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Power Devices General Catalog
State-of-the-art technology pursuing energy-savings
and environmental protection.
Mitsubishi Electric power devices meet demands for energy-saving and eco-friendly
semiconductors with advanced technology and a diversified product line-up. Industrial use,
traction, home appliances ... wherever electric power or motor control is needed, we have
the means and tools to respond, including the industry's first DIPIPMsTM (Dual-In-line Package
Intelligent Power Modules), and the HVIPMs (High-voltage Intelligent Power Modules).
Applications
1
Trends in Power Device Technology
3
Power Modules
5
High-power Devices
37
High-voltage Integrated Circuits
53
Transistor Arrays
54
Applications Power Devices Offering Unlimited Application Potential
100M
GCT/GTO thyristor
Electric power
Iron mills
Electric trains
HVIGBT
HVDi
HVIPM
10M
Wind
Capacity (VA)
Mitsubishi Electric power
devices have a wide variety
of applications in various
fields, such as industrial
machinery, electric railways,
office automation, household
power appliances and motor
control.
We are pursuing improvements in energy efficiency,
development of technologies
that reduce power consumption, and the expansion of
our product line-up.
1M
Electric
power
power
Automotive
UPSs
Motor
control
Main application & products
100k
IPM
DIPIPMTM
Thyristor
10k
Robots
Welders
Welders
Iron mills
1k
DIPIPM
Electric ovens
Electric fans
Washing
Home
Appliances
equipment
TM
Air conditioners
Refrigerators
Washing machines
machines
100
power
Industrial use
Solar
GCT/
HVIGBT
Thyristor
GTO
HVIPM
thyristor
Iron mills
Medical
Inverters
IGBT
module
Electric power
IGBT
module
Industrial
IPM
Triac
Induction
heating cookers
Electric Trains
1
Automotive
1
UPSs
Inverters
Motor control
IGBT
Welders
10
MOSFET
Medical equipment
100
1k
Ope
ratio
10k
n Fr
equ
enc
y (H
Forecast
z)
Now
100k
1M
1
Home Appliances
Wind power
Solar power
Air conditioners
Refrigerators
Washing machines
1: This is limited to the case when the relevant mutual parties can confirm and agree
with the operating conditions, quality control and guarantee system
2
Trends in
Power Device
Technology
The technological progress of power devices is closely related to
market needs. There is a constant requirement for them to be less
noisy, more efficient, smaller, lighter, more advanced in function, more
accurate, and have larger capacities.
In order to meet these needs with precision, Mitsubishi Electric is now
accelerating the improvement of its existing devices and the research
and development of new devices. Energetic efforts are being mode to
develop and commercialize IGBT modules, and in particular IPMs.
1950
1970
1980
Comparison of trench IGBT and CSTBTTM
CSTBT TM chip structure
Advances in power devices
Actual Principle of CSTBT TM
1990
2000
Trench IGBT
2010
Reverse-conducting
thyristor
Thyristor
Light-triggered
thyristor
GTO
GCT
Bipolar power transistor (Bip. Tr.)
Bip. Tr. (module)
High-hFE
Bip. Tr. (module)
Power MOSFET
Power MOSFET module
IGBT
(module)
CSTBTTM has achieved an extremely low-loss
structure by advancing a conventional trench
structure IGBT.
In addition to the conventional trench structure,
CSTBTTM has a carrier-stored n layer to accumulate
carriers as shown in the diagram on the right. The
concentration of the n layer (conservation of charge
layer) connected with the p base layer is higher
than the n– layer, and the internal electric potential
difference between the p base and the n layer is
higher than that of the p base and the n– layer.
This high internal electric potential serves as a
barrier to prevent holes infused from the p+ layer
to n– layer from going through to the emitter side.
In short, holes can be stored on the emitter side
of an element by the conservation of a charge
layer, and the n layer controls the shift of holes to
the p base layer.
This conservation of charge function drastically
improves the on-state characteristics of CSTBTTM,
compared to the trench structure of IGBTs.
Increasing the carrier density on the emitter side
and decreasing the impedance in silicon makes
on-state voltage reduction possible.
p+ layer
n+ emitter
n+
electron
Gate oxide layer
Barrier metal layer
n+
electron
Carrier
stored
n layer
n– layer
Emitter electrode
Potential
barrier for
p+ hole
n– layer
p+ hole
p+ hole
n+ buffer
layer
n+ buffer
layer
p+ substrate
p+ substrate
Collector electrode
Collector electrode
p base layer
Polysilicon gate
Emitter layer
Carrier stored n layer
Hole density
VCE(sat) vs, Eoff
Increase
Cathode side
n– layer
Eoff
n+ buffer layer
CSTBT TM
CSTBT TM
IGBT
p+ sub layer
Trench
IGBT
Collector electrode
Anode side
Low
CSTBT TM: Mitsubishi Electric's original IGBT, utilizing a novel
carrier storage effect
IPM
CSTBT TM
n+ emitter
VCE(sat)
High
ASIPM
DIPIPM TM
HVIPM
HEV-IPM
New-type MOS gate device
Trench
IGBT
CSTBT TM
High-voltage Technology of
1200V HVICs
Utilizing reduced surface field (RESURF) technology,
Mitsubishi Electric Corporation has developed a
1200V horizontal MOSFET for level shift circuits.
We have further developed a split-RESURF structure
for level shift technology without high-potential wiring.
Our high-voltage integrated circuits (HVICs) have a
high-rating of 1200V.
What is RESURF?
What is split-RESURF structure?
The p– substrate depletion layer forcibly extends the p+n– junction depletion
layer underneath the surface. The n– layer becomes a complete depletion layer,
and the surface electric field is thereby reduced.
The RESURF structure has the ability to withstand high-voltage in the vertical
direction because the p – substrate depletion layer extends in the depth
direction. The rating of the entire device can therefore be increased significantly.
The split-RESURF structure is characterized by a narrow p– substrate area exposed on the
surface between the drain and island areas of the horizontal MOSFET for level shift circuits.
When high-voltage is applied across the power supply electrodes, the p– substrate becomes a
depletion layer between the n-diffusion areas; therefore, the surface potential of this p –
substrate area is not significantly different from that of the n-diffusion areas.
In the past, HVIC maximum ratings were limited to 600V because, under high-potential wiring,
a dielectric film is required to have the ability to withstand the same voltage as semiconductor
junctions. The split-RESURF structure enables an HVIC to achieve a rating of 1200V.
E
When the n– layer is thick enough
When RESURF technology is applied
Source
Gate
Drain
n+
High-voltage island area
n– well
p
E
p+
High-voltage IC
n–
600V
p
p–
1200V
3
p+ +
n
Depletion layer
n+
n– well
p– substrate
n well
n well
Depletion layer
4
Power Modules
Industry-leading Technologies and a Wide Range of Products
The power module is a compound-type semiconductor that is installed in a
package after wiring semiconductor chips to meet the application needs and
specifications. Power modules are classified into diodes, thyristors, IGBTs
and intelligent power modules (IPMs) according to the type of chips installed.
Since 1978, when we placed these power modules in practical use,
Mitsubishi Electric has always been endeavoring to extend the corresponding
market through developing new devices. In recent years, the demand for
IGBT modules and IPMs has rapidly increased and we are doing our utmost
to develop products and improve product characteristics in this field.
Features:
New
package design for less environmental pollution, which also contributes
to energy savings due to reduced power loss
Long creeping distance and high dielectric strength (1500V to 3500V)
Since we offer a variety of models in terms of voltage, current, wiring pattern,
etc., our power modules can be used in a wide range of applications such as
inverters, choppers and uninterruptible power supplies (UPSs)
Compliance with international standards (UL1557) has been certified (Yellow
Card No. E80276, File No.E80271) (excluding some products)
The ease of both installation and wiring due to the design allows application
equipment to be reduced in size and weight
PS
DIPIPM
TM
Codes for DIPIPM TM naming
PS
Change of appearance or others
Rated current
Change of IGBT chip
Change of package
Voltage class
Series name
3 to 75A 600V/1200V
Intelligent
Power Module
PM
Power
Module
Classification
25 to 800A 600 to 1200V
Codes for power module naming
CM
IGBT Module
50 to 1400A 250 to 1700V FM
CM 150 D Y -24 NF
PM 100 R L A 120
Series name
Voltage class
Change of appearance or others
Series name
Connection
Rated current
Type
MOSFET Module
100 to 300A 75 to 150V
RM
Diode Module
20 to 500A 300 to 2000V
TM
Thyristor Module
20 to 400A 300 to 1600V
: Please refer to high-power device for IGBT
modules over 2500V
5
Application of IPM/IGBT to AC motor controls
(VVVF inverter, servo amps, etc.)
Converter
Brake
Inverter
IM
DIPIPM
TM
Dual In-line Package Intelligent Power Module
Strongly supporting smaller and more energy-saving
electric home appliances and low-power industrial equipment.
DIPIPMTM Series are being used widely in both home appliances such as air conditioners, refrigerators and washing machines,
as well as small-capacity industrial equipment such as inverters and servo amplifiers.
They contribute greatly to power-savings and product miniaturization.
In addition to 600V-rated devices, 1200V-rated devices designed for the global market are included in the line-up.
Applications
Air
conditioners, refrigerators, washing machines, and package air conditioners
industrial motor drives
Low-power
Features
Wide
line-up from 3A to 75A/600V, and 5A to 35A/1200V
of low-loss IGBT or CSTBT TM
Direct drive by control unit possible (non-optocoupler interface)
Single supply scheme simplifies the power supply circuits
External-terminal plating using a lead-free solder in compliance with the
RoHS directive
The lead-free solder is used for soldering the power chips in the DIPIPM TM
Ver. 4 series
Use
Series map
VCES
(V)
3A
5A
10A
15A
Ic (A)
20A 25A
30A
35A
50A
75A
Super-mini DIPIPMTM Ver. 4 Series
PS2196✱-4/-4S/-T /-ST
PS2199✱-4 /-T
Mini DIPIPMTM Ver. 3 Series
PS2156✱-P
PS2156✱-SP
Mini DIPIPMTM
Ver. 4 Series
PS2176✱
600V
Large DIPIPMTM Ver. 3 /3.5 Series
PS2126✱-P/-AP
PS21869-P/-AP
Large DIPIPMTM
Ver. 4 Series
PS21A7✱
DIPPSCTM Series
PS81B9✱-A/-W
DIPPFCTM Series 1)
PS5178✱
1200V
Large DIPIPMTM Ver. 4 Series
PS22A7✱
1) PS5178✱ correspond to input current 20Arms and 30Arms
6
Super-mini and Mini DIPIPM Ver. 4 Series
TM
Super-mini and Mini Dual In-line Package Intelligent Power Module Ver. 4 Series
Applications
Line-up
Low-power
Super-mini-package Series
home appliances
(air conditioners, washing machines and refrigerators)
Small-capacity industrial motor drives
Outline
fc
Ratings max.(kHz) drawings
no.
PS21961-4/-4S/-T/-ST
3A/600V
PS21962-4/-4S/-T/-ST
5A/600V
PS1
PS21963-4E/-4ES/-ET/-EST 8A/600V
PS2
PS21963-4/-4S/-T/-ST
10A/600V
20
PS3
(2)
15A/600V
PS21964-4/-4S/-T/-ST
PS4
PS21965-4/-4S/-T/-ST
20A/600V
PS21997-4/-T
30A/600V
PS2196✱
Series
Type
Internal functions
For
P-side IGBTs:
Drive circuit, high-voltage, high-speed level shifting, and
control supply under-voltage (UV) protection
For N-side IGBTs:
Drive circuit, control supply under-voltage (UV)
protection, and short-circuit (SC) protection
Over-temperature (OT) protection [ -T series only ]
Error output:
Corresponds to SC, UV (N-side only), and OT protection
IGBT drive power supply:
15VDC single power supply (bootstrap supply scheme
can be applied)
Input interface:
3V, 5V compatible, high active logic
Isolation voltage
1500Vrms class
(1)
1: Corresponds to isolation voltage 2500Vrms in the case of using the convex-shaped heat sink
2: 3 shunts type is not available for PS21997
-T: Over temperature protection is available
-S: N-side open emitter (3 shunts)
(Other 3 terminal forming types are available)
Mini-package Series
Outline
fc
Ratings max.(kHz) drawings
no.
20A/600V
20
PS10
30A/600V
Type
PS21765
PS21767/-V
Isolation voltage
2500Vrms class
Features
-V: Higher switching speed
Use of an insulated thermal radiating sheet structure
realizes low thermal resistance
A lead-free solder is used in terminal plating and power
chip soldering (RoHS directive compliance)
Block diagram
(PS219✱✱ block diagram)
P-side input (PWM)
PS219✱✱
Inrush limiter
Input signal
conditioning
Input signal
conditioning
Input signal
conditioning
Level shifter
Level shifter
Level shifter
Protection
circuit (UV)
Protection
circuit (UV)
Protection
circuit (UV)
Drive circuit
Drive circuit
Drive circuit
Bootstrap circuit
DIPIPMTM
P
AC line input
P-side IGBTs
AC output
U
V
M
W
Z
C
N1
VNC
N
N-side IGBTs
CIN
Drive circuit
Input signal conditioning
N-side input (PWM)
Fo logic
Protection
circuit
Control supply
UV protection
Fo
Fault output
VD
VNC
(15V line)
7
DIPIPM Ver. 3/3.5 Series
TM
Dual In-line Package Intelligent Power Module Ver. 3/3.5 Series
Applications
Line-up
Low-power
Mini-package Series
home appliances
(air conditioners, washing machines, refrigerators)
Small-capacity industrial motor drives
Internal functions
Ver.
Type
3
PS21562-P/-SP
PS21563-P/-SP
PS21564-P/-SP
PS21565-P/-SP
Isolation voltage
2500Vrms class
For
P-side IGBTs:
Drive circuit, high-voltage, high-speed level shifting, and
control supply under-voltage (UV) protection
For N-side IGBTs:
Drive circuit, control supply under-voltage (UV)
protection, and short-circuit (SC) protection
Error output:
Corresponds to SC and UV (N-side only) protection
IGBT drive power supply:
15VDC single power supply (bootstrap supply scheme
can be applied)
Input interface:
3V, 5V compatible, high active logic
Isolation voltage 3.5
2500Vrms class
3
20A/600V
-SP: N-side open emitter (3 shunts)
Large-package Series
Ver.
Outline
fc
Ratings max.(kHz) drawings
no.
5A/600V
10A/600V
PS5
20
PS6
15A/600V
Type
PS21265-P/-AP
PS21267-P/-AP
PS21869-P/-AP
Outline
fc
Ratings max.(kHz) drawings
no.
20A/600V
20
PS9
30A/600V
50A/600V
20
PS7
-AP: Long outer terminal
Features
A
lead-free solder is used in terminal plating
(RoHS directive compliance)
Block diagram
(PS2186✱ block diagram)
P-side input (PWM)
PS2186✱
Input signal
conditioning
Input signal
conditioning
Input signal
conditioning
Level shifter
Level shifter
Level shifter
Protection
circuit (UV)
Protection
circuit (UV)
Protection
circuit (UV)
Drive circuit
Drive circuit
Drive circuit
Bootstrap circuit
DIPIPMTM
Inrush limiter
P
AC line input
P-side IGBTs
AC output
U
V
W
Z
M
C
N1
VNC
N
N-side IGBTs
CIN
Drive circuit
Input signal conditioning
N-side input (PWM)
Fo logic
Fo CFo
Fault output
Protection
circuit
Control supply
UV protection
VNC
VD
(15V line)
8
Large DIPIPM Ver. 4 Series
TM
Large Dual In-line Package Intelligent Power Module Ver. 4 Series
Applications
Features
Low-power
appliances
(air conditioners, general-purpose inverter, AC servo
amplifier, etc.)
