incorporated in this device and 2-level inverter in
conventional device.
*2 1-in-1/2-in-1 type external dimensions of 130x67mm, 4-in-1 type external dimensions of
115x82mm, new package developed with innovative terminal positioning.
*3 IGBT specifications optimized for 3-level inverters, adopting CSTBTT M (Mitsubishi
Electric’s unique IGBT that makes use of the carrier cumulative effect).
*4 4-in-1 module with one 3-level inverter arm in one package.
*5 Bidirectional switch model as emitter common connection.
■ Lineup
Module type
Rated voltage
Rated current
Circuit structure
External dimensions
W×D（mm）
CM400ST-24S1
IGBT
1200V
400A
4-in-1
115×82
CM1400HA-24S
IGBT
1200V
1400A
1-in-1
130×67
RM1400HA-24S
Diode
1200V
1400A
1-in-1
130×67
CM1000HA-34S
IGBT
1700V
1000A
1-in-1
130×67
CM500C2Y-24S
IGBT
1200V
500A
2-in-1
130×67
Main application
Model
125-500kW inverter
500kW - inverter
Evolution of IGBT Module Series
4th-generation 5th-generation
of IGBT
of IGBT
F Series
NF Series
Type Name Definition of IGBT Modules
6th/6.1th-generation
of IGBT
S Series, S1 Series
7th-generation
of IGBT
T Series
CM 150 D Y -24 NF
Series name
Voltage class
Standard (Std) type
NX type
NX type
NFH Series
Standard (Std) type
Standard (Std) type
MPD type
MPD type
Outline drawing
and other specifications
Connection type
Rated current capacity
IGBT module
3-Level type
A Series
NX type
Standard (Std) type
Features of IGBT Module Series
S Series
・Lineup includes various package types
・6th-generation CSTBTTM delivers low-loss performance
・Thinner package (Height: 17mm) (NX type)
・Suited to large-capacity applications
(1200V/2500A, 1700V/1800A) (MPD type)
MPD: Mega power dual
15
NFH Series
・High-speed CSTBT TM delivers low-loss performance
・Soft switching (resonant) turn-off function (ZVS)
・Enhanced inner wiring (skin effect)
CSTBT TM: Mitsubishi Electric’s unique IGBT that makes use of the carrier cumulative effect.
Line-up of IGBT / Diode Modules
■ Matrix of 600V IGBT Modules
(No.: Number of outline drawing, see page 19 to 20)
VCES(V)
Series
NX Series
IC(A)
NF Series
No.
Connection
Connection
CM75TL-12NF
07
M
01
CM100MX-12A
M
01
150
CM150RX-12A
R
02
200
CM200RX-12A
R
02
CM200TL-12NF
CM200RL-12NF
R
300
CM300DX-12A
D
03
CM300DY-12NF
400
CM400DX-12A
D
03
100
CM100RX-12A
R
CM75RL-12NF
CM100TL-12NF
02
D
Connection
F Series
No.
07
CM100RL-12NF
R
T
07
CM150DY-12NF
D
08
Connection
CM75DU-12F
D
CM100DU-12F
D
CM150DU-12F
D
CM200DU-12F
D
CM75TU-12F
D
13
CM150DUS-12F
D
13
09
CM200DU-12NFH
D
13
D
08
CM300DU-12NFH
D
14
CM300DU-12F
D
CM400DY-12NF
D
10
CM400DU-12NFH
D
14
CM400DU-12F
D
CM600DY-12NF
D
11
CM600DU-12NFH
D
15
CM600HU-12F
H
T
CM150RL-12NF
R
CM200DY-12NF
D
T
T
07
07
07
CM100TU-12F
09
R
T
CM150TU-12F
08
No.
T
CM100DUS-12F
CM150TL-12NF
600
H
R
NFH Series
No.
T
CM75MX-12A
75
RoHS directive (2011/65/EU) compliant
600V
T
CM200TU-12F
T
M
Connection
Non-recommended
■ Matrix of Power Module for 3-level Inverter
1200V IGBT Module
VCES/VRRM
IC/IF
(No.: Number of outline drawing, see page 22 to 23)
RoHS directive (2011/65/EU) compliant
1700V IGBT Module
Connection
No.
CM400ST-24S1★
S
36
CM400C1Y-24S
C1
11
CM500C2Y-24S★
C
37
: Please contact to the sales offices.
1200V Diode Module
Connection
No.
Connection
No.
H
37
400
500
1000
1400
CM1000HA-34S★
CM1400HA-24S★
H
H
37
RM1400HA-24S★
37
IGBT module
Connection
Diode module
C1
C2
H
S
H
★: New Product
＊Connection H of diode module and IGBT module are different.
16
Line-up of IGBT Modules
■ Matrix of 6th/6.1th-generation of IGBT Modules <S Series / S1 Series> 1200V/1700V
(No.: Number of Outline Drawing, see page 19 to 23)
VCES(V)
Series
NX type
IC
35
CM35MXA-24S
M 04
50
CM50MXA-24S
M 04
CM75MXA-24S
M 04
CM75TX-24S
T 05
CM75RX-24S
R 02
CM100MXA-24S
M 04
CM100TX-24S1
T 26
CM100RX-24S1
R 27
CM150DX-24S
D 03
CM150EXS-24S
100
150
200
225
300
450
600
MPD type
Connection No.
NX type
Connection No.
MPD type
Connection No.
CM75MXA-34SA
M 24
CM75RX-34SA
R 20
E 25
CM150DX-34SA
D 21
CM150TX-24S1
T 26
CM150RXL-34SA
R 22
CM150RX-24S1
R 27
CM200EXS-24S
E 25
CM200DX-34SA
D 21
CM200RXL-24S
R 22
CM200EXS-34SA
E 25
CM225DX-24S1
D 28
CM300DX-24S1
D 28
CM300RXL-24S1★
R 22
E 25 CM300DY-24S
D 10
CM300DX-34SA
D 21
CM450DX-24S1
D 28 CM450DY-24S
D 11
CM450DXL-34SA
D 23
CM600DX-24S1
D 28
CM600DY-24S
D 11
CM600DXL-34SA
D 23
CM800DY-24S
D 12
CM300EXS-24S
CM600DXL-24S
D 06
800
900
1000
1700V
Std type
Connection No.
75
RoHS directive (2011/65/EU) compliant
1200V
CM900DUC-24S
CM1000DXL-24S
Connection No.
D 17
D 06
CM1000DUC-34SA D 17
CM1400DUC-24S
1400
D 17
1800
CM1800DY-34S
2500
CM2500DY-24S
D
T
R
M
D 19
D 19
E
Connection
★: New Product
17
■ Series Matrix of IGBT Modules 1200V/1700V
RoHS directive (2011/65/EU) compliant
VCES(V)
1200V
Series
Std type
IC
NFH Series
Connection No.
50
75
100
150
200
300
400
1700V
CM50RL-24NF
T 07
CM50TL-24NF
R 07
F Series
Connection No.
MPD Series
Connection No.
CM50DU-24F
D
CM75RL-24NF
T 07
CM75DU-24F
D
CM75TL-24NF
R 07
CM75TU-24F
T
CM100DY-24NF
D 08
CM100DY-24A
D 08
R 07
CM100TL-24NF
T 07
CM150DY-24NF
D 08
CM150DY-24A
D 08
Connection No.
CM75DY-34A
D 08
CM100DY-34A
D 08
CM100DU-34KA
D
D
CM150DY-34A
D 10
CM200DU-24NFH D 14 CM200DU-24F
D
CM200DY-34A
D 10
CM300DU-24NFH D 14 CM300DU-24F
D
CM300DY-34A
D 11
CM400DY-34A
D 18
CM500HA-34A
H 16
CM100E3Y-24NF E3 08 CM100DU-24NFH D 13 CM100DU-24F
CM100RL-24NF
Std type
Connection No.
CM150E3Y-24NF E3 08 CM150DU-24NFH D 13 CM150DU-24F
CM150TL-24NF
T 09
CM150RL-24NF
R 09
CM200DY-24NF
D 10
CM200DY-24A
D 08
CM200TL-24NF
T 09
CM200RL-24NF
R 09
CM300DY-24NF
D 11
CM300DY-24A
D 10
CM400DY-24NF
D 11
CM400DY-24A
D 11 CM400DU-24NFH D 15
CM400HA-24A
H 16
D
500
CM600DU-24NF D 12
600
900
CM600DY-24A
D 11 CM600DU-24NFH D 15 CM600DU-24F
CM600HA-24A
H 16
CM900DUC-24NF
D
D
CM1000DUC-34NF D
1000
1400
CM1400DUC-24NF D
H
D
T
R
E3
Connection
Non-recommended
: Please contact to the sales offices.
18
Line-up of IGBT Modules
■ Outline Drawing of IGBT Modules
02
(14)
12
6
15
49.53
(21.14)
13.5
20.71
22.86
A
4-ø5.5
MOUNTING HOLES
3.81
6-M5 NUTS
22.86
22.86
3.81
3.5
A
8.5
17
6
12
50±0.5
57.5
62
17
6.5
3.75
4
6.5
(21.14)
0.8
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
6.5
13.5
5
3
23
48
LABEL
22.86
3.81
3.81
3.6
4.05
15.24
7.75
22
41.22
6-M6 NUTS
5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
A
94.5
117.2
6.5
(21.14)
(3)
7
LABEL
(20.5)
7.75
13
17 +1-0.5
3.6
17
17
10.5
18
13
48
17.5
26
10.5
10.5
25
25
11.7
(6.05)
10.5
30.5
46.3
(13)
78±0.5
110
6-M5 NUTS
11
LABEL
+1
4-φ5.5
MOUNTING
HOLES
16.5
(6.05)
13.75
TAB#110,
t=0.5
16
24.1–0.5
LABEL
7
13
16
(SCREWING DEPTH)
7
4
29 –0.5
23.2
+1.0
16
20
48.75
2-φ6.5MOUNTING HOLES
23
10.5
3-M5 NUTS
26.5
12
12
21.2 7.5
12
23
12
80±0.25
20
4
32
12
23
12
11.75
(13.5)
12
22
16
(19.75)
3
(SCREWING DEPTH)
10.75
10.5
55
35
12
+1
12
22 –0.5
6-M5
NUTS
19
23
135
110±0.5
26
(6.05)
17
23
(6.05)
(13)
40.78
13.62
17
2-φ5.5
MOUNTING
HOLES
106±0.5
12
7
94
CM200TL/RL-12NF
CM150,200TL/RL-24NF
18
120
4
11
09
CM150,200,300DY-12NF
CM100,150DY-24NF
CM100,150,200DY-24A
CM75,100DY-34A
CM100,150E3Y-24NF
φ 0.5
18.7
08
121.7
22
31
30
29
28
4
＊All dimensions with a tolerance of
CM75,100,150TL /RL-12NF
CM50,75,100TL /RL-24NF
117.2
22
32
39
3.81
3.81
33
39
94.5
110±0.5
10.53
27.53
12
6
3.81
11.43
49.72
10.74
19.24
40
39
38
37
36
35
34
3
3.75
11.66
3.81
LABEL
LABEL
15.24 19.05
2
114.06
4.06
0.8
15.24
63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
3.81
11.43 11.43 11.43 11.43 11.43 3.81
3.81
15
152
137
121.7
110±0.5
1
(SCREWING DEPTH)
13
(6.5)
3.5
3.5
3.5
3.81
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
3.81
3.81
11.43
3.81
3.81
4-φ5.5
MOUNTING
HOLES
118.1
0.8
15.24
30
29
28
27
26
25
24
23
3.81
3.81
3.81
11.43
3.81
3.81
3.81
11.43 11.43
3.81
11.43
3.81
15
15.24
54
55
56
57
58
59
60
61
4.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
4-φ5.5
MOUNTING
HOLES
3.81
11.66
3.81
3.81
62
57.5
50±0.5
39
3.81
11.43
30
29
28
27
26
25
24
23
11.66
3.81
11.43
11.66
62
57.5
50±0.5
39
3.81
3.81
16.9
53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31
54
55
56
57
58
59
60
61
3.81
15.24
15.14
13.5
39
24.52
53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31
3.81
3.81
7.75
3.81
3.81
3.81
22.86
φ 0.5
CM600,1000DXL-24S
4-ø5.5
MOUNTING
HOLES
121.7
110±0.5
99
94.5
3.81
11.43 11.43
3.81
3.81
3.81
11.43
3.81
13.09
3.81
3.81
4.06
06
CM75TX-24S
121.7
110±0.5
99
94.5
＊All dimensions with a tolerance of
φ 0.5
3.81
05
CM35,50,75,100MXA-24S
3.81
3.81
04
＊All dimensions with a tolerance of
φ 0.5
3.81
3.5
LABEL
＊All dimensions with a tolerance of
07
17 +1
-0.5
6
4.2
17
8.5
7
36
24
47
54.2
22
39
8
14
13.64
39
50±0.5
57.5
62
77.1
10
(14)
11
2
41.66
(SCREWING DEPTH)
3.81
3.81
12
35
1
7.75
46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25
6.5
0.8
3.5
4-ø5.5
MOUNTING HOLES
9
(21.14)
＊91.2
＊95
＊75.96
＊79.76
＊60.72
＊64.52
＊45.48
＊49.28
＊15
＊18.8
＊30.24
＊34.04
22
152
137
121.7
110±0.5
99
94.5
3.81
(13.5)
4-M6 NUTS
34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13
22
23
1
0.8
11.43
3.75
61
＊15.48
＊19.28
＊30.72
＊34.52
11.43
3.81
(20.5)
30
11.43
136.9
121.7
110±0.5
99
94.5
7.75
12
6
54
3.75
11.43
39
96.91
＊47.38
＊51.19
＊66.43
＊70.24
＊81.67
＊85.48
＊89.29
＊93.1
＊
0
31
0
(7.75)
11.43
15
53
＊11.66
＊15.48
＊23.1
＊26.9
＊34.52
＊38.34
LABEL
4-φ5.5
MOUNTING
HOLES
39
50±0.5
57.5
62
0
＊28.33
＊32.14
＊13.09
＊16.9
0 ＊4.06
＊58.4
＊4.2
110±0.5
99
94.5
CM300,400DX-12A
CM150,200DX-24S
3.81
121.7
＊118.1
03
CM100,150,200RX-12A
CM75RX-24S
3.81
CM75,100MX-12A
3.81
01
Unit: mm
■ Outline Drawing of IGBT Modules
CM400C1Y-24S
CM450DY-24S
CM600DY-24S
CM300DY-24NF
12
CM600DU-24NF
CM800DY-24S
36
108
3-M6 NUTS
110
93±0.25
14
14
15
14
20
6
4
7 18
7 18
2.8
+1
29 –0.5
7.5
18
LABEL
+1
8
+1
24.5 –0.5
18
CM1000DUC-34SA
150
137.5\0.25
42
14 14
7.5
7.9
Dia - 6.5
(4 TYP.)
4-φ6.5
12
7
18
7
62±0.25
80
21.5
TAB#110. t=0.5
18
LABEL
CM400DY-34A
10
36
130
110±0.2
43.8
10
13.8 11.5
10
2
10
17.5
29
14
25
8-Ø6.5
MOUNTING HOLES
E2
9
9
14.5
18
10
C1
20
40
110±0.2
130
G1
E2
+1
+1
25.1
6.7
16.5
ＬＡＢＥＬ
(15)
24.5 –0.5
(25.9)
（SCREWING DEPTH）
14 14 14 14 14 14
42
42
6.7
16.5
（SCREWING DEPTH）
36+1/-0.5
(8.5)
25.8+1/-0.5
LABEL
9-M6 NUTS 12
15.7
M6 - THD.