Outputting
LVIC temperature by analog signal
of an insulated thermal radiating sheet structure
realizes low thermal resistance
A lead-free solder is used in terminal plating and power
chip soldering (RoHS directive compliance)
Use
Internal functions
For
P-side IGBTs:
Drive circuit, high-voltage, high-speed level shifting, and
control supply under-voltage (UV) protection
For N-side IGBTs:
Drive circuit, control supply under-voltage (UV)
protection, and short-circuit (SC) protection
Error output:
Corresponds to SC and UV (N-side only) protection
IGBT drive power supply:
15VDC single power supply (bootstrap supply scheme
can be applied)
Input interface:
5V compatible, high active logic
Line-up
Large-package Series
Type
Isolation voltage
2500Vrms class
Ratings
PS21A79
PS21A7A
PS22A72
PS22A73
PS22A74
PS22A76
PS22A78-E
50A/600V
75A/600V
5A/1200V
10A/1200V
15A/1200V
25A/1200V
35A/1200V
Block diagram
Outline
fc
max.(kHz) drawings
no.
20
PS8
20
PS8
(PS21A7✱ block diagram)
P-side input (PWM)
PS21A7✱
Input signal
conditioning
Input signal
conditioning
Input signal
conditioning
Level shifter
Level shifter
Level shifter
Protection
circuit (UV)
Protection
circuit (UV)
Protection
circuit (UV)
Drive circuit
Drive circuit
Drive circuit
Bootstrap circuit
DIPIPMTM
Inrush limiter
P
AC line input
AC output
P-side IGBTs
U
V
M
W
Z
C
N
VNC
N-side IGBTs
VSC
CIN
Temp. Output
Input signal conditioning
VOT
N-side input (PWM)
Drive circuit
Fo logic
Protection
circuit
Control supply
Under-Voltage
protection (UV)
Fo CFo
output
VNC
9
VD
Mini DIPPFC Series
TM
Mini Dual In-line Package Power Factor Correction Series
Applications
Air
Line-up
conditioners, general purpose inverters, etc.
Mini DIPPFCTM Series
Internal functions
Type
Low-loss
IGBT
circuit
IGBT drive circuit
Control supply under-voltage protection (UV)
Rectifier
Isolation
PS51787
voltage
2500Vrms
PS51789
class
Outline
Ratings
fc
drawings
Input voltage Input current typ.(kHz)
no.
20Arms
20
90 to 264Vrms
PS10
30Arms
Features
A
lead-free solder is used in terminal plating
(RoHS directive compliance)
Special IC M63914FP for DIPPFCTM control is available.
The combination with the IC can offer short circuit and over
voltage protection
Block diagram
(PS5178✱ block diagram)
DIPPFCTM
PS5178✱
P
AC line input
R
Reactor
AC output
S
U
Inverter circuit
V
W
M
VD (15V line)
Control supply
Under-Voltage
protection (UV)
Drive
circuit
GND
N2
Input signal
conditioning
N
GND
VIN
MCU
Control IC
M63914
10
DIPPSC Series
TM
Dual In-line Package Partial Switching Circuit Series
Applications
Features
Low-power
home appliances
(air conditioners, washing machines and refrigerators)
Small-capacity industrial motor drive
Built-in
PSC (Partial Switching Circuit) for power factor corrector
LVIC temperature by analog signal
Use of an insulated thermal radiating sheet structure
realizes low thermal resistance.
A lead-free solder is used in terminal plating
(RoHS directive compliance)
Outputting
Internal functions
Inverter
part
P-side IGBTs:
Drive circuit, high-voltage, high-speed level shifting,
and control supply under-voltage (UV) protection
For N-side IGBTs:
Drive circuit, control supply under-voltage (UV)
protection, .and short-circuit (SC) protection
Error output:
Corresponds to SC and UV (N-side only) protection
IGBT drive power supply:
17VDC single power supply (bootstrap supply scheme
can be applied)
Input interface: 3, 5V compatible, high active logic
For
Line-up
DIPPSCTM Series
Ratings
Type
PS81B93-AE/-EW
Isolation
PS81B93-A/-W
voltage
2500Vrms PS81B94-A/-W
class
PS81B95-A/-W
PSC
part
Drive circuit, control supply under-voltage (UV) protection,
and Short-circuit (SC) protection
Error output for SC and UV protection
Partial SW part Inverter part
8A/600V
15A/600V
15A/600V 10A/600V
20A/600V 15A/600V
20A/600V 20A/600V
fc
Outline
max.(kHz) drawings
no.
Inverter part
PS11
PS12
20
-A : Long outer terminal
-W: Both sides zigzag terminal
Block diagram
(PS81B9✱ block diagram)
VAC VA1(15V line)
PSC part
PSC part input
PS81B9✱
Protection
circuit(UV)
Input signal
conditioning
Inverter part
Fault output
AFo
P-side input (PWM)
Fo
logic
Input signal
conditioning
Input signal
conditioning
Input signal
conditioning
Protection
circuit
Level shifter
Level shifter
Level shifter
Protection
circuit (UV)
Protection
circuit (UV)
Protection
circuit (UV)
Drive circuit
Drive circuit
Drive circuit
S
Drive circuit
R
VNO
DIPPSCTM
VRS
P
VAC
AC line input
AC line output
U
P-side IGBTs
Reactor
V
W
Z
C
NU
NV
NW
VNC
Input signal conditioning
VOT
N-side input (PWM)
N-side IGBTs
CIN
Temp. Output
Drive circuit
Fo logic
Protection
circuit
Control supply
Under-Voltage
protection (UV)
Fo CFo
Fault output
VNC
11
M
VD (17V line)
IPM
Intelligent Power Modules
In recent years, new demands for ease-of-use and
environmental concerns have been added to the need for
improved performance, miniaturization, compactness and
reduced power loss in motor controllers such as general
purpose inverters and AC servos for industrial equipment.
Mitsubishi Electric is already in production of power modules
such as the 3rd-generation IPM "S Series" and 4thgeneration IPM "S-DASH Series", and now adds the
miniaturized and lightweight 5th-generation "L Series" to its
line-up. The "L Series" incorporates a CSTBTTM chip for
reduced power loss and a new compact package.
Applications
Motor
control devices
(220VAC/440VAC inverters, servos, etc.)
DC power supplies such as UPS
IPMs for photovoltaic generation using solar devices series
Features (L1/S1 Series)
Low-loss by new CSTBT TM chip optimized VCE(sat) vs
Eoff trade-off
Optimized thermal sensor on chip (Tj sensor)
Improved of power cycle capability
Completely lead-free (RoHS directive compliance)
The package compatible to the L-Series IPM .....L1 Series
Adoption of new small-package
(50A/600V and 25A/1200V Pin type) ............L1 Series
Intelligent Power Modules (L1 Series)
600V
VCES
Main
Connection terminal
(V)
3
600
3
+Brake
Screw
Pin
Screw
Pin
Ic (A)
50
PM50CL1A060
PM50CL1B060
PM50RL1A060
PM50RL1B060
PM50RL1C060
75
PM75CL1A060
PM75CL1B060
PM75RL1A060
100
PM100CL1A060
PM100CL1B060
PM100RL1A060
150
PM150CL1A060
PM150CL1B060
PM150RL1A060
200
PM200CL1A060
—
PM200RL1A060
300
PM300CL1A060
—
PM300RL1A060
PM75RL1B060
PM100RL1B060
PM150RL1B060
—
—
1200V
VCES
Main
Connection terminal
(V)
3
1200
3
+Brake
Screw
Pin
Screw
Pin
25
PM25CL1A120
PM25CL1B120
PM25RL1A120
PM25RL1B120
PM25RL1C120
50
PM50CL1A120
PM50CL1B120
PM50RL1A120
Ic (A)
75
PM75CL1A120
PM75CL1B120
PM75RL1A120
100
PM100CL1A120
—
PM100RL1A120
150
PM150CL1A120
—
PM150RL1A120
PM50RL1B120
PM75RL1B120
—
—
IPM series map
3rd-generation (former)
S Series
3rd-generation (latter)
V Series
4th-generation
S-DASH Series
S-DASH Servo Series
5th-generation
L Series
L1 Series
S1 Series
V Series, S-DASH Series, S-DASH Servo Series, L Series, L1 Series, S1 Series are RoHS directive compliance.
S Series are not RoHS directive compliance.
12
IPM
Intelligent Power Modules
High-speed intelligent power modules
220VAC for Line
L Series
S1 Series
L1 Series
Type
PM50RL1A060
PM50RL1B060
PM75RL1A060
PM75RL1B060
PM100RL1A060
PM100RL1B060
PM150RL1A060
PM150RL1B060
PM200RL1A060
PM300RL1A060
PM50CL1A060
PM50CL1B060
PM75CL1A060
PM75CL1B060
PM100CL1A060
PM100CL1B060
PM150CL1A060
PM150CL1B060
PM200CL1A060
PM300CL1A060
PM50RL1C060
PM50CS1D060
PM75CS1D060
PM100CS1D060
PM150CS1D060
PM200CS1D060
PM200CLA060
PM300CLA060
PM450CLA060
PM600CLA060
Rating
IC(A)
VCES(V)
600
Applicable motor
rating(kW)
50
3.7
75
5.5/7.5
100
11
150
15/18.5
200
300
22
30
50
3.7
75
5.5/7.5
100
11
150
15/18.5
200
300
50
50
75
100
150
200
200
300
450
600
22
30
3.7
3.7
5.5/7.5
11
15/18.5
22
22
30
37/45
55
Output characteristics
Phase
Vac
3
OC: Overcurrent protection
SC: Short-circuit protection
UV: Control supply under-voltage
OT: Over-temperature protection
13
220
OC
SC
Outline
Built-in functions
drawings
UV OT BR PFo NFo
no.
P35
P36
P35
P36
P35
P36
P35
P36
BR : Elements for braking control
PFo: P-side fault output
NFo: N-side fault output
P37
P35
P36
P35
P36
P35
P36
P35
P36
P37
P39
P40
P37
P38
: Built-in integrated
: Non-integrated
IPM
Intelligent Power Modules
High-speed intelligent power modules
220VAC for Line
V Series
S-DASH Series
Type
PM50RSD060
PM75RSD060
PM100RSD060
PM150RSD060
PM200RSD060
PM300RSD060
PM50CSD060
PM75CSD060
PM100CSD060
PM150CSD060
PM200CSD060
PM300CSD060
PM50RSE060
PM75RSE060
PM100RSE060
PM150RSE060
PM200RSE060
PM300RSE060
PM50CSE060
PM75CSE060
PM100CSE060
PM150CSE060
PM200CSE060
PM300CSE060
PM75RVA060
PM100CVA060
PM150CVA060
PM200CVA060
PM300CVA060
PM400DVA060
PM600DVA060
Rating
VCES(V)
IC(A)
50
75
100
150
200
300
50
75
100
150
200
300
50
75
100
150
600
200
300
50
75
100
150
200
300
75
100
150
200
300
400
600
Applicable motor
rating(kW)
Output characteristics
Phase
Vac
3.7
5.5/7.5
11
15/18.5
22
30
3.7
5.5/7.5
11
15/18.5
22
30
3.7
5.5/7.5
11
15/18.5
22
30
3.7
5.5/7.5
11
15/18.5
22
30
5.5/7.5
11
15
22
30
37
45/55
OC: Overcurrent protection
SC: Short-circuit protection
UV: Control supply under-voltage
OT: Over-temperature protection
3
1
220
Outline
Built-in functions
drawings
UV OT BR PFo NFo
no.
OC
SC
BR : Elements for braking control
PFo: P-side fault output
NFo: N-side fault output
P2
P3
P2
P3
P31
P32
P31
P32
P25
P26
P27
P28
P29
: Built-in integrated
: Installed only with N-side
: Non-integrated
14
IPM
Intelligent Power Modules
440VAC for Line
V Series
S-DASH Series
L Series
S1 Series
L1 Series
Type
PM25RL1A120
PM25RL1B120
PM50RL1A120
PM50RL1B120
PM75RL1A120
PM75RL1B120
PM100RL1A120
PM150RL1A120
PM25CL1A120
PM25CL1B120
PM50CL1A120
PM50CL1B120
PM75CL1A120
PM75CL1B120
PM100CL1A120
PM150CL1A120
PM25RL1C120
PM25CS1D120
PM50CS1D120
PM75CS1D120
PM100CS1D120
PM100CLA120
PM150CLA120
PM200CLA120
PM300CLA120
PM450CLA120
PM50RSD120
PM75RSD120
PM100RSD120
PM150RSD120
PM50CSD120
PM75CSD120
PM100CSD120
PM150CSD120
PM50RSE120
PM75RSE120
PM100RSE120
PM150RSE120
PM50CSE120
PM75CSE120
PM100CSE120
PM150CSE120
PM50RVA120
PM75CVA120
PM100CVA120
PM150CVA120
PM200DVA120
PM300DVA120
Rating
IC(A)
VCES(V)
1200
Applicable motor
rating(kW)
25
3.7
50
7.5
75
15
100
150
18.5/22
30
25
3.7
50
7.5
75
15
100
150
25
25
50
75
100
100
150
200
300
450
50
75
100
150
50
75
100
150
50
75
100
150
50
75
100
150
50
75
100
150
200
300
18.5/22
30
3.7
3.7
7.5
15
18.5/22
18.5/22
30
37/45
55
75
7.5
15
18.5/22
30
7.5
15
18.5/22
30
7.5
15
18.5/22
30
7.5
15
18.5/22
30
7.5
15
18.5/22
30
30/37
45/55
Output characteristics
Phase
Vac
OC: Overcurrent protection
SC: Short-circuit protection
UV: Control supply under-voltage
OT: Over-temperature protection
15
3
1
440
OC
SC
Outline
Built-in functions
drawings
UV OT BR PFo NFo
no.
P35
P36
P35
P36
P35
P36
BR : Elements for braking control
PFo: P-side fault output
NFo: N-side fault output
P37
P35
P36
P35
P36
P35
P36
P37
P39
P40
P37
P38
P2
P3
P2
P3
P31
P32
P31
P32
P25
P26
P27
P28
P29
: Built-in integrated
: Installed only with N-side
: Non-integrated
IPM
Intelligent Power Modules
For Solar Power
Type
PM50B4LA060
PM50B4LB060
PM50B5LA060
PM50B5LB060
PM50B6LA060
PM50B6LB060
PM75B4LA060
PM75B4LB060
PM75B5LA060
PM75B5LB060
PM75B6LA060
PM75B6LB060
Rating
VCES(V)
IC(A)
Output characteristics
Phase
Vac
50
600
2
75
220
OC
OC: Overcurrent protection
SC: Short-circuit protection
UV: Control supply under-voltage
OT: Over-temperature protection
SC
Built-in functions
UV
OT
Con
PFo
NFo
:1
:1
:2
:2
:1
:1
:2
:2
Con: Step up converter
PFo: P-side fault output
NFo: N-side fault output
Outline
drawings
no.
P35
P36
P35
P36
P35
P36
P35
P36
P35
P36
P35
P36
: Built-in integrated
: Non-integrated
: 1 Built-in 1 converter
: 2 Built-in 2 converter
16
IGBT Modules
Insulated Gate Bipolar Transistor Modules
In the past 15 years since the development of the IGBT as
the industrial power semiconductor switch, performance has
been improved and applications have increased, and now it
has replaced transistors in most electric powered industrial
equipment. Mitsubishi Electric developed the "F Series", a
4th-generation trench IGBT module that delivers powersavings and noise reduction at the same time. The "NF/A
Series", a 5th-generation IGBT module that adopts the
CSTBTTM chip, combines the characteristics of the popular
planar IGBT and the trench IGBT, and is known for reducing
power loss. The "NFH Series", suitable for higher-frequency
switching-use, has been newly-developed and put into mass
production.
(NF Series)
Applications
General-purpose
inverters
AC servo amplifiers
Wind power/solar power
UPS
Features
Same
outer dimensions as 3rd-generation H Series
low-loss CSTBTTM
Same driving power as the H Series
High-speed soft recovery free-wheel diode
Low-inductance
(half the value of the H Series)
High-power cycle lifetime
Low thermal resistance
(Utilizes an aluminum nitride ceramic substrate)
Compliant with RoHS directives
Uses
(NFH Series)
Applications
Features
CT
CSTBTTM
Low turn-off losses
(below 20% standard 1200V NFH Series)
Soft switching turn-off function
Enhanced inner wiring (skin effect)
High-power cycle lifetime
Compliant with RoHS directives
scanners
MRIs
Induction heating
equipment
Welding machines
5th-generation
IGBT modules series map
3rd-generation (former)
3rd-generation (latter)
4th-generation
5th-generation
NX Series
H Series
U Series
KA Series
F Series
DUS Series (high-frequency)
NF/A Series
Mega Power Dual
NFH Series (high-frequency)
17
IGBT Modules
Insulated Gate Bipolar Transistor Modules
IGBT modules <NX Series>
Connection
VCES
(V)
Ic (A)
35
50
75
100
150
200
300
400(450)
600
CM600HX-12A 600
NX101
H
CM400HX-24A CM600HX-24A 1200
NX101
CM300DX-12A CM400DX-12A 600
NX201
D
CM150DX-24A CM200DX-24A CM300DX-24A CM450DX-24A CM600DXL-24A CM1000DXL-24A
1200
NXL21
NX201
CM100RX-12A CM150RX-12A CM200RX-12A 600
NX701
R
CM75RX-24A CM100RX-24A 1200
NX701
CM75MX-12A CM100MX-12A 600
M
1000
NXM01
1200 CM35MX-24A CM50MX-24A CM75MX-24A
NXM01
: Built-in NTC thermistor
IGBT modules <NF Series>
Connection
VCES
(V)
50
75
100
600
N201
D
N201
600
1200
1200
N202
CM75TL-12NF
CM100TL-12NF CM150TL-12NF CM200TL-12NF
CM75TL-24NF
CM100TL-24NF CM150TL-24NF CM200TL-24NF
NF601
CM50TL-24NF
N203
N203
U205
NF602
NF601
NF602
CM75RL-12NF CM100RL-12NF CM150RL-12NF CM200RL-12NF
600
R
N202
CM100DY-24NF CM150DY-24NF CM200DY-24NF CM300DY-24NF CM400DY-24NF CM600DU-24NF
1200
T
Ic (A)
150
200
300
400
600
CM150DY-12NF CM200DY-12NF CM300DY-12NF CM400DY-12NF CM600DY-12NF
NF601
CM50RL-24NF
NF602
CM75RL-24NF CM100RL-24NF CM150RL-24NF CM200RL-24NF
NF601
NF602
IGBT modules <For high-frequency switching use (NFH Series / F Series DUS)>
Connection
VCES
(V)
600
D
1200
100
CM100DUS-12F 150
CM150DUS-12F CM100DU-24NFH
CM150DU-24NFH
Ic (A)
200
300
CM200DU-12NFH
CM300DU-12NFH
U203
400
CM400DU-12NFH
600
CM600DU-12NFH
CM400DU-24NFH
CM600DU-24NFH
U201
CM200DU-24NFH
U203
CM300DU-24NFH
U206
U201
U206
: High-speed turn-off F Series
IGBT modules <A Series>
Connection
H
VCES
(V)
Ic (A)
100
150
200
300
400
CM400HA-24A 600
CM600HA-24A H106
1200
CM600HB-24A H107
D
1200
CM100DY-24A
CM150DY-24A
N201
CM200DY-24A
CM300DY-24A
N202
CM400DY-24A
CM600DY-24A
N203
: Not RoHS directive compliant
Numbers H106, H107, U201, U203, U205, U206, N201 to N203, NF601, NF602, NX101, NX201, NX701, NXM01, NXL21 are recorded with
product names to show the outline drawing numbers
18
IGBT Modules
Insulated Gate Bipolar Transistor Modules
IGBT modules <Mega Power Dual>
Connection
VCES
(V)
Ic (A)
1000
900
CM900DU-24NF 1200
1400
CM1400DU-24NF N204
D
N204
CM1000DU-34NF 1700
N204
: Not RoHS directive compliant
IGBT modules <1700V Dual>
Connection
1700
D
Ic (A)
VCES
(V)
75
100
150
200
300
400
CM75DY-34A
CM100DY-34A
CM150DY-34A
CM200DY-34A
CM300DY-34A
CM400DY-34A
N203
N205
N201
N202
IGBT modules <F Series>
Connection
VCES
(V)
Ic (A)
50
75
100
150
200
300(350)
400(450)
CM450HA-5F
250
600
CM600HA-5F
CM600HN-5F
H105
H106
CM600HU-12F
600
H
U101
CM400HU-24F
1200
CM350DU-5F
250
600
D
1200
1200
CM100DU-12F
CM75DU-24F
CM100DU-24F
CM150DU-12F
CM150TU-12F
U601
CM50TU-24F
CM75TU-24F
U601
U202
U202
U201
CM300DU-12F
CM400DU-12F
CM200DU-24F
CM300DU-24F
CM400DU-24F
CM600DU-24F
U202
U204
U205
U201
CM100TU-12F
U102
CM600DU-5F
U201
CM150DU-24F
U203
CM75TU-12F
U101
CM400DU-5F
CM200DU-12F
U203
CM50DU-24F
600
T
CM75DU-12F
CM600HU-24F
CM200TU-12F
U602
CM100TU-24F
U602
IGBT modules <For brake systems>
Connection
VCES
(V)
50
75
CM75E3U-12H Ic (A)
100
150
CM100E3U-12H CM150E3U-12H CM50E3U-24H CM75E3U-24H CM100E3U-24NF 600
E3
1200
200
CM200E3U-12NF 300
CM300E3U-12H U111
U112
CM150E3U-24H U111
U112
: Production on orders
IGBT modules <KA Series>
Connection
D
VCES
(V)
50
75
1700
100
Ic (A)
150
200
300
400
CM100DU-34KA
CM150DU-34KA
CM200DU-34KA
CM300DU-34KA
CM400DU-34KA
U201
T
1700
CM50TU-34KA
U202
U205
CM75TU-34KA
U602
Numbers H105, H106, U101, U102, U111, U112, U201 to U205, U601, U602,
N201 to N205 are recorded with product names to show the outline drawing numbers
19
IGBT Modules
Insulated Gate Bipolar Transistor Modules
IGBT modules <U Series>
1 arm to 2 arms
Connection
VCES
(V)
Ic (A)
50
75
100
150
200
300
400
600
CM600HU-12H
CM400HU-24H
CM600HU-24H
U101
U102
600
U101
H
1200
600
D
1200
CM75DU-12H
CM100DU-12H
CM75DU-24H
CM100DU-24H
CM150DU-12H
CM200DU-12H
CM300DU-12H
CM200DU-24H
CM300DU-24H
U203
CM50DU-24H
CM400DU-12H
U201
CM150DU-24H
U203
U201
U202
4 arms to 6 arms
Connection
B
VCES
(V)
50
600
75
Ic (A)
100
CM75BU-12H
CM100BU-12H
150
200
U401
CM75TU-12H
600
T
1200
CM100TU-12H
U601
CM50TU-24H
U601
CM75TU-24H
CM150TU-12H
CM200TU-12H
U602
CM100TU-24H
U602
Numbers U101, U102, U201 to U203, U401, U601 and U602 are recorded
with product names to show the outline drawing numbers
20
Power MOSFET Modules
Circuits which made from parallel connection of low-voltage
IGBT module and discrete MOSFET up to now are mainly
used by the electric power conversion equipment for drives
motors, typically like a battery drive forklift.
However, the ease of an assembly, the miniaturization of
equipment, and the improvement in reliability are being
strongly required recently. The line-up of the low-voltage
MOSFET module has been realized corresponding to such
a large-capacity and low-voltage use.
Applications
Battery
forklift
UPS
Features
Using
low-loss trench MOSFET chip
connector terminal for gate source
Built-in temperature sensor
Completely lead-free
(RoHS directive compliance)
Using
Power MOSFET modules
Connection
VDSS
(V)
75
T
100
150
100
FM200TU-07A
ID (A)
200
FM400TU-07A
FM200TU-2A
FM400TU-2A
300
FM600TU-07A
F601
FM600TU-2A
F601
FM200TU-3A
FM400TU-3A
FM600TU-3A
F601
Numbers F601 is recorded with product names to show the outline drawing number
21
Diode Modules
High-speed diode modules
Connection
VRRM
(V)
Not RoHS directive compliant (Except. RM25HG-24S, RM50HG-12S, RM35HG-34S)
20(25)
50(35)
IDC (A)
200
100
250
RM250HA-10F
250/500
600
RM20HA-12F
H
Connection
D
C
U
VRRM
(V)
20
40
30
RM30DZ-M
RM30DZ-H
RM30DZ-24
RM30DZ-2H
RM30CZ-M
RM30CZ-H
RM30CZ-24
RM30CZ-2H
50
R5
RM300HA-24F
R1
RM400HA-24S
R6
RM300CA-9W 2 R24
R7
1: For the snubber circuit of IGBT modules and IPMs
2: Exclusive use for welder
: Plan for production discontinue
RM60DZ-M
RM60DZ-H
RM60DZ-24
RM60DZ-2H
RM60CZ-M
RM60CZ-H
RM60CZ-24
RM60CZ-2H
R10
R9
R10
RM50D2Z-40
2000
T
400
RM10TA-M
RM15TA-M
RM20TPM-M 800
RM10TA-H
RM15TA-H
RM20TPM-H
1200 RM10TA-24
R13
RM20TA-24 RM20TPM-24 RM20TA-2H
RM20TPM-2H
RM15TA-24
1600 RM10TA-2H
RM15TA-2H
2000
RM15TC-40 R14
R15
R21
R15
R21
100
150
250
500
RM500HA-M
RM500HA-H
R8
RM500HA-24
RM500HA-2H
RM500DZ-M
RM500DZ-H
R12
RM500DZ-24
RM500DZ-2H
RM100DZ-M
RM150DZ-M
RM250DZ-M
RM100DZ-H
RM150DZ-H
RM250DZ-H
RM100DZ-24
RM150DZ-24
RM250DZ-24
RM100DZ-2H
RM150DZ-2H
RM250DZ-2H
R9
R9
RM100CZ-M
RM150CZ-M
RM250CZ-M
RM100CZ-H
RM150CZ-H
RM250CZ-H
R11
R11
RM100CZ-24
RM150CZ-24
RM250CZ-24
RM100CZ-2H
RM150CZ-2H
RM250CZ-2H
RM250UZ-M
RM500UZ-M
RM150UZ-M
RM150UZ-H
RM250UZ-H
RM500UZ-H
R12
RM150UZ-24
RM250UZ-24
RM500UZ-24
RM150UZ-2H
RM250UZ-2H
RM500UZ-2H
RM100D2Z-40 R10
R10
RM30TA-M
RM30TB-M RM30TPM-M RM30TA-H
RM30TB-H
RM30TPM-H
R20
R13
IF(AV) (A) / IO (A)
60
R9
D2
(DC output current)
R23
RoHS directive compliant
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
H
400/450
RM450HA-5H
R3
RM50HA-12F
RM100HA-12F
1
R4
R2 RM50HG-12S
RM50HA-20F
RM100HA-20F
R3 RM200HA-20F
1000 RM20HA-20F
R3
R2
RM20HA-24F
1200 RM25HG-24S1 R4 RM50HA-24F
RM100HA-24F
RM200HA-24F
RM35HG-34S1 R4
1700
RM50CA-6S 300 RM20CA-6S 450
RM20CA-12F
RM50CA-12F
600 RM20CA-12S
RM100CA-12F
C
RM50CA-12S
RM50CA-20F
1000 RM20CA-20F
RM100CA-20F R5
RM50CA-20S
1200 RM20CA-24F
RM50CA-24F
RM100CA-24F
300 RM20C1A-6S RM50C1A-6S R5
RM20C1A-12F
RM50C1A-12F
600 RM20C1A-12S R5 RM50C1A-12S
RM100C1A-12F
C1
R5
RM50C1A-20F
1000 RM20C1A-20F
RM100C1A-20F
RM50C1A-20S
1200 RM20C1A-24F
RM50C1A-24F
RM100C1A-24F
RM20DA-12F
RM50DA-12F
600 RM20DA-12S
RM50DA-12S
D
1000 RM20DA-20F
RM200DA-20F
1200 RM20DA-24F
RM200DA-24F
Note: "F" at the end of type name means the high-speed diode module for the transistor modules
"H" or "S" at the end of type name means the super high-speed diode module for the MOSFET
or IGBT modules
Diode modules
300
R1
R16
R17 RM50TC-M
R20
RM75TC-M R19
RM75TPM-M R22
R16
R17 RM50TC-H
R20
RM75TC-H R19
R18 RM75TPM-H R22
RM30TC-24
RM50TC-24
R18
RM30TC-2H
RM50TC-2H
RM75TC-24
RM75TPM-24
RM75TC-2H
RM75TPM-2H
R19
R22
R19
R22
RM30TC-40 R14
: Plan for production discontinue
New diode modules
Connection
VRRM
(V)
RoHS directive compliant
IO (A)
7
24
RM20TNA-H
800
TN
1600
RM10TN-2H
R25
12
36
RM30TNA-H
R25
RM25TN-2H
R25
R25
Numbers from R1 to R25 are recorded with product names
to show the outline drawing numbers
22
Thyristor Modules
Thyristor modules
Connection
H
DA
D
DZ
C
P
U
RA
R
RZ
E
G
VRRM
(V)
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
400
800
1200
1600
IT (AV) (A)
20
TM20DA-M
TM20DA-H
TM20RA-M
TM20RA-H
25
T2
T7
TM10T3B-M
800
TM10T3B-H
T3
1
TM25RZ-M
TM25RZ-H
TM25RZ-24
TM25RZ-2H
TM25EZ-M
TM25EZ-H
TM25EZ-24
TM25EZ-2H
T3
T4
T3
T4
T8
T9
T8
T9
TM55DZ-M
TM55DZ-H
TM55DZ-24
TM55DZ-2H
TM55CZ-M
TM55CZ-H
TM55CZ-24
TM55CZ-2H
TM55RZ-M
TM55RZ-H
TM55RZ-24
TM55RZ-2H
TM55EZ-M
TM55EZ-H
TM55EZ-24
TM55EZ-2H
1 3 1
400
TM25DZ-M
TM25DZ-H
TM25DZ-24
TM25DZ-2H
TM25CZ-M
TM25CZ-H
TM25CZ-24
TM25CZ-2H
55
1 3
TM15T3A-H
T3
T4
T3
T4
T8
T9
T8
T9
TM90DZ-M
TM90DZ-H
TM90DZ-24
TM90DZ-2H
TM90CZ-M
TM90CZ-H
TM90CZ-24
TM90CZ-2H
TM90RZ-M
TM90RZ-H
TM90RZ-24
TM90-RZ-2H
TM90EZ-M
TM90EZ-H
TM90EZ-24
TM90EZ-2H
T11
1 4
TM60SA-6
400
TM60SZ-M
S
23
3: IT=30A
T3
T4
T8
T9
T8
T9
TM130RZ-M
TM130RZ-H
TM130RZ-24
TM130RZ-2H
TM130EZ-M TM130EZ-H TM130EZ-24 TM130EZ-2H TM130GZ-M
TM130GZ-H
TM130GZ-24
TM130GZ-2H
T5
T5
TM200DZ-M
TM200DZ-H
TM200DZ-24
TM200DZ-2H
TM200CZ-M
TM200CZ-H
TM200CZ-24
TM200CZ-2H
TM200PZ-M TM200PZ-H
TM200PZ-24
TM200PZ-2H
T5
TM200RZ-M TM200RZ-H
TM200RZ-24
TM200RZ-2H
TM200EZ-M TM200EZ-H
TM200EZ-24
TM200EZ-2H
TM200GZ-M TM200GZ-H
TM200GZ-24
TM200GZ-2H
T5
400
TM400HA-M
TM400HA-H
TM400HA-24
TM400HA-2H
TM400DZ-M
TM400DZ-H
TM400DZ-24
TM400DZ-2H
TM400CZ-M
TM400CZ-H
TM400CZ-24
TM400CZ-2H
TM400PZ-M
TM400PZ-H
TM400PZ-24
TM400PZ-2H
TM400UZ-M
TM400UZ-H
TM400UZ-24
TM400UZ-2H
T1
T6
T11
2
T12
TM90SA-6
T13
TM100SZ-M
1 4
2: Non-isolation
T4
TM130DZ-M
TM130DZ-H
TM130DZ-24
TM130DZ-2H
TM130CZ-M TM130CZ-H
TM130CZ-24
TM130CZ-2H
TM130PZ-M
TM130PZ-H
TM130PZ-24
TM130PZ-2H
200
TM25T3A-H
1 4
1: DC output current
T3
150
TM25T3A-M
300
: Plan for production discontinue
130
1 4
TM15T3A-M
T10
90
4: IT=60A
2
T12
TM150SA-6
T14
2 5
5: IT=100A
T13
Numbers from T1 to T14 are recorded with product names
to show the outline drawing numbers
Power modules outline drawings
(unit: mm)
PS3
PS6
Super-mini DIPIPMTM Ver. 4
PS2196✱-4S/-ST
PS21963-4ES/-EST
Mini DIPIPMTM Ver. 3
PS2156✱-SP
380.5
201.778(=35.56)
350.3
0.28
1.77826 (=46.228)
1.7780.15
1.7780.2
1
0.5
(1)
16-0.5
17
1
28
29
30
240.5
R
2-
Type name
Lot No.