(2 TYP.)
M4 - THD.
(2 TYP.)
35 –0.5
16
9
9
20.5 14.5
C1
E1
62
48
13
G2
20
9
10 10
C2E1
C2
93±0.25
108
21
11 19
5.5
10.5
38\0.25 42.5\0.25 38\0.25
74\0.25
74\0.25
129.5
166
15.7
6
20
14
25
18
4
4
24
TAB#110,
t=0.5
17 CM900,1400DUC-24S
CM400,600HA-24A
CM500HA-34A
14
3-M6 NUTS
17.5 6 15 6
(9)
7
TAB#110,
t=0.5
LABEL
16
4-φ6.5 MOUTING
HOLES
21.2 8.5
2.5
16
21.2
30+1/- 0.5
2.5
4-φ6.5 MOUNTING HOLES
7.5
2.5
25
21.5
8.5
2.5
16
25
3-M6 NUTS
13.5
22
3 - M5 Nuts
(8.5)
(9)
14
25.7
18
25
12
110
93±0.25
7.5
4
18
48
24
2 - Mounting
Holes
(6.5 Dia.)
14
CM600DU-12NFH
CM400,600DU-24NFH
(8.5)
Tc measured point
108
93±0.25
14
17.5 6 15 6
48±0.25
62
94
80±0.25
23
23
17
11
7
15
CM300,400DU-12NFH
CM200,300DU-24NFH
7.5
LABEL
21.2 8.5
+1.0
22.2
14
CM100,150DUS-12F
CM200DU-12NFH
CM100,150DU-24NFH
LABEL
8.85 8.25
13
29 –0.5
+1.0
30 –0.5
LABEL
4–φ6.5
MOUNTING HOLES
TAB#110,
t=0.5
18
7
18.25
18
7
35 –0.5
4-φ6.5MOUNTING HOLES
18
9.25 (10)
TAB#110,
t=0.5
18
14
21.5
+1.0
29 –0.5
7
25
(22.2)
18
14
4–M4 NUTS
15
25
3-M6 NUTS
8.5
7
3–M8 NUTS
65
6
24
4-φ6.5MOUNTING HOLES
18
14
26
15
80
62±0.25
6
62
25
26
40
110±0.25
130
6
26
15
48±0.25
25
10
13.8 11.5
43.8
14.5
93±0.25
21.5
140
130
110±0.25
20.4 10
CM600DY-12NF
CM400DY-24NF
CM400,600DY-24A
CM300DY-34A
14.5
11
CM400DY-12NF
CM200DY-24NF
CM300DY-24A
CM300DY-24S
CM150,200DY-34A
9
10
Unit: mm
20
Line-up of IGBT Modules
■ Outline Drawing of IGBT Modules
21
CM150DX-34SA
CM200DX-34SA
CM300DX-34SA
Ø5.5±0.1
Ø0.5 12 x position tolerancesbase plate holes
（94.5）
23
4-φ5.5
(3)
22
22
27.53
88.53
94.5±0.3
106.3±0.3
3.75
3.5
+1
17-0.5
34.02
57.5
(94.5)
72.01±0.2
75.82±0.2
79.63±0.2
(SCREWING DEPTH)
27
CM100TX-24S1
CM150TX-24S1
CM100RX-24S1
CM150RX-24S1
121.7
110±0.5
57.5
7.75
106.3±0.2
(94.5)
83.44±0.2
87.26±0.2
52.96±0.2
56.78±0.2
68.2±0.2
72.02±0.2
4-φ5.5
MOUNTING HOLES
6.5
106.31±0.2
LABEL
50±0.5
57.5
62
77.1
39
22
12
6
(94.5)
8
3.75
11.8±0.2
0.8
4 3.5
13.1
(5.6)
4-φ5.5 MOUNTING HOLES
83.44±0.3
87.26±0.3
68.2±0.3
72.02±0.3
52.96±0.3
56.78±0.3
37.72±0.3
41.54±0.3
22.48±0.3
26.3±0.3
4-M5 NUT
(15.64)
136.9
121.7
110±0.5
94.15
0
0
3.75
0
7.24±0.3
11.06±0.3
50±0.5
62
23.04±0.3
19.22±0.3
15.41±0.3
(41.9)
62
57.5
50
39
42.09±0.3
38.27±0.3
34.46±0.3
23.04±0.3
19.22±0.3
15.41±0.3
11.5
13.64 14
14
42.09±0.3
38.28±0.3
34.46±0.3
22.48±0.2
26.3±0.2
(7.75)
0
7.24±0.2
11.06±0.2
4-φ5.5 MOUNTING HOLES
85.35±0.3
89.16±0.3
62.49±0.3
66.3±0.3
70.11±0.3
.5
16.77±0.3
20.58±0.3
24.39±0.3
R6
0
3.75
4.2
4-
LABEL
(102.3)
94.5
7.75
39.63±0.3
43.44±0.3
47.25±0.3
3.81
37.72±0.2
41.54±0.2
26
17
22
13.1
LABEL
52.96±0.2
56.77±0.2
60.58±0.2
3.75
7
14
6-M6 NUTS
6-M5 NUTS
10
5
46.5
73.71
106.3±0.2
3.5
13.5
3.6
6
0
4
19.24
10.74
7.75
(3.75)
11.8±0.2
0.8
15.14
8
12
121.7
152
137
110±0.5
121.7
117.2
110±0.5
39
22
11.8±0.3
23.04±0.2
19.22±0.2
15.42±0.2
0
(57.5)
7.75
17
16.4
0
104
89
62
17.66 3.81 19.05
21
24.31±0.3
20.05±0.3
0
38.27±0.2
34.46±0.2
23.04±0.2
19.22±0.2
15.42±0.2
4-φ5.5 MOUNTING HOLES
43.36±0.3
39.55±0.3
22.86
42.08±0.2
38.28±0.2
34.46±0.2
22.48±0.2
26.3±0.2
(41.9)
62
50±0.5
(8)
(12)
24.31±0.3
20.5±0.3
11.35±0.3
.5
(57.5)
MOUNTING HOLES
58.6±0.3
94.5
81.54±0.2
85.35±0.2
89.16±0.2
R6
51.06±0.2
54.87±0.2
58.68±0.2
4-
35.82±0.2
39.63±0.2
7
0
(6.5)
+1
17 -0.5
20.58±0.2
24.39±0.2
3.5
39
22
(102.3)
7.75
(20.5)
(7.75)
105.9±0.3
110±0.5
(15.64)
117.66±0.3
117.21±0.3
CM150EXS-24S
CM200EXS-24S
CM300EXS-24S
CM200EXS-34SA
13.5
CM75MXA-34SA
0
5.34±0.2
9.15±0.2
121.7
41.22
49.72
3.6
11.5
13.5 14.14
15.1
25
7
24
CM450DXL-34SA
CM600DXL-34SA
11.36±0.3
(15.64)
6.5
22.86
85.58
60.58±0.3
64.39±0.3
0.45±0.3
14
6-M5 NUTS
81.46±0.3
77.65±0.3
22.86
87.25±0.3
(94.5)
14
22.86
(20.5)
106.3±0.2
3.5
83.44±0.2
87.26±0.2
(94.5)
68.2±0.2
72.02±0.2
52.96±0.2
56.78±0.2
37.72±0.2
41.54±0.2
22.86
105.85±0.3
96.7±0.3
13.5 20.71
18.06
4-φ5.5
MOUNTING HOLES
121.7
110±0.5
121.7
110±0.5
94.5
7.75
22.86
9.15±0.3
12.96±0.3
4-φ5.5 MOUNTING HOLES 5.86
22.48±0.2
26.3±0.2
(7.75)
0
7.24±0.2
11.06±0.2
13
LABEL
20.71
37.72±0.2
41.54±0.2
CM200RXL-24S
CM300RXL-24S1
CM150RXL-34SA
(6.5)
(15.64)
(SCREWING DEPTH)
8.2
B
13.5
37.72±0.3
33.91±0.3
50±0.5
57.5
62
41.5
101
14 14 (7)
LABEL
22
57.95±0.3
39
22
12
6
106.3±0.2
68.2±0.2
72.2±0.2
83.44±0.2
87.26±0.2
8
178
39
3.75
15
4-Ø5.5
MOUNTING HOLES
6.5
77.1
39
22
12
52
14 14 (7) 14 14 (7)
（15.64） 7.75