QR
Code
3.3
15.25
12
Dual In-Line Package
Intelligent Power Modules
1.6
(2 DEPTH2)
30.5
DIPIPM
TM
Type name, Lot No.
3 MIN.
31
37
18
6.7
0.28
2.540.2
8-0.6 4-C1.2
142.54(=35.56)
0.5
7.62
2.54
2.54
7.62
41
420.15
49
0.5
0.5
0.8
0.5
PS4
380.5
201.778(=35.56)
350.3
0.28
1.7780.2
5
(1)
1
272.8(=75.6)
2.80.3
(2.5)
(2.4)
(2.4)
(8.5)
(14.4)
(17.6)
16-0.5
1.7780.25
(1)
17
Large DIPIPMTM Ver. 3
PS21869-P/-AP
380.5
201.778(=35.56)
350.3
0.28
16-0.5
PS7
Super-mini DIPIPMTM Ver. 4
PS219✱✱-4W/-TW
PS219✱3-4EW/-ETW
17
1
1
21
27
(1)
Super-mini DIPIPMTM Ver. 4
PS219✱✱-4/-4A/-T/-AT
PS219✱3-4E/-4AE/-ET/-AET
HEAT SINK SIDE
(4.5)
(3.1)
PS1
5.50.5
HEAT SINK SIDE
9
9.50.5
0.5
7.62
0.5
25
35
142.54(=35.56)
0.5
0.5
18
142.54(=35.56)
0.5
5.50.5
9.5
(140.5)
5.50.5
PS5
0.5
35
3 MIN
23
B
B
B
A
A
A
A
(2.5410)
A
2.540.3
2.8
B
18 19
12 13
14 15 1617
20
7 8 9 1011
41
42
4 56
29
30
31
32
Type name, Lot No.
310.5
3.3
15.25
Type name
Lot No.
1
(2 DEPTH2)
30.5
240.5
QR
Code
A
A
1
Type name, Lot No.
B
12.7
1
5-2.9
(DEPTH1.6)
2-4.50.2
33
40
34
31
25
8-0.6 4-C1.2
0.28
2.540.2
142.54(=35.56)
0.5
HEAT SINK SIDE
4.62
700.3
790.5
7.624 (=30.48)
(41)
420.15
49
2.7
1.8
0.8
2
16
8
8.6
10.5
6.5
0.5
9.50.5
0.5
7.620.3
0.5
100.3 100.3 100.3 100.3 100.3 100.3
18
5.50.5
12
.6
A = 2.540.3
B = 5.080.3
28
29
30
R1
Large DIPIPMTM Ver. 4
PS21A79 PS22A72 PS22A74
PS21A7A PS22A73 PS22A76
PS22A78-E
B
16-0.5
17
2-
PS8
Mini DIPIPMTM Ver. 3
PS2156✱-P
1.7780.15
(1)
1.7780.2
11.50.5
HEAT SINK SIDE
In the case of -AP, this length is 16.0mm
1.77826 (=46.228)
380.5
201.778(=35.56)
350.3
0.28
(4.65)
(3.5) (2.9) (10)
0.5
HEAT SINK SIDE
Super-mini DIPIPMTM Ver. 4
PS219✱✱-4C/-CT
PS219✱3-4CE/-CET
(1.5)
790.5
In the case of -A, this length is 14.0mm
PS2
200.3
670.3
7-0.6 4-C1.2
0.5
(0.6)
(2)
26
8.50.3 100.3 100.3 100.3
(1.5)
25
0.28
2.540.25
0.5
0.5
HEAT SINK SIDE
22
70.5
8-0.6 4-C1.2
(1.8)
25
40
(0.6)
(2)
3 MIN
18
Type name, Lot No.
41
12.8
(16.0)
2-
3 MIN
0.28
2.540.2
Type name
Lot No.
QR
Code
(3.5) (4.65)
6
.
R1
240.5
24 0.5
Type name
Lot No.
110.5
2-
QR
Code
12
12
6
.
R1
310.5
36
2-4.50.2
HEAT SINK SIDE
QR Code: QR Code is registered trademarks of DENSO WAVE INCORPORATED in JAPAN and other countries
24
PS9
PS12
Large DIPIPMTM Ver. 3.5
PS21265-P/-AP
PS21267-P/-AP
DIPPSCTM
PS81B93-EW
PS81B93-W
PS81B94-W
PS81B95-W
28×1.778 = (49.784)
46 0.3
272.8(=75.6)
1.7780.25
2.80.3
1
12-0.40.2
3.25
12-0.5
21
25
100.3 100.3 100.3
27 0.5
26
QR
Code
16
2-4.50.2
22
2-3.3
11.50.5
310.5
Type name, Lot No.
1
200.3
Type name, Lot No.
26
36
670.3
790.5
80.5
12.8
(16.0)
2.54 0.25
7.35
110.5
(71)
6-0.6
5-0.5
2.54×18 = (45.72)
52.50.5
0.5
0.4
0.5
0.6
3.48
HEAT SINK SIDE
In the case of -AP, this length is 16.0mm
PS10
Mini DIPIPMTM Ver. 4
PS21765
PS21767/-V
DIPPFCTM
PS51787
PS51789
2.040.3
(111.78)
4.320.2
1.780.2
1.780.2
4.320.2
1.780.2
28
1
5-2.2
(DEPTH 2.6)
29
30
Type name, Lot No.
15.5
31
2-3.3
QR
Code
38
31
6.60.3 7.620.3 7.620.3 7.620.3 7.620.3
3.30.3
3.950.3
460.2
52.5
3.30.3
0.6
1
3.25
0.5
1.5
1
12.7
7.1
1
2
Note: All outer lead terminals are with lead free solder (Sn-Cu) plating
PS11
DIPPSCTM
PS81B93-AE
PS81B93-A
PS81B94-A
PS81B95-A
28×1.778 = (49.784)
46 0.3
1.7780.25
3.25
0.5
0.40.2
22-0.5
22-0.40.2
0.5
0.40.2
25
1
270.5
2-3.3
16
QR
Code
Type name, Lot No.
26
2.540.25
36
3.48
11-0.5
11-0.6
2.54×18 = (45.72)
52.50.5
140.5
0.5
7.35
0.4
QR Code: QR Code is registered trademarks of DENSO WAVE INCORPORATED in JAPAN and other countries
25
(unit: mm)
P25
P28
PM50RVA120
PM75RVA060
PM100CVA060
PM200DVA120
PM400DVA060
110
95 0.25
7.5
17 20 TYP.
120
7.5
16.5
12.5
Dia - 6.5
4 TYP.
106 0.25
38.5
9.3
70
18.3
Intelligent Power Modules
SQ - 0.64 PIN
(10 PLACES)
10 - TYP.
12.5
M6 NUTS - 3 TYP.
14.60.3
38
3
14
LABEL
4
LABEL
14
28
29+1.0/-0.5
22
19.7
22+1/-0.5
P26
25
11.5
14
10.6
73.7
PM50,75,100,150CSD/RSD060
PM50,75CSD/RSD120
25
Dia - 5.5
(4 TYP.)
26
M5 NUTS
(6 TYP.)
P2
560.25
43.570.3
14.1 14.1
0.25 0.25
89
760.5
740.25
IPM
Dia - 3.5
(2 PLACES)
P29
PM75,100CVA120
PM150,200CVA060
PM300DVA120
PM600DVA060
105 0.25
7.5
120
7.5
12.3
R6.5
(10 PLS)
Dia - 3.5
(2 PLS)
10
3
12 - TYP.
38.5
90
14.1
0.25
43.570.3
14.1
0.25
870.25
102
89.20.5
891
740.5
20
20
12
17.5
"Dia - 6.5"
(4 TYP.)
0.64 SQ PIN
18.25
15.1
106 0.25
76 0.25
4-5.5
MOUNTING
HOLES
17
20.5
120
1101
950.5
17.02 3-2 3-2 3-2 6-2
10 10 10
3.22
12.3
4-R6
6-M5 NUTS
19.5
M5 NUTS
(5 TYP.)
22
TYP.
85.2
P3
18
28
18
31
3
18
10.6
P27
PM200,300CSD/RSD060
PM100,150CSD/RSD120
24.1
24.1+1/-0.5
21.6
LABEL
LABEL
4
22
LABEL
28
14.60.3
2-2.54
4
19.4
32.6
31.6
66.44
19-0.5
"M8" NUTS
(3 TYP.)
Dia - 5.5
(4 TYP.)
31
26
32.8
26
34+1/ -0.5
0.50.3
24.5
P31
PM150CVA120
PM300CVA060
PM50,75,100,150CSE/RSE060
PM50,75CSE/RSE120
135
2-2.54
2-2.54
2-2.54
17.02
10.16
10.16 10.16
20.5
17
78 9
10 12 14 16
11 13 15
740.5
891
20
4 56
20
14
0.25
26
4-R6
6-M5 NUTS
22.25
Dia -5.5
(4 TYP.)
0.50.3
24.5
M5 NUTS
(5 TYP.)
28
TYP.
26
67.4
16-0.64
4-R6
6-M5 NUTS
2-2.54
LABEL
4
32.6
31.6
29
LABEL
4
29+1/ -0.5
26.5
33.7
34.7
21.3
10.4
19- 0.5
26
19.4
22
26
12
10
13
15
14.60.3
+1.0
123
14 - TYP.
2-2.54
24.1 –0.5
23.1
7.7
4
4-5.5
MOUNTING
HOLES
6-2.54
3.22
17.5
PPS
10.5
0.5 0.3
51.5
43.570.3
14
97
20
10
10
3-2 3-2
6-2
66.44
0.25
19
95.5 0.25
10
3-2
9 12 13
110
20
5 8
95.5 0.5
110 1
16.5
11
15
1 4
3.22
39.5
1101
950.5
50.25
7.25
40.65
120.5 0.25
4-5.5
MOUNTING
HOLES
26.25
135 1
120.5 0.5
LABEL
26
13
9
3.25
5
1
11
PM200,300,450CLA120
PM450,600CLA060
16 15.25
3-2 6-2
2-5.5
MOUNTING
HOLES
94.5
12
55
9.08
13
19
3.75
(15.5)
12
23
23
12 (SCREWING DEPTH)
7
32.75
23
5.5
6.5
36
21
11.75
13.5
10.75
50
50
31.84
31.84
31.84
3-2.54 3.22
3-2.54 3.22
3-2.54
13
55
9
32
14.5 17.5
5
3.22
8-5.5
MOUNTING
HOLES
3-2.54 21
53.75
3-2.54 21
50
99
1100.5
123
137
150
12
1
6-M5
NUTS
162
500.5
500.5
500.5
14 22
28
22
28
22
7.75
6
13.5
20
172
12-M6
NUTS
106
16
3-2
3-2.54
53.75
1
6
12
12
12
12
12
12
17
17
17
17
17
17
19-0.5
13
19.75
3.25
16
3-2
P39
PM50RL1C060
PM25RL1C120
90
120
1060.25
66.5
16
16
3-2
3-2
7
35.5
31
PM50,75,100,150CL1B/RL1B060
PM25,50,75CL1B/RL1B120
PM50,75B4/B5/B6LB060
80
2-5.5
MOUNTING
HOLES
15.25
6-2
5 10 2 2 2 10 2 2 2 10 2 2 2 10 2 2 2 2 2 2
13
7.75
19.5
22
44
23
23
98.25
9
13
20.5
19
44
44
4-
25
44
44
2.5
5
2- 4.3
MOUNTING
HOLES
23
9
25
5
50
35
55
25.75
44
1
1
36.6
24-0.64
6-2.5
P36
2.
2
5
10
12
12
12
12
12
23
LABEL
16.5
13
25
9.5
11.5
27.5
19-0.5
27
10
2-5.5
MOUNTING
HOLES
15
9
2-R7
31.2
30
28
16.5
2-2.54
2-2.54
2-2.54
8.5
1.65
7
67.4
7
15
19
19
19
5-M4 NUT
SCREWING
DEPTH 7.5
19
15-0.64
LABEL
6.5
21.3
+1.0
33.7
34.7
P38
120
3.25
19.75
16
19.75
3-2
4
3
LABEL
11
7
1
25
16-0.64
PM50,75,100,150CL1A/RL1A060
PM25,50,75CL1A/RL1A120
PM50,75B4/B5/B6LA060
11
5-2.54
10.16
5.57
19-0.5
4
P35
10.16
10
10
30.15
4-5.5
MOUNTING
HOLES
2-2.5
4-R6
6-M5 NUTS
26
19
10
3-2
10.16
42.7
13
26
10
3-2
23.79
2
11.6 1.1
3.25
3-2
7
24.1 –0.5
6-2
106 ±0.3
50
39
71.5
66.5
10.5
2-2.54
17.5
120
18.7
6.05
39.5
20
95.5 0.5
110 1
6-2.54
PM50,75,100,150,200CS1D060
PM25,50,75,100CS1D120
7
10.16
2-2.54 2-2.54 2-2.54
67.4
74.4
51.5
6.05
11.7
40.5
10.5
10.5
10.5
16.5 20
20
21.5
780.5
110
11 13 15
10 12 14 16
789
10.16
P40
6.05
20
456
10.16
10.5
135
1100.5
26
10.5
10.5
+1
1 23
3.22
26
24.1 –0.5
33.6
34.7
16.5
0.50.3
6.05
6-M5
NUTS
11
39.7
4- 5.5
MOUNTING
HOLES
18
135 1
120.5 0.5
LABEL
PM200,300CLA/CL1A/RL1A060
PM100,150CLA/CL1A/RL1A120
2.5
P37
PM200,300CSE/RSE060
PM100,150CSE/RSE120
11
P32
(unit: mm)
U111
CM600HB-24A
110
930.25
CM50E3U-24H
CM75E3U-12H,-24H
CM100E3U-12H,-24NF
CM150E3U-12H
CM200E3U-12NF
4-6.5
MOUNTING
HOLES
94
80 0.25
7
17
80
620.25
20
20
24
11
CM
13
21
29
13
48
Insulated Gate Bipolar
Transistor Modules
4
IGBT Module
23
23
2-M8 NUTS
12
3 - M5 NUTS
2.5
16
U101
CM450HA-5F
7.5
4
107
108
930.25
17.5
Dia - 6.5
(4 - MOUNTING
HOLES)
20.5
M6-THD.
(2 TYP.)
14
14
14
6 10.5
8.25
25
6
Dia-6.5.
(2 TYP.)
6.7
2 - M4 NUTS
2 - M8 NUTS
17.5
29
7.9
29
TAB#110,
t=0.5
+1.0
29 –0.5
8.5
18
4
LABEL
2 - M8 NUTS
21.5
Dia - 6.5
(4 - MOUNTING
HOLES)
Tc MEASURED POINT
108
930.25
14
7.5
14
9.5
14.5
25.7
18
80
62
13
48
7
7.5
14
62 0.25
20
9
10 10
5.5
24.5
18
CM100DU-34KA
CM150DU-24H,-24F,-34KA
CM200DU-24H,-24F,-24NFH
CM300DU-12H,-12F,-12NFH,-24NFH
CM400DU-5F,-12H,-12F,-12NFH
110
93 0.25
13.5
Dia - 6.5
(4 TYP.)
6
U201
CM600HU-24H,-24F
2 - M4 NUTS
7.5
7
17.5 6 15 6
7
480.25
62
20
2.5
8.85 8.25
24
LABEL
U102
CM400HA-24A
CM600HA-24A,-5F
CM600HN-5F
34+1/-0.5
26+1/-0.5
36 +1/–0.5
29+1/ – 0.5
H106
21.5
4-6.5 MOUNTING HOLES
18
LABEL
25
3-M6 NUTS
22
M4-THD.
(2 TYP.)
15.85
18
10
62
480.25
48
16
13 13
9
12.55
29
29
26
9.5
13.5
26.5
CM150E3U-24H
CM300E3U-12H
930.25
80
TAB#110,
t=0.5
LABEL
U112
CM600HU-12H,-12F
CM400HU-24H,-24F
97
2.5
16
2.5
25
30+1/-0.5
+1.0
35 –0.5
+1.0
24.5 –0.5
LABEL
13.5
21.2
2-M4 NUTS
H105
2 - MOUNTING
HOLES
(6.5 Dia.)
17.5
480.25
62
H107
16
930.25
108
25
25
21.5
2.5
3-M6 NUTS
4-6.5 MOUNTING HOLES
4
7 18
2.8
7.5
7 18
22
LABEL
TAB#110,
t=0.5
4
+1
29 –0.5
LABEL
34+1/-0.5
LABEL
26+1/-0.5
36+1/-0.5
18
(8.5)
25.8+1/-0.5
M4 - THD.
(2 TYP.)
8.5
M6 - THD.
(2 TYP.)
28
U601
CM300,400DU-34KA
CM600DU-24F,-24NF
140
130
1100.25
36
CM50TU-24H,-24F
CM75TU-12H,-12F
CM100TU-12H,-12F
102
10
13.8 11.5
43.8
80 0.25
20
110
21.5
4–M4 NUTS
2.5
4
4–6.5
MOUNTING HOLES
U206
110
930.25
8.1
107
90 0.25
23
(9)
14
25
12
11 21.7 11 21.7 11 14.4
3.75
17
14
25
21.5
3.75
12
14
Dia - 5.5
(4 - MOUTING
HOLES)
12
102
18.25
(22.2)
4
18
9.25 (10)
11
24
48
2 - MOUTING
HOLES
(6.5 Dia.)
4-6.5 MOUTING
HOLES
3 - M5 NUTS
CM75TU-24H,-24F
CM100TU-24H,-24F
CM150TU-12H,-12F
CM200TU-12H,-12F
CM50,75TU-34KA
(8.5)
94
80 0.25
23
23
17
+1
U602
CM600DU-12NFH
CM400DU-24NFH
CM600DU-24NFH
(8.5)
LABEL
48.5
CM50DU-24H,-24F
CM75DU-12H,-24H,-12F,-24F
CM100DU-12H,-24H,-12F,-24F,-24NFH
CM150DU-12H,-12F,-24NFH CM100DUS-12F
CM200DU-12H,-12F,-12NFH CM150DUS-12F
7
TAB#110,
t=0.5
LABEL
21
LABEL
3.05
620.25
80
+1.0
29 –0.5
7.5
2.8
35 –0.5
18
14
8
+1
24.5 –0.5
7
14
17.5 6 15 6
18
(9)
7
20
11 19.1 11 19.1 11
5 - M4 NUTS
8.5
18
39.3
20
15
930.25
14
91
74 0.25
14.5
1.25
3–M8 NUTS
14.5
20
40
1100.25
130
26
26
25
26
80 0.25
25
65
4-6.5
MOUTING
HOLES
3-M6 NUTS
U203
80
6 15 6
18.25
(18.5)
(8.25)
620.25
26
18.7
9
15
Dia - 5.5
(4 - MOUTING
HOLES)
10
10
11 19.1 11 19.1 11 11.85
3-M6 NUTS
13.5
1.25
U205
CM200DU-34KA
CM300DU-24H,-24F
CM350DU-5F
CM600DU-5F
20.4 10
U202
0.8
5 - M5 NUTS
TAB#110,
t=0.5
7
18
7
TAB#110. t=0.5
18
LABEL
U401
CM400DU-24F
N201
CM75,100BU-12H
CM75DY-34A
CM100DY-24NF,-24A,-34A
CM150DY-12NF,-24NF,-24A
CM200DY-12NF,-24A
CM300DY-12NF
72
55 0.25
11
19.1
14.4
11
4–M4 NUTS
18.7
+1
35 –0.5
8
+1
24.5 –0.5
29
23
17
13
4
10
19.1 10.5
20
41
4
12
800.25
12
3-M5 NUTS
2-6.5 MOUNTING HOLES
0.5
TAB#110,
t=0.5
15 5 15
LABEL
12
17.5
8.1
LABEL
23
16
10
11
4–6.5
MOUNTING HOLES
48
39.3
74 0.25
91
4 - M4 NUTS
16
+1.0
3–M8 NUTS
1.25
15
26
65
20
15
40
1100.25
130
26
14.5
26
14.5
9
26
94
17
29 –0.5
43.8
Dia - 5.5
(4 - MOUTING
HOLES)
17.5
20.4 10
36
20
10
13.8 11.5
1.25
140
130
1100.25
18
U204
TAB#110,
t=0.5
23
LABEL
4
LABEL
23
21.2 8.5
+1.0
29 –0.5
21.2
30+1/-0.5
7.5
18
11 21.7 11 21.7 11
8.1
2.5
16
26
2.5
25
7
16
LABEL
7
TAB#110,
t=0.5
16
21.2 7.5
2.5
16
(unit: mm)
NX101
CM400DY-34A
(13.5)
(21.14)
35 –0.5
LABEL
All
NX201
CM50TL/RL-24NF
CM75TL/RL-12NF,-24NF
CM100TL/RL-12NF,-24NF
CM150TL/RL-12NF
CM150DX-24A
CM200DX-24A
CM300DX-12A,-24A
CM400DX-12A
CM450DX-24A
110
11
14
40.78
17
12
25
3-M6 NUTS
25
(13.5)
6
12
32
55
35
6
15
80
17
(13.5)
10.75
12
(19.75)
22
21.5
12
23
12
23
12
(13.5)
1100.5
99
94.5
(4.2)
13.62
620.25
2-5.5
MOUNTING
HOLES
1060.5
7
6-M5
NUTS
152
137
121.7
120
4-M6
NUTS
25
46
58.4
(14) 22 (14)
17
17
12
12
6
6
14
11.75
930.25
14
47
24
48
23
1
22
6.5
23
4-5.5
MOUNTING
HOLES
(21.14)
(20.5)
LABEL
13
91.2
95
75.96
79.76
60.72
64.52
45.48
49.28
15
18.8
0
(7.75)
(102.25)
(110)
4-5.5
MOUNTING
HOLES
6.5
17
12
6
17
12
6
34
35
36
13
12
5
1
2
3
4
(21.14)
11
+1
24.1–0.5
46.3
6-M5 NUTS
(13)
136.9
121.7
1100.5
99
94.5
(21.14)
6.5
18.7
10.5
20
10.5
20
25
16.5
(6.05)
10.5
25
30.24
34.04
0.8
10.5
13.75
4
30.5
0.5
LABEL
22
39
10.5
(6.05)
11.7
(13)
18
4-5.5
MOUNTING
HOLES
26.5
LABEL
9-M6 NUTS 12
25.1
14 14 14 14 14 14
42
42
135
1100.5
26
48.75
15.7
5.5
10.5
21
11 19
380.25 42.50.25 380.25
740.25
740.25
129.5
166
10.5
18
8-6.5
MOUNTING
HOLES
26
13.64 14
15.7
17.5
dimensions with a tolerance of
CM75RX-24A
CM100RX-12A,-24A
CM150RX-12A
CM200RX-12A
(6.05)
(6.05)
12 2
(SCREWING DEPTH)
150
137.50.25
42
14 14
NX701
CM150TL/RL-24NF
CM200TL/RL-12NF,-24NF
780.5
110
NF602
CM900,1400DU-24NF
CM1000DU-34NF
95
LABEL
All
N204
68.34
72.14
41.66
45.48
15
18.8
0
(7.75)
3.5
23.2
3
+1
LABEL
16
TAB#110,
t=0.5
18
12
7
22 –0.5
18
21.2 8.5
+1.0
29 –0.5
7
(SCREWING DEPTH)
4-6.5 MOUNTING HOLES
18
39
500.5
57.5
62
NF601
CM300DY-24NF,-34A
CM400DY-24NF,-24A
CM600DY-12NF,-24A
0.5
(5.4)
12.5
(SCREWING DEPTH)
+1
17 –0.5
N203
dimensions with a tolerance of
3.5
+1
+1
24.5 –0.5
22.2
+1.0
30 –0.5
LABEL
(5.4)
12.5
(SCREWING DEPTH)
+1
17 –0.5
TAB#110,
t=0.5
18
14
4-5.5
MOUNTING
HOLES
6.5
(102.25)
7
22
114.06
18
14
1
3.5
7
23
48
(15)
8.5
18
14
(25.9)
24
68.33
72.14
4-6.5 MOUNTING HOLES
25
15
18.8
24
4-M6
NUTS
46
0
(7.75)
25
10
25
(13.5)
1100.5
99
94.5
47
4.2
9
9
20.5 14.5
15
6
62
480.25
6
20
9
9
40
14.5
1100.2
130
3-M6 NUTS
39
500.5
57.5
62
108
930.25
21.5
152
137
121.7
10
4-6.5
10
10
13.8 11.5
43.8
39
500.5
57.5
62
77.1
36
95
130
1100.2
10
CM400HX-24A
CM600HX-12A,-24A
(102.25)
N205
CM150DY-34A
CM200DY-24NF,-34A
CM300DY-24A
CM400DY-12NF
(14) 22 (14)
17
17
12
12
6
6
N202
6
12
8.5
17
6-M5
NUTS
13.5 20.71 22.86 22.86 22.86
All
dimensions with a tolerance of
0.5
30
NXM01
CM35MX-24A
CM50MX-24A
CM75MX-12A,-24A
CM100MX-12A
121.7
118.1
81.67
85.48
89.29
93.1
96.91
66.43
70.24
47.38
51.19
53
0
31
54
30
61
23
30.72
34.52
91.2
95
75.96
79.76
60.72
64.52
45.48
49.28
18.8
15
0.8
3.5
0.8
LABEL
dimensions with a tolerance of
0.5
F601
CM600DXL-24A
CM1000DXL-24A
8.8
11.5
6.
R6.
6.5
3
7
1
12
6
13
14
67
38
90
80
33
22
39
121.7
17
12
6
117.2
1100.5
94.5
27.53
2
9.1
22
(21.14)
34
20
49.72
40
1
28
6-M6
NUTS
11.5
31
27
5
4
20
32
4
32
32
All
31
dimensions with a tolerance of
0.5
25
35
26
+1
7
13
17 –0.5
20.5
(SCREWING DEPTH)
13
6.5 3.5
3
.5
6
16.5
LABEL
5
16
32
5
6.5
19.24
16
.5
16.5
6
4.05
93.1
12 12.9
41
63
97
83
74.05
77.86
35.95
39.76
110
6.5
3.6
0
16.9
20.71
7.5 13.5
3.6 7.75
55
152
137
121.7
117.2
1100.5
94.5
15.14
7.75
FM200TU-07A,-2A,-3A
FM400TU-07A,-2A,-3A
FM600TU-07A,-2A,-3A
4
All
4-5.5
MOUNTING
HOLES
Power MOSFET
Modules
3.75
15.48
19.28
22
30.24
34.04
0
(7.75)
1
NXL21
4-5.5
MOUNTING
HOLES
39
500.5
57.5
62
0
11.66
15.48
23.1
26.9
34.52
38.34
28.33
32.14
4.06
0
58.4
4.2
13.09
16.9
1100.5
99
94.5
(unit: mm)
R6
RM400HA-24S
108 MAX.
930.3
16
36.5
48 0.3
4-6.5
R6
5.3
3-M4
29
2-M6
62 0.5
35
14
18
5.3
19.5
30.2
39.0
8
17
5.3
3-M4
2-M8
33
3.5
30
LABEL
9
LABEL
22
24
LABEL
3.2 9
24
7
3.5
2- 5.5
2
65
80
R6
6.35
23
RM500HA-M,-H,-24,-2H
53.5
43.3
16
7.0
36 MAX.
(48)