7
(5)
(11.5)
(42)
136.9
121.7
110±0.5
94.5
11.5
13.64 14
(11.9)
8
8-M 4 NUTS
8.5
(5.4)
18-M 6 NUTS
37.72±0.2
41.54±0.2
0
125
(23)
(23) (23)
(23)
(7)
142.5
(126)
48
(6)
15 21
51.9
(42)
(9)
4-M6 NUTS
38
(7)
46.9
(7)
(7)
(42)
22.48±0.2
26.3±0.2
LABEL
（7.75）
(9)
(58)
(42)
7.24±0.2
110.6±0.2
(11.9)
(116)
152
137
121.7
110±0.5
94.5
8
(10)
(174)
(15.14)
(13.5)
7.75
52.96±0.2
56.78±0.2
j
310
(290)
(232)
50±0.5
57.5
62
CM75RX-34SA
0
7.24±0.3
11.05±0.3
20
CM1800DY-34S
CM2500DY-24S
7.24±0.2
11.06±0.2
19
Unit: mm
13.5
20.71
22.86
22.86
22.86
6-M5 NUTS
■ Outline Drawing of IGBT Modules
33.91±0.3
50±0.2
39
22±0.3
6
8
A9
137
114
102±0.2
94.5±0.2
37.72±0.3
0
7.85±0.3
11.66±0.3
7.85±0.3
23.09±0.3
23.09±0.3
26.9±0.3
34.52±0.3
38.33±0.3
A
A
4- 5.5±0.2
MOUNTING HOLES
A7
A6
7
12
98±0.2
105±0.2
110
19±0.3
19±0.3
12
18
(4.2)
(0.8)
7
13
16.5
14.4
+1
17-0.5
LABEL
(SCREWING DEPTH)
7
14
+1
6±0.5
(SCREWING DEPTH)
3.5
12
18
RESIN SURFACE
3.5
A5
A4
17
A3
31
32
CM100,150,200DY-13T
CM100,150DY-24T
33
CM300,400DY-13T
CM200,300DY-24T
CM600DY-13T
CM450,600DY-24T
94
(7)
94
(7)
23
23
23
93±0.25
18.5
23
28
28
21
17
6
(7)
3-M5 NUTS
17.5
4
6
4
15
62
48±0.25
18
13
18
13
34
48
4
13
4
17
108
(7.5)
80±0.25
17
80±0.25
20.5±1
60.58±0.3
64.39±0.3
0
0.45±0.3
(15.5)
A2
7.24±0.3
11.05±0.3
(6.5)
4-φ5.5
MOUNTING HOLES
LABEL
9.1±0.2
(12.3)
0
110±0.2
A8
14
3.75
87.25±0.3
(15.64)
60.58±0.3
64.39±0.3
7.24±0.3
11.05±0.3
(7.75)
A1
17 -0.5
.5)
(R0
12
57.95±0.3
12
50±0.5
57.5
62
22
6
57.95±0.3
39
R7
83.8±0.2
(13.5)
14
0.45±0.3
10
122
7.75±0.2
B
(15.64)
4- 5.5±0.2
MOUNTING HOLES
(7)
137±0.3
(15)
4-M6 NUTS
(6.5)
6-M6 NUTS
10
37.72±0.3
33.91±0.3
(31)
19±0.3
39.5
62
4-M6 NUTS
152
57.5±0.2
7.75
105.7±0.3
3.5±0.2
3.75±0.2
(13.5)
CM1000DX-24T
0.7±0.3
152
137
121.7
110±0.5
94.5
(15.14)
30
CM300,450,600DX-13T
CM225,300,450,600DX-24T
(4.6)
29
CM225DX-24S1
CM300DX-24S1
CM450DX-24S1
CM600DX-24S1
87.25±0.3
28
Unit: mm
3-M5 NUTS
2- 6.5 MOUNTING HOLES
2- 6.5 MOUNTING HOLES
3-M5 NUTS
4- 6.5 MOUNTING HOLES
TAB #110 t=0.5
TAB (DIN46244-A2.8-0.5)
7
16
7
16
12
6
36
CM150,200RX-13T
CM100,150RX-24T
4.9
LABEL
CM400ST-24S1
26
22.86
22.86
62
57.5±0.2
6.5
(15.5)
115
103 ± 0.5
46
12
30.5
3.75
A
20.5± 0.3
6-M6 NUTS
0
1.1± 0.3
51
76
64.6 ± 0.3
9.5
41 ± 0.3
45 ± 0.3
0
3
6
RESIN SURFACE
± 0.3
3
22.86
4-φ5.5
(MOUNTING HOLES)
36 ± 0.3
32 ± 0.3
13.6 ± 0.3
6±0.5
+1
17-0.5
3.5
LABEL
83.45±0.3
87.26±0.3
50±0.2
20.7
26
4
6 ±0.5
RESIN SURFACE
68.21±0.3
72.02±0.3
A
(102.3)
0.8
52.97±0.3
56.78±0.3
6
12
22
14
77.1
39
19.23±0.3
15.42±0.3
13.5
82
70 ± 0.5
4- 5.5±0.2
MOUNTING HOLES
38.28±0.3
34.47±0.3
106.3 ±0.3
106.3 ±0.3
83.44 ±0.3
87.25 ±0.3
68.2 ±0.3
72.01 ±0.3
52.96 ±0.3
56.77 ±0.3
37.72 ±0.3
41.53 ±0.3
22.48 ±0.3
26.29 ±0.3
0
11.8 ±0.3
7.24 ±0.3
1105 ±0.3
A
11.5
0
22
4-M6 NUTS
13.64
23.04±0.3
19.23±0.3
15.42±0.3
(42.3)
23.04 ±0.3
19.23 ±0.3
15.42 ±0.3
57.5±0.2
MOUNTING HOLES
42.09±0.3
38.28±0.3
34.47±0.3
3.75 ±0.2
7.25±0.3
1106±0.3
85.35±0.3
89.16±0.3
62.49±0.3
66.3±0.3
70.11±0.3
39.63±0.3
43.44±0.3
47.25±0.3
16.77±0.3
20.58±0.3
24.39±0.3
0
4- 5.5±0.2
0
0.45 ±0.3
62
50 ±0.2
57.95 ±0.3
7.75
94.5±0.2
122
110±0.2
94.5±0.2
37.73±0.3
41.54±0.3
110±0.2
22.49±0.3
26.3±0.3
122
42.09 ±0.3
38.28 ±0.3
34.47 ±0.3
6
14
9
7.75±0.2
22
7.5
LABEL
35
CM100,150,200TX-13T
CM100,150,200TX-24T
(28.8)
+1
30-0.5
(28.8)
+1
30-0.5
LABEL
34
22
TAB #110 t=0.5
12
7.5
12
(30.9)
16
TAB #110 t=0.5
12
43
14
32 ± 0.3
9
12
15 ± 0.3
19 ± 0.3
23 ± 0.3
14
+1
9
12
30-0.5
14
22
Line-up of IGBT Modules
■ Outline Drawing of IGBT Modules
39
CM100,150,200TXP-13T
CM100,150,200TXP-24T
CM150,200RXP-13T
CM100,150RXP-24T
122
110±0.2
94.5±0.2
68.21±0.2
72.02±0.2
MOUNTING HOLES
22.49±0.2
26.3±0.2
0
7.25±0.2
11.06±0.2
4- 5.5±0.2
0.45±0.2
4- 5.5±0.2
(MOUNTING HOLES)
6.5
85.35±0.2
89.16±0.2
A
62.49±0.2
66.3±0.2
70.11±0.2
76
39.63±0.2
43.44±0.2
47.25±0.2
22
0
105
7.75
4- 5.5±0.2
MOUNTING HOLES
120
(31)
19±0.3
94.5±0.3
R7
0
.5)
(R0
137
114
102±0.2
50±0.2
62
A8
57.5±0.2
8
33.91±0.2
0
7.85±0.2
11.66±0.2
7.85±0.2
23.09±0.2
23.09±0.2
26.9±0.2
34.52±0.2
38.33±0.2
83.8±0.2
37.72±0.2
6
4- 5.5±0.2
MOUNTING HOLES
14
12
39
(7)
110±0.3
22±0.3
57.95±0.2
10
122
(12.3)
137±0.3
4-M6 NUTS
A4
A
A3
10
(SCREWING DEPTH)
7
+1
17-0.5
LABEL
12
18
12
98±0.2
105±0.2
110
19±0.3
12
18
0.62
7
16.5
(4.2)
19±0.3
23
3.5
A6
RESIN SURFACE
14.4