26 0.5
30 MAX.
R8
LABEL
46
4.2
24
0.4
0.4
0.8
6.35
3 17 8 17 8 17 3
RM100C1A-12F,-20F,-24F
RM100CA-12F,-20F,-24F
RM200HA-20F,-24F
RM20C1A-6S,-12F,-12S,-20F,-24F
RM20CA-6S,-12F,-12S,-20F,-24F
RM20DA-12F,-12S,-20F,-24F
RM50C1A-6S,-12F,-12S,-20F,-20S,-24F
RM50CA-6S,-12F,-12S,-20F,-20S,-24F
RM50DA-12F,-12S
R2.1
4- 6.5
36.5
6.35
4.2
21.5
22
R5
RM20HA-12F,20F,-24F
3.7 7.0
20 MIN.
20
25.5
27.5 MAX.
29.5
LABEL
2.4
2 0.3
5.45 0.5
25
3-M6
3 0.3
2.5 0.3
10.2
5.45 0.5
1.7
25
2.5
67.5
80
92.2 MAX.
0.8
(93)
6 0.2
35
15
Mark
14.5 14.5
R2
RM200DA-20F,-24F
3.2 0.2
2-M6
3
29
R7
RM25HG-24S
RM50HG-12S
RM35HG-34S
20.5 MIN.
2- 5.4
LABEL
64
65
R4
RM250HA-10F
RM300HA-24F
LABEL
4.5
R1
4.5
23.5
33
37
9
Diode Modules
14
9
5.3
53.5
43.3
8
62 MAX.
RM50HA-12F,-20F,-24F
RM100HA-12F,-20F,-24F
41.5 MAX.
R3
32
R12
RM30CZ-M,-H
RM30DZ-M,-H
RM60CZ-M,-H,-24,-2H
RM60DZ-M,-H,-24,-2H
RM100CZ-M,-H,-24,-2H
RM100DZ-M,-H,-24,-2H
20
24
23
24
24
44
35
15
1.1
35
1.1
67
80
80 0.2
80 0 . 2
3-M5
24
40
9.512.5
R13
3- 6.5
4-M8
2 - 6.5
20
15
2- 6.5
12.5
17.5
RM20TA-24,-2H
15
60
50
36
16
93.5
80
R15
RM500DZ-M,-H,-24,-2H
RM500UZ-M,-H,-24,-2H
26
R9
180
LABEL
5
LABEL
20
33
36
36
44
50
30
6.5
LABEL
21
TAB#250, t=0.8
R10
R13
RM30CZ-24,-2H
RM30DZ-24,-2H
RM50D2Z-40
RM100D2Z-40
R16
RM10TA-M,-H,-24,-2H
RM15TA-M,-H,-24,-2H
RM30TA-M,-H
17.5 17.5
93.5
80
30
22 12
2- 6.5
10
5-M5
(22)
12 12
40
29
13
26
12.5
2- 6.5
R12.5
16.5
23
23
3
3
68
80
3-M5
2- 6.5
18
67
80
R14
RM150CZ-M,-H,-24,-2H
RM150DZ-M,-H,-24,-2H
RM150UZ-M,-H,-24,-2H
RM250CZ-M,-H,-24,-2H
RM250DZ-M,-H,-24,-2H
RM250UZ-M,-H,-24,-2H
35
25
20
5
RM30TB-M,-H
25
25
10
10
10
4- 4.5
28
14.5
2- 4.5
10
5-M4
18
16
30
32
16
8
30
10
10
28
50
75
68.5
68.5
40
13
40
6 20
90
78
66
33
13
3- 6.5
4 - M8
18
31
R17
RM15TC-40
RM30TC-40
LABEL
20
R11
LABEL
4
LABEL
18.5
6.5
21
30
2
TAB#250, t=0.8
150
13.5 15
16
5-M4
57
70
7
33
24
22
6
LABEL
6.5
LABEL
31.5
23
32
39
2
LABEL
(unit : mm)
R18
R21
RM30TC-24,-2H
RM50TC-M,-H,-24,-2H
R24
RM20TPM-2H,-24
RM300CA-9W
4-5.5 MOUNTING HOLES
8
18
20
40
40
2- 5.5
11.5 10.5
2-4.5
MOUNTING
HOLES
15
30
4-R7
30
410.25
55
20
20
15
(19.4)
13.5
(18)
10
10
5-M4 NUTS
28
570.25
70
20
20
11.510.5
20
20
90
78
66
32
16
30
68 0.25
80
16
4 - 4.5
30
50
74
30 –0.5
+1
(28.5)
71.81
64.80.5
56.2
2- 5.5
2-4
14
5 5
14
301
13.7
14
3
5 - M6
RM10TN-2H
RM20TNA-H
RM25TN-2H
RM30TNA-H
23
23
14
R25
RM75TPM-M,-H,-24,-2H
2-R4
5-M5
10.160.25
12.08
5 4
0.6
6
R22
RM75TC-M,-H,-24,-2H
LABEL
(7)
LABEL
40
R19
3-M8 NUTS
860.25
100
8
LABEL
14.5
29.5
26.5
5 -M5
221
26
30
68
80
0.5
1.2 0.1
40.640.5
10
11.5
1.5
Stamp
Mark
6.5
8
LABEL
17.50.5
31
+15
24.1-0.5
LABEL
29
28
570.25
70
(10.5)
10
17.5
(8)
5-M4 NUTS
221
14.5
2-6.5
MOUNTING
HOLES
48
8
LABEL
LABEL
+1
15
36 –0.5
15
2-M6NUTS
97
800.25
18
20
40
13.5
2-4.5
MOUNTING
HOLES
RM450HA-5H
(16)
R23
RM20TPM-H,-M
RM30TPM-H,-M
6
R20
34
T6
TM25CZ/DZ-M,-H
TM55CZ/DZ-M,-H
TM90CZ/DZ-M,-H
93.5
80
36
26
16
36
50
3 -6.5
20
3 - M5
24
24
23
24
35
44
800.2
24
35
4 - M8
26
800.2
180
TAB#110,
t=0.5
9
36
30
LABEL
9
LABEL
21
6.5
9
TAB#110, t=0.5
50
20
26
12.5
Thyristor Modules
17.5
TM400CZ/DZ/PZ/UZ-M,-H,-24,-2H
2 - 6.5
60
T3
2 - 6.5
2 - 5.5
2
65
8.5
16.5
23
3 - M5
23
15
36
TAB#110, t=0.5
11
LABEL
9
LABEL
30
6.5
21 9
65
7
64
30
LABEL
TAB#110, t=0.5
TAB#110,
t=0.5
2 - M8
T5
TM20DA-M,-H
60
47.6
4 - M4
2.0
16.5
24.5
30
17
80
T2
2 -5.5
13
18
32
46
93.5
80
TM20RA-M,-H
60
47.6
13
35
T7
TM25CZ/DZ-24,-2H
TM55CZ/DZ-24,-2H
TM90CZ/DZ-24,-2H
26
T4
TM400HA-M,-H,-24,-2H
22
T1
TM130CZ/DZ/EZ/GZ/PZ/RZ-M,-H,-24,-2H
TM200CZ/DZ/EZ/GZ/PZ/RZ-M,-H,-24,-2H
T8
TM25EZ/RZ-M,-H
TM55EZ/RZ-M,-H
TM90EZ/RZ-M,-H
2 - 5.5
93.5
80
2 - 6.5
26
12.5
6
40
20
13
18
32
3 - 6.5
4 - M8
8.5
18
15
36
16
30
4 - M4
18
32
68.5
16
3 - M5
30
68.5
17.5
20
20
150
TAB#110, t=0.5
30
21
LABEL
6.5
39
32
9
23
LABEL
7
2.0
16.5
24.5
30
9
11
LABEL
35
TAB#110,
t=0.5
TAB#110,
t=0.5
(unit: mm)
T12
TM25EZ/RZ-24,-2H
TM55EZ/RZ-24,-2H
TM90EZ/RZ-24,-2H
93.5
80
23
20
18
20
T10
2 - 6.5
13
26
TAB#110,
t=0.5
2.2
56
4
30
6.5
21 9
TAB#110,
t=0.5
LABEL
3 - 657
80
93.5
3 - M5
23
1
26
2 - 6.5
13
16.5
TM60SA-6
TM90SA-6
6.5
19 9
41
T9
LABEL
T13
TM10T3B-M,-H
TM60SZ-M
TM100SZ-M
80
93.5
80
2 - 6.5
7.5
34
17
17.5
17
20
26
2 - 4.5
12.5
2
22
2
3 - M5
20
68
TAB#110,
t=0.5
6.5
9
21
30 MAX.
TAB#250, t=0.8
31
2
LABEL
LABEL
6
18.5
7
TAB#110, t=0.5
T11
T14
TM15T3A-M,-H
TM25T3A-M,-H
31
TM150SA-6
27
26
26
3 - 9.0
20
13
34
62
45
20
20.5
26.5
4 2.5 4 2.5
93
108
61.7
74
4 - 5.5
2 - ø1.0
86
TAB#110,
t=0.5
TAB#110, t=0.5
LABEL
8
6
LABEL
22
31
7
4
21 12
45
60
5 - M5
36
High-power Devices
Large Product Variety for Wide-Ranging Needs
High-power devices are semiconductor devices represented by gate
commutated turn-off (GCT) thyristors and high-voltage insulated-gate
bipolar transistor (HVIGBT) modules, and these devices are now used in
equipment designed for traction, including high-speed express trains, and
in power system equipment.
We offer a variety of high-power devices to suit diversified applications.
These devices include diodes, thyristors, GTO thyristors, GCT thyristors,
HVIGBT modules, and high-voltage intelligent power modules (HVIPM).
General-purpose 800 to 5000A 500 to 5000V
Rectifier
diodes
High-speed switching 500 to 3000A 2800 to 6000V
General-purpose 1000 to 5000A 400 to 12000V
Thyristors
High-speed switching 800 to 1500A 1200 to 2500V
Naming system
PM
CM
FG
GCU
1200 H CE
1200 H C
4000
G X
15
CA
330 -1
-66 H
-90 DA
-130
(TYPE 1)
(TYPE 2)
(TYPE 3)
(TYPE 3)
Series code
GTO
thyristors
High-power
devices
GCT
thyristors
unit
High-voltage
IGBT module
GCU
HVIGBT
1000 to 6000A 2500 to 6000V
400 to 1500A / 6500V
Voltage classification or turn-off
time or high-frequency type in
case of "x"
200 to 2400A 1700 to 6500V
Auxiliary number
(denotes the type of outline or
manufacturing process)
High-voltage
IPM
High-voltage
diode module
GTO
Voltage class
For TYPE 1:
Withstand voltage class 10 = VCES
Example: 330 10 = 3,300 V
For TYPE 2:
Withstand voltage class 50 = VCES
Example: 66 50 = 3,300 V
For TYPE 3:
Withstand voltage class 50 = VDRM or VRRM
Example: 90 50 = 4,500 V
HVIPM
HVDi
1200A 3300V
Connection
Rated current capacity
(however, the GCT thyristor unit is
shown as a value multiplied by 1/100.)
Type of device
200 to 1800A 1700 to 6500V
Types and symbols
Outline
Symbol
Type of device
37
Stud or flat base
Flat
Module
Type
General-purpose rectifier diode /
High-speed switching rectifier diode
SR
FD
—
3
General-purpose thyristor /
High-speed switching thyristor
CR
FT
—
3
GTO thyristor
—
FG
—
3
GCT thyristor unit
—
GCU
—
3
HVIGBT module
—
—
CM
2
HVIPM
—
—
PM
1
HVDi module
—
—
RM
2
GTO / GCT Thyristors and HVIGBT Module Series
High-power modules are used in various installations, such as tractions, power supply systems, and other large-capacity industrial equipment.
In today's market, there are increasing demands for these modules to have enhanced withstand voltage and capacity together with lower power loss.
The established series of Mitsubishi Electric diodes, general-purpose thyristors, GTO thyristors, GCT thyristor units, and high-voltage insulated-gate bipolar
transistor (HVIGBT) modules meet a variety of customer needs. We are also actively engaged in improving existing modules and developing new products.
GCT thyristor Series
(Gate Commutated Turn-off thyristor)
HVIGBT modules
(High Voltage Insulated Gate Bipolar Transistor module)
The GCT thyristor is high-power device that takes the place
of existing GTO thyristors. Because the turn-off capability
has rapidly improved, and the turn-off time shortened to
about 1/10 of GTO thyristors, it is most suitable for
applications which require series connection.
Because the GCT thyristor can be turned-off using only the
clamping circuit, even if there is no snubber circuit like that
required by the GTO thyristor, low-loss, small size and
lighter equipment are achieved.
HVIGBT modules are manufactured in an exclusive assembly lines under
strict quality control. Use of aluminum silicon carbide (AlSiC) base plates
enables improved reliability and extended service life for these modules.
With a line-up of high withstand voltage modules in the voltage range of
1.7kV to 6.5kV, the highest level in the world, Mitsubishi Electric is ready to
meet various customer needs for applications in tractions and other largescale industrial installations.
The newly-developed N Series HVIGBT modules are equipped with CSTBTTM
chip that allows lower power loss and the minimization of package size.
Mitsubishi Electric has also produced a series of "HG" modules that are
housed in a well-insulated packages and demonstrate an insulating
performance as high as 10.2kV.
7.0
H
HE
Paper mill
Steel mill
SVG
H
6.0
Motor control
VDRM / VCES (kV)
5.0
H
H
H
4.0
2
HD
HE
H
D
H
H
HD
HDE
Main traction
inverter
3.0
: De-alloy GTO Series (DA Series)
2.0
DE
H
H
: HVIGBT module Series
HVIPM Series
H
: GCT thyristor unit Series
1.0
0
1.0
2.0
3.0
4.0
ITQRM / ICM (kA)
5.0
6.0
7.0
1
= lC 2
"H" denotes the single type, "D" denotes the dual type, and "E" denotes the chopper type
1: lCM
2:
Main circuit of PWM converter/inverter system
PWM converter
R-phase
3-phase
AC power
supply
S-phase
Filter circuit
T-phase
PWM inverter unit
U-phase
DC
reactor
Capacitor
V-phase
W-phase
3-phase
induction
motor
M
38
Rectifier Diodes
Rectifier diodes for general use
Voltage (V)
Type
500
600
2800
3000
4000
5000
Shape
Current (A)1
FD1000A-56
FD1000D-56
FD1600CP-10
FD1600A-60
FD1600CV-80
FD3500BP-12
FD3500AH-56
FD5000AV-100DA
800
1600
3500
5000
Flat type ø45
Flat type ø35
Flat type ø35
Flat type ø50
Flat type ø60
Flat type ø60
Flat type ø80
Flat type ø85
1: Shown by the average forward current
Rectifier diodes for fast switching
Voltage (V)
Type
FD1000FV-90
FD1000FX-90
FD1000FH-56
FD1500AV-90
FD2000DU-120
Current (A)1
2800
4500
Shape
Flat type 60
Flat type 60
Flat type 50
Flat type 70
Flat type 130
800
1000
1500
1700
6000
1: Shown by the average forward current
Rectifier diodes for fast switching (Soft recovery type)
Voltage (V)
Type
4500
6000
Shape
Flat type 47
Flat type 85
Flat type 85
Flat type 130
Current (A)1
FD500JV-90DA
FD1500CV-90DA
FD1500AU-120DA
FD3000AU-120DA
500
1500
1500
3000
1: Shown by the average forward current
39
Thyristors / GTO Thyristors
Thyristors / Gate Turn-off Thyristors
Thyristors for general use
Voltage (V)
Type
400
1200
1400
2500
2700
2800
4000
12000
Shape
Current (A)1
FT1000A-50
FT1000BV-80
FT1500DL-28
FT1500CH-54
FT1500DV-80
FT1500GV-80
FT1500AU-240
FT2500CL-24
FT2500BH-56
FT5000AP-8
1000
1500
2
2500
5000
Flat type 50
Flat type 60
Flat type 50
Flat type 60
Flat type 80
Flat type 80
Flat type 105
Flat type 60
Flat type 80
Flat type 80
1: Shown by the average ON current
2: Current type inverter thyristor
Fast switching thyristors
Voltage (V)
Type
1200
1800
Shape
2500
Current (A)1
FT1000CY-24
FT1000CX-36
FT1000AX-50
FT1500EX-24
FT1500EY-24
800
(15)
1000
1500
(30)
(30)
(20)
(35)
Flat type 50
Flat type 50
Flat type 60
Flat type 60
Flat type 60
1: Shown by the average ON current
Note: Numerical values in ( ) indicate the maximum shut-off time [s]
GTO thyristors
Voltage (V)
Type
FG1000BV-90DA
FG2000JV-90DA
FG2000FX-50DA
FG3000DV-90DA
FG3000GX-90DA
FG4000BX-90DA
FG3300AH-50DA
FG4000EX-50DA
FG4000CX-90DA
FG4000GX-90DA
FG6000AU-120D
Current (A)1
1000
2000
2200
2500
4000
6000
6000
Shape
Flat type 47
Flat type 63
Flat type 63
Flat type 70
Flat type 75
Flat type 85
Flat type 70
Flat type 85
Flat type 85
Flat type 85
Flat type 130
3000
3300
4500
1: Shown by the repeatable control ON current
40
GCT Thyristor Unit
Gate-commutated Turn-off Thyristor Unit
Features
GCT thyristor units are a new product which combine the a
GCT thyristor and a gate driver.