6±0.5
A7
17
4- 5.5±0.2
MOUNTING HOLES
20.5±1
A
13
3.75±0.2
87.25±0.2
60.58±0.2
64.39±0.2
7.24±0.2
11.05±0.2
0.45±0.2
(6.5)
(15.5)
22.86
22.86
106.3±0.2
22.86
6-M6 NUTS
62
50±0.2
20.7
3.75
13.64
0
A
57.5±0.2
6
22
12
77.1
+1
6-M6 NUTS
152
(13.5)
11.5 39
14
39.5
9.1±0.2
3.5±0.2
7.75±0.2
11.5
5
105.7±0.2
0.7±0.2
A5
(42.3)
106.3±0.2
83.44±0.2
87.25±0.2
68.2±0.2
72.01±0.2
52.96±0.2
56.77±0.2
37.72±0.2
41.53±0.2
22.48±0.2
26.29±0.2
CM1000DXP-24T
(4.6)
41
CM300,450,600DXP-13T
CM225,300,450,600DXP-24T
(15)
19.23±0.2
15.42±0.2
RESIN SURFACE
17-0.5
6±0.5
1.5
RESIN SURFACE
4.3
0.78
LABEL
LABEL
40
38.28±0.2
38.28±0.2
34.47±0.2
13.5
(102.3)
3.3
29.5
16.5
0
(1)
4-M6 NUTS
7.24±0.2
11.05±0.2
30
11.8±0.2
14
22
0
A
3.75±0.2
38
30
0.45±0.2
14
23.04±0.2
19.23±0.2
15.42±0.2
57.5±0.2
62
50±0.2
57.95±0.2
6
17
(21.2)
18
42.09±0.2
38.28±0.2
34.47±0.2
23.04±0.2
19.23±0.2
15.42±0.2
13
10.5
8
26
1
42.09±0.2
38.28±0.2
34.47±0.2
0
6
6.5
(19.6)
8.5
67
42
55±0.5
20
6
15.5
6.5
94.5±0.2
16.77±0.2
20.58±0.2
24.39±0.2
7.75±0.2
83.45±0.2
87.26±0.2
137
122
110±0.2
130
118±0.5
6
52.97±0.2
56.78±0.2
38
CM500C2Y-24S
CM1400HA-24S
CM1000HA-34S
RM1400HA-24S
37.73±0.2
41.54±0.2
37
Unit: mm
HVIGBT Modules
New Products
Industry-leading power and operating temperature range for smaller,
higher-capacity inverter systems
X Series HVIGBT Modules (6,500V/1,000A)
*1 RFC: Relaxed field of cathode
*2 As of May 2015, based on Mitsubishi Electric research
*3 LNFLR: Linearly-Narrowed Field Limiting Ring
CM1000HG-130XA
（TS）
CM750HG-130R
150
10%
95％
90％
0
(130mm X 140mm)
Heat resistance
improved
approx.
100％
100
500
■ Increased current capacity
(190mm x 140mm)
■ Characteristics graph
Ic[A]
<Main Features>
• Power loss reduced by incorporating 7th-generation IGBT and
RFC*1 diode
• Maximum operation temperature of 150 degrees Celsius, a world’s
first*2 for the 6.5kV class
• High SOA capability, high snap-off tolerance
• Thermal resistance improved approx. 10% compared to using
LNFLR structure*3 (CM750HG-130R)
• Replacement is simple using package compatible with
IGBT H Series and R Series modules
ON voltage
reduced
approx.
30%
0
1
2
3
4
5
6
VCEsat[V]
Saturation voltage between collector
and emitter (R Series vs X Series)
85％
80％
R Series
X Series
Heat resistance comparison
(R Series vs. X Series)
■ Output current characteristics
V
H Series
(190mm x 140mm)
X Series
(190mm x 140mm)
X Series
(130mm X 140mm)
3.3kV
1200A
(400A/segment)
1800A
(600A/segment)
1200A
(600A/segment)
4.5kV
900A
(300A/segment)
1350A
(450A/segment)
900A
(450A/segment)
6.5kV
600A
(200 A/segment)
900A
(300A/segment)
600A
(300A/segment)
① Current capability is increased 1.5 times
for the same package size.
Inverter output current
［Arms］
Condition: Tj=125℃, Vcc=3600V, P.F=0.85, fo=50Hz, Tf=80℃
1200
X Series
1000
R Series
800
600
400
200
0
0
200
400
600
800
1000
1200
Switching carrier frequency
［Hz］
② Same current capability is realized in smaller package.
■ LNFLR structure(edge termination optimized）
Edge termination
Increased
28%
Active chip area
Compared to previous product*, active chip area is increased 28%
by optimizing edge termination.
* CM750HG-130R
24
Line-up of HV Modules
■ Series Matrix of HVIGBT/HVIPM
Vces
1700V
IC(A)
Connection Type No.
(No.: Number of outline drawing, see page 26 and 27)
2500V
3300V
Connection Type No.
4500V
Connection Type No.
Connection Type No.
400
750
800
CM400DY-50H
CM600DY-34H
D HA 01
CM600E2Y-34H
E2 HA 01
D HA 15
CM400HG-66H
H HG 07
CM400DY-66H
D HA 15
CM600HG-90H
CM800DZB-34N
D NB 01
CM800DZ-34H
D HC 01 CM800HB-50H
CM800HA-34H
H HA -
H HB 03
CM800HC-66H
H HC 03
CM800E4C-66H
E4 HC 06 CM800HC-90R
CM800E6C-66H
CM800HB-66H
E2 HC 06 CM800HG-90R
H HB 03
900
1000
1200
CM1200HCB-34N
H NB 03
CM1200DB-34N
D N 04
CM1200DC-34N
D N 04 CM1200HC-50H
CM1200E4C-34N
E4 N 05 CM1200HB-50H
CM1200HC-34H
H HC 02
CM1200DC-34S★
D S 04
1500
1600
CM1600HC-34H
H HC 02
CM1800HCB-34N
H NB 06
1800
CM1800HC-34N
H N 05
CM1800HC-34H
H HC 06
CM2400HCB-34N
H NB 06
CM2400HC-34N
H N 05
Connection
2400
CM2400HC-34H
H
CM1000HC-66R
H R 08
CM1000E4C-66R
E4 R 10
CM1200HG-66H
H HG 09
H HC 06 CM1200HC-66H
H HC 06
H HB 06 CM1200HB-66H
H HB 06
PM1200HCE330-1
H HC 14
CM1500HC-66R
H R 10
CM1500HG-66R
H RG 11
CM1800HC-66X★★
H HC 10
VPRM
1700V
E4
4500V
Connection Type No.
250
300
400
600
E4 HG 09
CM750HG-130R
H HG 11
H R 08
H RG 13
H HG 13
H HG 09
CM900HB-90H
H HC 06
CM900HG-90X★★
H HB 06
CM1000HG-130XA★ H HG 11
CM1200HC-90R
H R 10
CM1200HC-90RA
H R 10
CM1200HG-90R
H RG 11
RM300DG-90S
D SG 18
RM400DG-90F
D FG 18
D SG 18
RM400DY-66S
D SD 19
RM600DY-66S
D SD 19 RM600HE-90S
D F6 18
RM900DB-90S
D SD 21
RM1000DC-66F
D F 20
RM1200DG-66S
D SG 18
1200 RM1200DB-34S D SD 16 RM1200HE-66S
RM1200DB-66S
1800 RM1800HE-34S H SH 17
RM1500DC-66F
H SH 17 RM1200DG-90F
D SD 21
: Please contact to the sales offices.
★★: Under Development ★: New Product
Type Name Definition
of IGBT Modules
Connection Type No.
RM200DG-130S
D SG 18
RM250DG-130F
D FG 18
H SH 17 RM600DG-130S
RM800DG-90F
RM900HC-90S
900
1000
Non-recommended
6500V
Connection Type No.
RM400DG-66S
800
Connection
CM400E4G-130H
H HG 09
CM900HC-90H
(No.: Number of outline drawing, see page 28)
200
H
E2 HG 09
D
3300V
Connection Type No.
1500
H HG 12
CM400E2G-130H
H HC 06
E2/E6
■ Series Matrix of HVDIODE Modules
IF(A)
H HG 07
CM400HG-130H
H HG 12 CM600HG-130H
CM900HG-90H
[Type Description] (H Series: Standard) HA: Cu base plate, HB: Cu base plate, HC: AlSiC base plate, HG*: AlSiC base plate
(N Series: CSTBT TM) N: AlSiC base plate (CM1200DB-34N: Cu base plate), NB: AlSiC base plate (Outline of H Series)
(R Series: Low-loss) R: AlSiC base plate, RG*: AlSiC base plate
(S Series: CSTBT TM (III)) S: AlSiC base plate
*: High-Insulation package (10.2kV, AC 1min.)
25
Connection Type No.
CM200HG-130H
200
600
6500V
CM 1200 H C -66 H
Series name
D SG 18
H SH 21
Voltage class
Outline drawing
and package type
Connection type
D FG 18
D F 20
Ｄ
★★: Under Development ★: New Product
[Type Description] (F Series: Low-loss) F: AlSiC base plate, FG*: AlSiC base plate
(S Series: Standard) SH: AlSiC base plate, SD: Cu base plate, SG*: AlSiC base plate
*: High-Insulation package (10.2kV, AC 1min.)
Rating current class
CM: IGBT, RM: DIODE, PM: HVIPM
■ Outline Drawing of HVIGBT Modules
02
CM600DY-34H
CM600E2Y-34H
CM800DZ-34H
CM800DZB-34N
4-M8 NUTS
57±0.25
57±0.25
130
114
4-M8 NUTS
57±0.25
LABEL
3-M4 NUTS
48.8
06
CM1200E4C-34N
CM1800,2400HC-34N
4-M8 NUTS
57±0.25
130±0.5
SCREWING
DEPTH
MIN. 7.7
10.35±0.2
10.65±0.2
48.8±0.2
18±0.2
61.5±0.3
08
CM400HG-66H
CM200HG-130H
+0.1
57±0.25
6-M8 NUTS
57±0.25
40±0.3
6
4
2
5
3
1
1
9±0.2
10.35±0.3
SCREWING
DEPTH
MIN. 16.5
+1
0
61.5±0.3
6-φ7
MOUNTING
HOLES
38
28±0.5
48
18±0.3
190±0.5
57±0.25
20 -0.2
3
10.65±0.3
48.8±0.3
SCREWING
DEPTH
MIN. 7.7
+1.0
0
SCREWING DEPTH
MIN. 16.5
3-M4 NUTS
5±0.2
16.2±0.3
5±0.15
5.8
36.2
SCREWING
DEPTH
MIN. 4
4-φ7 MOUNTING
HOLES
8-φ7MOUNTING
HOLES
LABEL
61.5
13
2
140±0.5
124±0.25
140±0.5
4
1
12.9±0.3
20.25
41.25
CM1200HG-66H
CM900HG-90H
CM400E2G/E4G-130H
CM600HG-130H
36
5
21.6±0.3
61.5
4-M8 NUTS
17±0.1
124±0.25
20
40
130±0.5
57±0.25
57±0.25
2
44±0.3
124±0.25
09
CM1000HC-66R
CM800HC-90R
2-M8 NUTS
28.7
79.4
17± 0.1
73±0.5
57±0.25
3-M4 NUTS
+1
+1
07
6-φ7 MOUNTING
HOLES
SCREWING
DEPTH
MIN. 16.5
5
55.2±0.3
3-M4 NUTS
44±0.3
SCREWING
DEPTH
MIN. 16.5
1
20±0.1
40±0.2
124±0.25
140±0.5
124±0.25
140±0.5
6-φ7 MOUNTING
HOLES
3
5±0.2
18±0.2
44±0.2
57±0.2
2
6-M8 NUTS
57±0.25
38 -0
11.85±0.2
30±0.2
20±0.1
16±0.2
40±0.2
53±0.2
5±0.2
SCREWING
DEPTH
MIN. 7.7
1
190
171
57±0.25
57±0.25
38 -0
6-M4 NUTS
3
CM1800,2400HCB-34N
CM1800,2400HC-34H
CM1200HB/HC-50H,-66H
CM800E4C/E6C-66H
CM900HB/HC-90H
4-M8 NUTS
57±0.25
4
LABEL
3-M4 NUTS
SCREWING
DEPTH
MIN. 7.7
14±0.3
61.2±0.5
59.2±0.5
8-φ7MOUNTING
HOLES
SCREWING
DEPTH
MIN. 16.5
61.2±0.5
12±0.3
+1.0
0
130±0.5
57±0.25
57±0.25
2
6-φ7MOUNTING HOLES
61.5
18
5
38
05
CM1200DB/ DC-34N
CM1200DC-34S
4
10.35
10.65
140
20
40
LABEL
5
04
140
6-φ7MOUNTING HOLES
18.5
61.5
18
140
2.5
38
16.5
124±0.25
140±0.5
3-M4 NUTS
48
55.2
11.85
30
6-φ7 MOUNTING HOLES
44
57
38
18
5
16
4-M8 NUTS
57±0.25
38
40
53
124±0.25
30
124±0.25
140
5-M4 NUTS
130
114
20
20
57±0.25
124±0.25
130
114
CM1200HCB-34N
CM800HB-50H,-66H
CM800HC-66H
9±0.1
57±0.25
03
CM1200,1600HC-34H
5±0.15
01
Unit: mm
26
Line-up of HV Modules
■ Outline Drawing of HVIGBT Modules
10
11
CM1000E4C-66R
CM1500HC-66R
CM1800HC-66X
CM1200HC-90R
CM1200HC-90RA
190±0.5
57±0.25
12
CM1500HG-66R
CM1200HG-90R
CM750HG-130R
CM1000HG-130XA
CM600HG-90H
CM400HG-130H
57±0.25
6-M8 NUTS
57±0.25
130±0.5
4-M8 NUTS
57±0.25
6-M8 NUTS
1
41.25±0.3
79.4±0.3
20.25±0.3
61.5±0.3
13
9±0.1
8-φ7
MOUNTING
HOLES
SCREWING
DEPTH
MIN. 16.5
SCREWING DEPTHMIN 16.5
SCREWING DEPTHMIN 7.7
42.5±0.3
SCREWING
DEPTH
MIN. 7.7
4-φ7 MOUNTING
HOLES
30.7±0.5
SCREWING
DEPTH
MIN. 16.5
61.2±0.5
16.5±0.3
38 0.5
5 0.2
+1.0
38 0
38
14
CM800HG-90R
CM900HG-90X
28.5±0.5
3-M4 NUTS
8-φ7MOUNTING HOLES