The GCT thyristor is operated by an optimally designed gate
driver to obtain the highest performance based on its
performance characteristics.
Applications
The handling of GCT thyristor units is easy because the GCT
thyristor and gate driver are combined into a single unit.
The GCT thyristor unit is most suitable for high-power
electronic applications.
Electric
power applications
SVG (Static Var Generator)
BTB (Back to Back)
Frequency exchanger
Image of the GCT Thyristor Unit Series
Heavy
industrial applications
Motor drive for fans, pumps, steel mills and paper mills
AC
GCT units
Type
Structure
VDRM
(V)
VRRM
(V)
GCU15CA-130
41
Tj
(:)
Repetitive
Repetitive peak Repetitive peak
Junction
controllable
off-state voltage reverse voltage on-state
current temperature
GCU04AA-130
GCU08BA-130
ITQRM
(A)
switch applications
Frequency
f
(Hz)
Gate driver supply
Control input signal
Vc
Supply connector
20V DC
Made by
Phoenix Contact Co.,Ltd.
Type name:
MSTB2.5/2-G-5.08AU
400
Symmetrical
6500
6500
800
1500
125
780
Optical fiber data link
Transmitter: HFBR-1521:
Made by
Agilent Co.,Ltd.
Receiver: HFBR-2521:
Made by
Agilent Co.,Ltd.
GCT thyristor outline drawings
(Unit: mm)
GCU04AA-130
208
104
170
8
(R39.5)
68
0.2
20
9MAX.
3.50.2
2.20.2 DEPTH
800.5
3
OE1
OE2
LED4
LED3
LED2
LED1
TPG
TPK
220
190
170
77
(20)
6M4
5
20V POWER SUPPLY INPUT
(MSTB2.5/2-G-5.08AU)
GATE TEST POINT
CATHODE TEST POINT
37
FIBER-OPTIC INPUT (HFBR-2521)
FAULT SIGNAL OUTPUT (HFBR-1521)
LED4: POWER SUPPLY OK (GREEN)
LED3: G-K OK (GREEN)
LED2: GATE ON (YELLOW)
LED1: GATE OFF (RED)
60.5
Detail A
37
20
14.31.3
60.5
380.2
10MIN.
260.5
20MAX.
A
1.6
13.7
60.5
3.6
160
120
60.5
10.10.9
CAPTIVE SCREW (M4)
(HEAT SINK SIDE DEPTH 6 to 8mm)
3.50.2
2.20.2 DEPTH
GCU08BA-130
208
104
160
120
G
K
9
K
G
80
20
G
K
140
0.2
165
7
4
G
K
K
G
800.5
G
85
K
250
2-6M4
2-6M4
46.5
48
48
46.5
OE2
OE1
TPG
TPK
LED4
LED3
LED2
LED1
3.50.2
2.20.2 DEPTH
GATE TEST POINT
CATHODE TEST POINT
20V POWER SUPPLY INPUT
(MSTB2.5/2-G-5.08AU)
FIBER-OPTIC INPUT (HFBR-2521)
FAULT SIGNAL OUTPUT (HFBR-1521)
37
60.5
20
160
80
60.5
10.10.9
CAPTIVE SCREW (M4)
(HEAT SINK SIDE DEPTH 6 to 8mm)
26.20.3
60.5
470.2
60.5
13.7
1.6
10
A
14.51.3
20MAX.
LED4: POWER SUPPLY OK (GREEN)
LED3: G-K OK (GREEN)
LED2: GATE ON (YELLOW)
LED1: GATE OFF (RED)
5
37
Detail A
3.50.2
2.20.2 DEPTH
42
(Unit: mm)
208
GCU15CA-130
20
104
160
54.5
G
K
80
K
G
G
2
K
0.
140
3
6
G
K
85
G
K
800.5
165
9
3.50.2
2.20.2 DEPTH
54.5
G
32.5 32.5
OE1
TPG
TPK
LED4
LED3
LED2
LED1
5
37
20V POWER SUPPLY INPUT
(MSTB2.5/2-G-5.08AU)
60.5
20
80
120
60.5
60.5
60.5
630.2
3.50.2
2.20.2 DEPTH
1.6
10MIN.
A
60.5
Detal A
13.7
60.5
14.51.3
20MAX.
160
43
CAPTIVE SCREW (M4)
(HEAT SINK SIDE DEPTH 6 to 8mm)
37
FAULT SIGNAL OUTPUT
(HFBR-1521)
170
WITH METAL SUPPORT PARTS
10.10.9
FIBER-OPTIC INPUT
(HFBR-2521)
26.20.3
GATE TEST POINT
CATHODE TEST POINT
LED4: POWER SUPPLY OK (GREEN)
LED3: G-K OK (GREEN)
LED2: GATE ON (YELLOW)
LED1: GATE OFF (RED)
OE2
166.5
290
K
2-3M3
HVIGBT Modules
High-voltage Insulated-gate Bipolar Transistor Modules
Features
R
Series was added to the line-up.
voltage (10.2kVrms, AC 1min.)
High-voltage/Large-capacity (6.5kV/600A, 1.7kV/2.4kA)
High-heat cycle capability
Abundant line-up with various connecting
High-isolation
Applications
Traction
applications
Inverter, converter, chopper, SIV (Static inverter)
Heavy
industrial applications
Motor drive for fans, pumps, steel mills and paper mills
Electric
Image of HVIGBT modules Series
power applications
SVG (Static Var Generator)
Frequency exchanger
High-voltage insulated-gate bipolar transistor modules R Series : Low-loss, AlSiC baseplate
Connection
VCES
(V)
Isolation
voltage
(kV)
Ic (A)
750
1200
1500
CM1000HC-66R
3300
CM1500HC-66R
CM13
6.0
H
1000
CM11
CM1200HC-90R
4500
CM11
E4
3300
CM1000E4C-66R
6.0
CM12
CM1500HG-66R
3300
H
4500
6500
CM17
CM1200HG-90R
10.2
CM17
CM750HG-130R
CM17
Numbers CM11 to CM13, CM17 are recorded with product names to show the outline drawing numbers
: New product
: Under development
44
HVIGBT Modules
High-voltage Insulated-gate Bipolar Transistor Modules
High-voltage insulated-gate bipolar transistor modules N Series / N Series B Type : Low-loss, CSTBT TM chip
Connection
VCES
(V)
Ic (A)
800
1800
1200
2400
CM1800HC-34N
CM1200HCB-34N
1700
H
CM2400HC-34N
CM10
CM1800HCB-34N
CM7
1700
D
CM8
CM800DZB-34N
CM1200DB-34N
CM1200DC-34N
CM4
CM9
CM1200E4C-34N
1700
E4
CM2400HCB-34N
CM10
: New product
High-voltage insulated-gate bipolar transistor modules HG Series : High-isolation, AlSiC baseplate
Connection
VCES
(V)
200
400
Ic (A)
600
900
1200
CM400HG-66H
3300
CM1200HG-66H
CM14
H
CM16
CM600HG-90H
4500
CM900HG-90H
CM15
6500
E2
6500
CM200HG-130H
CM600HG-130H
CM14
CM16
CM16
CM400E2G-130H
CM16
E4
6500
CM400E4G-130H
CM16
Numbers CM4, CM7 to CM10, CM14 to CM16 are recorded with product names to show the outline drawing numbers
45
: New product
: Under development
HVIGBT Modules
High-voltage Insulated-gate Bipolar Transistor Modules
High-voltage insulated-gate bipolar transistor modules HC Series : Low-loss, AlSiC baseplate
Connection
VCES
(V)
800
Ic (A)
1200
1600
CM1200HC-34H
CM1600HC-34H
900
1700
CM1
3300
1700
CM8
CM8
CM1200HC-66H
CM800HC-66H
CM7
CM8
CM900HC-90H
4500
D
2400
CM2400HC-34H
CM1200HC-50H
2500
H
1800
CM1800HC-34H
CM8
CM800DZ-34H
CM4
E2
/
E6
3300
CM800E2C-66H
CM800E6C-66H
CM8
3300
E4
CM800E4C-66H
CM8
High-voltage insulated-gate bipolar transistor modules HB Series : Low-loss, Cu baseplate
Connection
VCES
(V)
400
Ic (A)
800
CM800HB-50H
600
2500
3300
H
4500
900
1200
CM1200HB-50H
CM7
CM8
CM800HB-66H
CM1200HB-66H
CM7
CM400HB-90H
CM8
CM600HB-90H
CM900HB-90H
CM7
CM8
High-voltage insulated-gate bipolar transistor modules HA Series : Cu baseplate
Connection
VCES
(V)
Ic (A)
400
600
1700
H
2500
3300
E2
1700
CM1200HA-50H
CM2
CM3
CM800HA-66H
CM1200HA-66H
CM2
CM3
CM600DY-34H
1700
2500
1200
CM1200HA-34H
CM1
CM800HA-50H
3300
D
800
CM800HA-34H
CM4
CM400DY-50H
CM5
CM400DY-66H
CM5
CM600E2Y-34H
CM6
Numbers CM1 to CM8 are recorded with product names to show the outline drawing numbers
46
HVIGBT modules outline drawings
CM800,1200HA-34H
CM1200,1600HC-34H
CM5
CM400DY-50H,-66H
130
114
130
114
4-M8 NUTS
4-M8 NUTS
570.25
6-7 MOUNTING HOLES
18.5
LABEL
61.5
5
38
5
38
18
CM6
CM800HA-50H,-66H
130
114
CM600E2Y-34H
4-M8 NUTS
570.25
130
114
570.25
4-M8 NUTS
570.25
1240.25
140
40
3-M4 NUTS
10.35
10.65
48.5
30
1240.25
140
20
20
570.25
6-7 MOUNTING HOLES
24.5
53.6
LABEL
61.5
18
CM2
7.2
36.3
48.8
5-M4 NUTS
16.5 2.5
3-M4 NUTS
40
1240.25
140
30
1240.25
140
20
20
570.25
570.25
570.25
6-7 MOUNTING HOLES
16
3-M4 NUTS
LABEL
61.5
6-7 MOUNTING HOLES
40
53
55.2
LABEL
11.85
CM3
5
5
38
18
CM7
CM1200HA-50H,-66H
190
171
570.25
570.25
CM400,600HB-90H CM1200HCB-34N
CM800HB-50H,-66H CM800HC-66H
6-M8 NUTS
570.25
38
CM1
130
114
570.25
4-M8 NUTS
20.25
41.25
79.4
8-7 MOUNTING HOLES
3-M4 NUTS
48.8
LABEL
61.5
61.5
CM600DY-34H CM800DZ-34H CM800DZB-34N
130
114
570.25
4-M8 NUTS
570.25
6-7 MOUNTING HOLES
61.5
LABEL
5
38
5
CM4
10.35
10.65
18
13
CM8
CM800E2C/E4C/E6C-66H
CM900HB/HC-90H
CM1800,2400HCB-34N 190
CM1200HB/HC-50H,-66H
CM1800,2400HC-34H
171
570.25
6-M8 NUTS
570.25
6-7 MOUNTING HOLES
3-M4 NUTS
LABEL
5
38
11.85
44
57
55.2
47
20.25
41.25
79.4
61.5
8-7 MOUNTING HOLES
61.5
13
LABEL
38
16 18
40
53
5
5-M4 NUTS
40
1240.25
140
30
1240.25
140
20
20
570.25
38
3-M4 NUTS
40
1240.25
140
40
1240.25
140
20
20
570.25
(Unit: mm)
CM13
CM1200DB-34N CM1200DC-34N
1300.5
CM1000HC-66R
1300.5
570.25
570.25
4-M8 NUTS
4-M8 NUTS
+0.1
20 -0.2
570.25
400.3
90.2
1400.5
1
1240.25
3-M4 NUTS
6-7 MOUNTING HOLES
SCREWING DEPTH
MIN. 16.5
CM1200E4C-34N CM1800,2400HC-34N
1300.5
570.25
3
10.650.3
48.80.3
CM14
SCREWING DEPTH
MIN. 16.5
180.3
+1
0
38
CM200HG-130H CM400HG-66H
730.5
570.25
4-M8 NUTS
570.25
2-M8 NUTS
28.7
3
1
2
440.3
2
200.1
400.2
1240.25
1400.5
4
6-7 MOUNTING HOLES
10.350.3
61.50.3
SCREWING DEPTH
MIN. 7.7
1400.5
CM10
2
170.1
55.20.3
11.850.2
4
50.2
180.2
440.2
570.2
280.5
160.2
400.2
530.2
1240.25
1400.5
1
+1
3
50.2
SCREWING DEPTH
MIN. 7.7
2
38 –0
6-M4 NUTS
4
300.2
200.1
570.25
1240.25
CM9
1
36
CM11
5
12.90.3
CM600HG-90H
4-M8 NUTS
570.25
6-M8 NUTS
570.25
5
3
1
4
2
3
1
90.1
1400.5
2
1240.25
4
440.3
6
400.3
1400.5
1240.25
170.1
570.25
48
1300.5
570.25
1900.5
570.25
+1.0
0
SCREWING DEPTH
MIN. 16.5
50.15
+1
CM15
CM1200HC-90R CM1500HC-66R
4-7 MOUNTING HOLES
16.20.3
36.2
SCREWING DEPTH
MIN. 4
5.8
21.60.3
SCREWING DEPTH
MIN. 16.5
61.50.3
180.2
6-7 MOUNTING HOLES
50.2
SCREWING DEPTH
MIN. 7.7
10.350.2
10.650.2
48.80.2
38 –0
3-M4 NUTS
1900.5
570.25
6-M8 NUTS
570.25
CM600HG-130H
CM900HG-90H
1900.5
570.25
570.25
+1.0
0
CM1200HG-66H
570.25
6-M8 NUTS
4
170.1
2
2
5
3
1
140.3
59.20.5
440.3
3
4
1
90.1
5
6
1240.25
1400.5
6
400.3
1400.5
1240.25
90.2
+0.1
20 -0.2
570.25
CM400E2G-130H
CM400E4G-130H
48
50.15
38
CM16
CM1000E4C-66R
SCREWING DEPTH
MIN. 16.5
61.20.5
SCREWING DEPTH
MIN. 7.7
8-7MOUNTING HOLES
61.20.5
120.3
SCREWING DEPTH
MIN. 16.5
+1.0
48 0
61.50.3
3-M4 NUTS
130.3
61.50.3
+1
0
SCREWING DEPTH
MIN. 7.7
8-7 MOUNTING HOLES
38
41.250.3
79.40.3
50.15
20.250.3
3-M4 NUTS
280.5
50.2
CM12
SCREWING DEPTH
MIN. 16.5
+1
0
280.5
50.3
SCREWING DEPTH
MIN. 16.5
4-7 MOUNTING HOLES
30.70.5
61.20.5
16.50.3
SCREWING DEPTH
MIN. 7.7
+1.0
0
130.3
61.50.3
61.50.3
SCREWING DEPTH
MIN. 7.7
28.50.5
3-M4 NUTS
42.50.3
41.250.3
79.40.3
38
8-7 MOUNTING HOLES
20.250.3
3-M4 NUTS
48
(Unit: mm)
CM17
CM750HG-130R CM1200HG-90R CM1500HG-66R
1900.5
570.25
6-M8 NUTS
570.25
+0.1
17 -0.2
570.25
4
2
5
3
1
49
61.20.3
59.20.3
120.3
61.20.3
90.2
8-7 MOUNTING HOLES
SCREWING DEPTH
MIN. 16.5
+1
0
380.5
50.2
SCREWING DEPTH
MIN. 7.7
140.3
48
3-M4 NUTS
440.3
1400.5
1240.25
6
HVDi Modules
High-voltage Diode Modules
HVDi modules R Series : Low-loss, AlSiC baseplate
Connection
D
VRRM
(V)
Ic (A)
1000
3300
RM1000DC-66F
RM6