14 0.3
3-M4 NUTS
+1
0
28±0.5
5±0.3
SCREWING
DEPTH
MIN. 7.7
13±0.3
61.5±0.3
1
5±0.15
3-M4 NUTS
3
140±0.5
3
2
124±0.25
5
4
+1.0
0
2
15
PM1200HCE330-1
48
4
44±0.3
6
40±0.3
140±0.5
124±0.25
17±0.1
57±0.25
Unit: mm
CM400DY-50H/66H
130
114
4-M8 NUTS
6-M8NUTS
61.5±0.3
13
57±0.25
4-M 8 NUTS
Screwing depth16.5mm
(Electrode thickness 1.0mm)
20
61.5±0.3
57±0.25
(15)
2-M3 Screwing
57±0.3
６−φ７ ＭＯＵＮＴＩＮＧＨＯＬＥＳ
G2
8-ø6.5 MOUNTING
HOLES
57±0.3
5-M 4 NUTS
7.2
36.3
48.8
SCREWING DEPTHMIN 16.5
SCREWING
DEPTH
MIN 7.7
18
C2
24.5
61.5
53.6
6-φ 6 MOUNTING HOLES
SCREWING
DEPTH
MIN 11.7
2.6
5
28 +2
0
38 0+2
0.5
38
57±0.3
190±0.3
E2(C1)
G1
9.3
0.3
23 11
SCREWING DEPTHMIN 7.7
14
E2
E1
(16.5)
17
+1.0
38 0
3-M4 NUTS
(14)
45
C1
27
140
40
40
124±0.3
140±0.3
(15)
41
18.3 15.85
44
0.3
CM
124±0.25
C2
E1
■ Outline Drawing of HVDIODE Modules
17
RM1200DB-34S
90
74±0.3
40
4-M8 NUTS
4-M8 NUTS
130±0.5
57±0.25
57±0.25
4-M8 NUTS
SCREWING DEPTH
MIN. 16.5
5±0.15
+1.0
0
+1.0
0
38
RM1000,1500DC-66F
130±0.5
57±0.25
57±0.25
4 - M8 NUTS
57±0.25
6-φ7 MOUNTING HOLES
21
4-M8 NUTS
RM1200DB-66S
RM900DB/HC-90S
57±0.25
130
57±0.25
4-M8 NUTS
2
3
1
CM
+1
0
38
18
61.5
6-φ7 MOUNTING HOLES
SCREWING DEPTH
MIN. 16.5
+1
SCREWING DEPTH
MIN. 16.5
5
6-φ7 MOUNTING HOLES
61.5±0.3
LABEL
5±0.2
40
40±0.3
140±0.5
140
40
124±0.25
124±0.25
18±0.3
6-φ7 MOUNTING HOLES
38
18
61.5
4
124±0.25
140
20
+0.1
20 -0.2
130
114
5
57±0.25
9.3
29.7
+1.0
0
5±0.2
38
20
RM400,600DY-66S
20
19
1
61.2±0.5
16.5±0.3
4-φ6.5 MOUNTING HOLES
SCREWING DEPTH
MIN. 16.5
3
140±0.5
17±0.1
6-φ7 MOUNTING HOLES
11.85±0.2
2
44±0.3
>PET+PBT<
55.2±0.3
4
130
114±0.3
61.5
>PPS<
1
3
124±0.25
140±0.5
2
30±0.2
4
124±0.25
57±0.25
48
130±0.5
RM400,1200DG-66S
RM300DG-90S
RM400,800,1200DG-90F
RM200,600DG-130S
RM250DG-130F
20±0.1
57±0.25
18
RM1800HE-34S
RM1200HE-66S
RM600HE-90S
38 –0
16
Unit: mm
28
Power Modules for Electric and Hybrid Vehicles
New Products
Package with 6-in-1 connection and integrated water-cooled fin
contributes to more compact, high-power inverters for automobiles
■ Block Diagram
CT1000CJ1B060,
CT600CJ1B120
High Power J1 Series Power Modules for Automobiles
P1
<Main Features>
• Integrated direct water-cooling structure with cooling fins and 6-in-1
connection contribute to more compact inverters for automobiles
• Direct lead bonding (DLB) structure ensures high reliability
• Loss further reduced by incorporating 7th-generation IGBT built with a
CSTBTTM＊ structure
• Completely lead-free, conforms to RoHS directives (2011/65/EU)
• Suitable for a variety of electric and hybrid vehicle inverters
P2
P3
UPV
VPV
WPV
UPG
UPA
UPS
UPE
VPG
VPA
VPS
VPE
WPG
WPA
WPS
WPE
V
VNG
VNA
WNG
WNA
U
UNG
UNA
UNS
UNE
VNS
VNE
N1
＊CSTBTTM: Mitsubishi Electric’s unique IGBT that utilizes the carrier cumulative effect.
W
WNS
WNE
N2
N3
Features
Common
・Package structure compliant with the End-of-Life-Vehicles Directive,
regulations relating to substances of environmental concern
・Long power/temperature cycle life
・High-precision on-chip temperature sensor
・High traceability in managing materials/components for each
product throughout the entire production process
J Series T-PM (Transfer-molded Power Module)
J Series IPM
・Structure incorporates transfer modeling and original direct
lead bonding (DLB) technique
・DLB structure reduces internal wiring resistance and
inductance
・Completely Pb-free (including the pins)
・Drive circuit and protection circuits for short-circuiting, power
supply* undervoltage and overheating
・Built-in isolated switching power supply for IGBT drive and
IPM control functions (PM800CJG060G、PM500CJG120G)
・Redundancy function for failsafe design and high system
performance, chip temperature analog output function and
DC-link voltage analog output function
・Built-in automotive-grade photocouplers and interface connector(s)
＊ PM800CJG060G, PM500CJG120G only
■ Matrix of 650V and 900V Power Modules
VCES(V)
(No. : Number of outline drawing, please refer to page 30)
650V
Series
900V
J1 Series
PM with pin fin
IC(A)
CT300CJ1A060★★
300
-
400
-
500
J Series
Connection No.
C
-
T-PM
01
CT300DJG060★★
-
-
-
-
Connection No.
D
-
02
-
J1 Series
IPM
PM300CJG060G★★
-
Connection No.
C
-
04
-
-
-
-
CT600DJH060★★
D
03
PM600CJG060G★★
C
05
1000
CT1000CJ1B060★★
C
07
-
-
-
-
-
-
C
-
-
-
PM800CJG060G★★
C
-
01
01
-
-
C
C
-
Connection No.
CT400CJ1A090★★
CT600CJ1A060★★
-
-
-
600
800
PM with pin fin
-
06
-
-
-
D
Connection
※ PM : Power module, ★★ Under Development
■ Matrix of 1200V Power Modules
VCES(V)
(No. : Number of Outline Drawing, please refer to page 30)
1200V
Series
J1 Series
PM with pin fin
IC(A)
J Series
Connection No.
IPM
Connection No.
300
CT300CJ1A120★★
C
01
-
-
-
500
-
-
-
PM500CJG120G★★
C
06
-
-
-
-
-
400
CT600CJ1B120★★
600
-
800
C
-
C
-
-
07
-
-
-
-
D
Connection
29
※ PM : Power module, ★★ Under Development
Type Name Definition of Power Modules
for Electric and Hybrid Vehicles
PM 500 C JG 120 G
Options
Voltage class
Series name and
structure
Connection type
Rating current class
CT: IGBT, PM: IPM
■ Outline Drawing of Power Modules for Electric and Hybrid Vehicles
29.25 ± 0.4
07
(13)
5.08
12
12
14.5±0.2
2.5±0.2
6.4±0.4
7.5
3.36±0.1
3×2
(15) 7
(6.5)
21±0.3
(8)
(13)
130±0.25
144
64.5±0.3
(11.4)
64.5±0.3
9-φ6.5
7
50.5±0
51.5±0.3
50.5±0.25
51.5±0.3
50.5±0.25
(24)
7
(M6 NUTS)
7
(13.3)
(13)
(13)
(6.5) (8)
64.5±0.25
64.5±0.25
20.5
58.7±0.25
7
130±0.25
144±0.25
8-φ6.5
(MOUNTING HOLES)
(38.7)
(92.5)
(50)
(9)
13.5
(13.5)
29±0.3
(16)
8-R6.5
42.6
13.5
46±0.25
165
21±0.3
(MOUNTING HOLES)
32
13.5
18.7
(13.3)
37.1
(13.3)
(1.8)
(13.3)
31
13
13
13.5
(13.5)
CT1000CJ1B060
CT600CJ1B120
48.8
12-M6 13Max
48.8
63.45
112.25
48.8
14.65
36.1
46±0.25
27±0.25
108.5±0.25
59±0.25
29±0.3
(3)
32.1
5-φ6.5 +0.2
0 (M6 NUTS)
21±0.3
8-φ6.5
(6.5) (11.1)
(13)
PM500CJG120G
PM800CJG060G
8-R6.5±0.3
46±0.25
4-M3
7
3× ø3.5
(6.5)
51.5±0.25
59±0.25
(6.5)(7.5)
24.8
12±0.2
12
64
50±0.2
165±0.8
7
30±0.25
(40.5)
(P=2.54)
10.16 9
21.15±0.5
0.64
51.5±0.25
(7.5)(6.5)
(MOUNTING HOLES)
108.5±0.25
152.5±0.25
166.5±0.8
3× ø6
30.5±1
(30.3)
(38.3)
(43)
46±0.25
4.55
(6.5)(9)
30±0.25
(40.5)
5.08
12
6.5
4-φ6.5 +0.2
0
49±0.25
49±0.25
58.7±0.25
71±0.25
85±0.8
(13)
06
PM600CJG060G
4-R6.5±0.3
(12) (6.5)
(9)(6.5)
4-M3
84
7± 0.5
16.7± 0.5
18.9
12.5
0.64
2-φ2.5
(49.8)
(45.7)
(43.4)
66.4 ± 0.1
15.2 ± 0.2
13.08 ± 0.2
51.2 ± 0.2
05
27±0.25 5-Ø6.5+0.2
0 (M6 NUTS)
(24)
AM
69.5
24-□0.64
PM300CJG060G
(27)
M
.5
66.4
04
30.5±1
3-φ6
for self trapping screw
3.5mm x 5mm
□1
1
A
N
φ5
4xφ7
4xφ9
A
42.6
86.2± 0.1
4x
P
8.7
φ5.4
A
W
5.08
12
U
NS
NE
NG
NK
NA
17± 0.2
5 ± 0.2
62.33± 0.2
12
WNA
WNS
WNE
WNG
6.33
40.33± 0.2
9× 0.64
ø5.4
(1.8)
WPG
WPE
WPS
WPA
68.7
78.7± 0.3
86.2± 0.2
86.2± 0.1
88.7
92.2
5xM5 8Max.
VNA
VNS
VNE
VNG
2-1.5
V
PG
PE
PS
PV
3.36
38.5
48 ± 0.3
57.5
60.83 ± 0.2
18.45± 0.2
10.16
32.83 ± 0.2
UNA
UNS
UNE
UNG
49.6
44 ± 0.2
UPG
UPE
UPS
UPA
VPG
VPE
VPS
VPA
P=2.54
PV
U
N
36±0.4
56
49.5±0.2
1 M ＡM
23.8 ± 1
18.5 ± 0.2
P=2.54
23.8 ± 1
6.75 ±0.3
9 ±0.2
16
17.45 ±0.2
36±0.4
5.08 (P=2.54)
66.4 ± 0.1
73.7 ± 0.2
77.2
79.48± 0.2
83.2
12.4 ±0.3
6
2.54 ±0.2
P
CT600DJH060
9-□0.64
29.25 ± 0.4
23
2.5
03
CT300DJG060
11.2
02
53.2
23.2 ± 0.3
7.3 ± 0.2
13.2
13.7 ± 0.2
26.6 ± 0.3
36.8
CT300CJ1A060
CT300CJ1A120
CT400CJ1A090
CT600CJ1A060
43.2 ± 0.3
01
Unit: mm
(14.5)
8- 5.5
19.5
(7)
(7)
8- 12.8
for self tapping screw
3.5mm x 6mm
8- 7
8- 9
(10.8)
(8.5)
104.7
(14.5)
75.4
27.95
(32)
(9.1)
21.31
12.35
2.7
11.5
(7.5)
6.3
16.4
43.82
65.2
53.78
92.62
102.58
16
114
151.38
29.1
24
39- 0.64
23
101.4
62.79
(131.4)
2
159
2
30
POWER MODULES
Mitsubishi Electric Europe B.V. (European Headquarters)
– Semiconductor European Business Group –
Mitsubishi-Electric-Platz 1 / D-40882 Ratingen
Phone +49 (0) 21 02 / 486 0 / Fax +49 (0) 21 02 / 486 41 40
Mitsubishi Electric Europe B.V.
German Branch
Semiconductor Sales Office
Mitsubishi-Electric-Platz 1
D-40882 Ratingen
Phone +49 (0) 21 02 / 486 34 30
Fax
+49 (0) 21 02 / 486 72 20
Mitsubishi Electric Europe B.V.
UK Branch
Semiconductor Sales Office
Travellers Lane, Hatfield
GB-Herts. AL 10 8XB
Phone +44 17 07 / 21 61 00
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(Russia) LLC
Semiconductor Sales Office
Kosmodamianskaya Nab. 52 Bld. 1
113054 Moscow
Phone +7 495 721 20 70
Fax
+7 495 721 20 71
Mitsubishi Electric Europe B.V.
French Branch
Semiconductor Sales Office
25, Boulevard des Bouvets
F-92741 Nanterre Cedex (Paris)
Phone +33 1 / 55 68 55 68
Fax
+33 1 / 55 68 57 39
Mitsubishi Electric Europe B.V.
Italian Branch
Semiconductor Sales Office
Viale Colleoni 7 – Palazzo Sirio
I-20041 Agrate Brianza (Milano)
Phone +39 039 / 60 53 10
Fax
+39 039 / 60 53 212
Spanish Representative Agent
for Mitsubishi Electric Europe
in Spain and Portugal
C/ Las Hayas, 127
28922 Alcorcón (Madrid)
Phone +34 9 / 16 43 68 05
Please visit our website for further details.
www.MitsubishiElectric.com
www.mitsubishichips.eu
Revised publication, effective Apr. 2016.
Superseding publication of H-CT575-W May 2015.
Specifications subject to change without notice.
H-CT575-X FU-1604 Printed in Japan <IP>
2016