: Under development
HVDi modules: High-isolation, AISiC baseplate
Connection
VRRM
(V)
200
Ic (A)
400
RM400DG-66S
300
3300
RM4
6500
1200
RM1200DG-66S
RM4
RM300DG-90S
4500
D
600
RM4
RM200DG-130S
RM600DG-130S
RM4
RM4
: New product
HVDi modules: AISiC baseplate
Connection
VRRM
(V)
Ic (A)
600
900
1200
1700
RM2
RM1200HE-66S
3300
H
4500
1800
RM1800HE-34S
RM2
RM600HE-90S
RM900HC-90S
RM2
RM3
: New product
HVDi modules: Cu baseplate
Connection
VRRM
(V)
Ic (A)
400
600
RM400DY-66S
RM600DY-66S
900
1700
D
3300
1200
RM1200DB-34S
RM5
RM1200DB-66S
RM1
4500
Numbers RM1 to RM6 are recorded with product names to show the outline drawing numbers
RM3
RM900DB-90S
RM3
: New product
50
HVDi modules outline drawings
RM5
RM400,600DY-66S
RM1200DB-34S
1300.5
130
114
570.25
4 - M8 NUTS
4-M8 NUTS
570.25
20
200.1
570.25
570.25
2
300.2
140
40
124 0.25
4
1240.25
1400.5
RM1
(Unit: mm)
1
3
>PET+PBT<
6-7 MOUNTING HOLES
50.2
RM600HE-90S RM1200HE-66S RM1800HE-34S
90
740.3
40
SCREWING DEPTH
MIN. 16.5
38
5
RM2
11.850.2
LABEL
RM6
+1.0
0
18
55.20.3
38
6-7 MOUNTING HOLES
61.5
RM1000DC-66F
1300.5
570.25
570.25
4-M8 NUTS
2
3
1
400.3
1400.5
4
1240.25
130
1140.3
>PPS<
61.5
+0.1
20 -0.2
4-M8 NUTS
6-7 MOUNTING HOLES
180.3
61.50.3
RM3
RM900DB/HC-90S RM1200DB-66S
130
4-M8 NUTS
570.25
1240.25
140
40
20
570.25
CM
6-7 MOUNTING HOLES
61.5
18
+1
38 –0
SCREWING DEPTH
MIN. 16.5
5
RM4
RM200,600DG-130S RM1200DG-66S
RM300DG-90S
RM400DG-66S
1300.5
570.25
570.25
1
6-7 MOUNTING HOLES
SCREWING DEPTH
MIN. 16.5
51
48
+1.0
0
61.20.5
50.15
16.50.3
1400.5
3
440.3
2
1240.25
170.1
4-M8 NUTS
4
38
+1
0
SCREWING DEPTH
MIN. 16.5
50.2
+1.0
0
38
9.3
29.7
4-6.5 MOUNTING HOLES
HVIPM
High-voltage Intelligent Power Modules
High-voltage intelligent power modules
PM1
61.50.3
13
PM1200HCE330-1
61.50.3
6-M8 NUTS
PM1200HCE330-1
CONTROL CONNECTOR
CONTROL CONNECTOR
FEMALE TYPE : IL-AG5-6S-S3C1
(
LABEL
)
(15)
(15)
570.3
2-M3
45
570.3
1900.3
(14)
(16.5)
8-6.5
17
570.3
+1
0
6 5 4 3 2 1
CONTROL CONNECTOR TERMINAL CONFIGURATION
9.3
V1 NC VC CI FO NC
40
1240.3
1400.3
PM1
38
3300
IC (A)
1200
41
18.3 15.85
H
VRRM
(V)
(Unit: mm)
23 11
Connection
Outline drawing
2.6
52
High-voltage Integrated Circuits
600V and 1200V Half-bridge Driver HVIC
This product is a semiconductor integrated circuit designed to directly drive
the power MOS/IGBT modules of half-bridge composition by integrating the
600V (1200V) and 8/24V dielectric elements onto one chip.
The internal installation of high-side/low-side driver circuits, protective
circuits against power supply voltage drop and interlocking circuits enables
a devices to drive/control the power elements without using the
photocoupler from a logic circuit such as a microcomputer.
Applications
Most suitable for the following, applied in products to drive the power
MOS/IGBT modules for inverters.
General inverters
Air conditioners, refrigerators and washing machines
AC servo motors
Brushless DC motors
Plasma display panels
Illumination machinery
Reference by function
Floating supply Output current
[A]
voltage [ V ]
Type
M63975FP
M63991FP
M63992FP
M63993FP
M63994FP
M63996FP
M81700FP
M81701FP
M81702FP
M81703FP
M81705FP
M81706AFP
M81707FP
M81708FP
M81709FP
M81713FP
M81019FP
M81711FP
M81716FP
M81712FP
M81719FP
M81721FP
M81722FP
M81723FP
M81725FP
M81731FP
M81734FP M81735FP M81737FP M63958FP
(Lead-free)
(pb-free)
(pb-free)
(Lead-free)
(Lead-free)
(pb-free)
(Lead-free)
(Lead-free)
(Lead-free)
(Lead-free)
(Lead-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
(pb-free)
24
600
600
1200
Driving
method
Dead-time
control
Remarks
Package
outline
Outline
drawings
—
—
10P2N
16P2N
36P2R
8P2S
16P2N
16P2N
8P2S
16P2N
8P2S
24P2Q
0.5
Low-side
1
2.0
0.3
0.5
2.0
Half-bridge
2
3 bridge
23 (6)
Half-bridge
1
2
Inside
Input-signal
2.0
Half-bridge
2
Input-signal
1
—
High-side
0.15 / 0.125
Half-bridge
0.12 / 0.25
Dual high-side
0.1
0.12 / 0.25
2.0
Half-bridge
0.5
1.0
24
0.5
Dual low-side
3 bridge
600
0.2 / 0.35
0.12 / 0.25
1.0
3.0
0.1
600
Number of
input-signals
Input-signal
2
Input-signal
1
2
Inside
Input-signal
12
23 (6)
—
Half-bridge
2
Dual high-side
High-side
Dual high-side
12
3.0
0.5
Half-bridge
0.2
0.5 / 0.25
Dual high-side
Half-bridge
Input-signal
—
1
1
2
12
—
Inside
Input-signal
—
Inside
7 VB
HV
LEVEL
SHIFT
R
INTER
LOCK
R
Q
8 HO
S
PULSE
GEN
6 VS
GND 15
53
—
—
With interlock function
—
8P2S
With interlock function
28X9R
—
8P2S
24P2Q
8P2S
16P2N
8P2S
16P2N
8P2S
16P2N
16P2N
With interlock function
—
12
UV
DETECT
FILTER
UV
DETECT
FILTER
VREG/
VCC
LEVEL
SHIFT
—
With interlock function
—
—
: Under development
VREG
LIN 14
SD/With interlock function
With interlock function
With SD function
With interlock function
M81709FP
HIN 12
—
With interlock function
Block diagram
VREG/
VCC
LEVEL
SHIFT
With interlock function
3 VCC
DELAY
1 LO
2 GND
Transistor Array
Wide Product Range Helps Reduce Product Size and Weight
Transistor arrays are semiconductor integrated circuits in which a minute
input current enables a big current drive. The abundant product line-up
enables them to be used in a wide range of fields. (50mA to 1.5A/35V to 50V)
Application of the surface mounting package also enables compact,
lightweight and high-density mounting of sets.
Applications
Drivers
for stepping motors of printers and facsimile machines
head drivers for handheld word processors and thermal printers
Hammer head drivers for calculators with a printer and ECRs
Drivers for relays, solenoids, lamps, LEDs and fluorescent display tubes
Thermal
Codes for transistor array naming
M 5 4523 P
M 6 3823 FP
M 6 3803 KP
Package type
P/WP: DIP type
FP/GP/DP: SOP type
KP: SSOP type
Quick reference
Voltage
Current
35V
40V
M54513P/FP
50mA
Application and range of
ambient temperature for operation
Abbreviation shows the
Mitsubishi Electric Integrated Circuit
M81016P/FP/KP
M81049P/FP/SP
M81302SP/FP 200mA
400mA
Circuit type and circuit kind for
product series
M54580P/FP
150mA
300mA
50V
M63802P/FP/GP/KP
M63803P/FP/GP/KP
M63805P/FP/KP
M63806P/FP/KP
M63807P/FP/KP
M63813P/FP/GP/KP
M63816P/FP/KP
M54561P
M54522P/FP
M54530P/FP
M54531FP
M54531WP M54566WP M54566FP
M54583P/FP
M63840P/FP/KP M54523P/FP
M54562P/FP
M54563P/FP
M54564P/FP
M54585WP M54585P/FP/KP
M54587P/FP
M63800FP
M63820FP/KP
M63823P/FP/GP
M63824GP/KP
M63826P/FP/GP
M63827WP/DP
M63828WP/DP
M63832GP/KP
M63834FP/KP
M63836FP/KP
500mA
1.5A
: Output current-synchronized type
: Output current-sourcing type
: Circled numbers indicate the number of circuits
M54532P/FP
M54567P/FP
M63830P/FP
: New product
: Under development
54
Transistor Array
Reference by function
Type
M54513FP
M54513P
M54522FP
M54522P
M54523FP
M54523P
M54530FP
M54530P
M54531FP
M54531WP M54532FP
M54532P
M54561P
M54562FP
M54562P
M54563FP
M54563P
M54564FP
M54564P
M54566FP
M54566WP M54567FP
M54567P
M54580FP
M54580P
M54583FP
Unit
InputIo max Vo max
function
[ mA ]
[V ]
voltage
Output
current
Darlington
transistor
With output
clampdiode
8
50
40
H
Sink
8
400
40
H
Sink
7
500
50
H
Sink
7
7
400
400
40
40
H
H
Sink
Sink
4
1500
50
H
Sink
7
300
40
L
Source
8
500
50
H
Source
8
500
50
H
Source
8
7
4
7
8
500
400
1500
150
400
50
50
50
50
50
H
L
L
L
L
Source
Sink
Sink
Source
Sink
Low
collectoremitter
voltage
Mini-frat
package
Package
outlines
Outline
drawings
20P2N
18P4G
20P2N
18P4G
16P2N
16P4
16P2N
16P4
16P2N
16P4X
16P2N
16P4
16P4
High-input
threshold
voltage
20P2N
18P4G
20P2N
18P4G
20P2N
18P4G
16P2N
16P4X
16P2N
16P4
16P2N
16P4
20P2N
18P4G
M54585FP
20P2N
M54585KP
20P2E
M54583P
M54585WP 8
500
50
H
Sink
M54585P
M54587FP
M54587P
8
500
50
L
Sink
18P4X
18P4G
20P2N
20P4
: Under development
55
Transistor Array
Reference by function
InputIo max Vo max
function
[ mA ]
[V ]
voltage
Output
current
Darlington
transistor
With output
clampdiode
Low
collectoremitter
voltage
Source
High-input
threshold
voltage
Mini-frat
package
Package
outlines
Outline
drawings
16P2N
M63802FP
16P2N
M63802GP
16P2S
16P2Z
16P4
Type
Unit
M63800FP
7
7
M63802KP
500
300
50
35
H
H
Sink
M63802P
M63803FP
16P2N
M63803GP
16P2S
16P2Z
16P4
20P2N
20P2E
18P4G
20P2N
20P2E
18P4G
20P2N
20P2E
18P4G
7
M63803KP
300
35
H
Sink
M63803P
M63805FP
M63805KP
8
300
35
H
Sink
M63805P
M63806FP
M63806KP
8
300
35
H
Sink
M63806P
M63807FP
M63807KP
8
300
35
H
Sink
M63807P
M63813FP
16P2N
M63813GP
16P2S
16P2Z
16P4
20P2N
20P2E
18P4G
20P2N
20P2E
16P2N
16P2S
16P4
16P2S
16P2E
16P2N
16P2S
16P4
16P4X
16P2X
16P4X
16P2X
16P2N
16P4
16P2S
16P2E
20P2N
20P2E
20P2N
20P2E
20P2N
20P2F
18P4G
7
M63813KP
300
35
H
Sink
M63813P
M63816FP
M63816KP
8
300
35
H
Sink
M63816P
M63820FP
8
M63820KP
500
50
H
Sink
M63823FP
M63823GP
7
500
50
H
Sink
M63823P
M63824GP
7
M63824KP
500
50
H
Sink
M63826FP
M63826GP
7
500
50
H
Sink
M63826P
M63827WP
7
M63827DP
M63828WP
7
M63828DP
M63830FP
4
M63830P
M63832GP
M63832KP
M63834FP
M63834KP
M63836FP
500
1500
50
50
50
H
H
L
Sink
Sink
Sink
7
500
50
L
Sink
8
500
50
L
Sink
8
M63836KP
500
500
50
L
Sink
M63840FP M63840KP M63840P
8
500
40
H
Source
: New product
56
Transistor Array
CMOS array
Mini-frat
package
Package
outlines
Outline
drawings
20P4B
20P2N
20P2E
20P4
20P2N
M81049SP
20P4B
M81302SP 20P4B
20P2N
Type
Unit
Io max Vo max Output
[ mA ]
[V ]
current
Function
M81016P
M81016FP
M81016KP
M81049P
M81049FP
M81302FP OCTAL D-TYPE, FLIP-FLOP DRIVER WITH CLEAR
8
200
40
Sink
OCTAL INVERTER WITH OPEN-DREIN OUTPUTS
: Under development
57
High-voltage integrated circuits and transistor array outline drawings
4
14pin 300mil DIP
TYPE 20P4
19 0.2
20pin 300mil DIP
0.51 MIN.
3.3
+ 0.07
0.27 – 0.05
0.5 0.1
2.54
+0.3
5
16pin 300mil DIP
TYPE 16P2N
16pin 300mil SOP
3 MIN. 4.5 MAX.
A
1.8
2.1 MAX.
+ 0.07
0.27 – 0.05
1.27
0.5 0.1
+ 0.10
0.4 – 0.05
+0.3
1.5 – 0.1
+ 0.3
1.0 – 0.1
TYPE 18P4G
6
18pin 300mil DIP
44
TYPE 20P2N
20pin 300mil SOP
12.60.1
0.5 0.1
+0.3
1.2 – 0.1
7.62
0.10.1
A
2.1MAX.
+ 0.07
1.8
3 MIN. 4.5 MAX.
5.3 0.1
6.3 0.15
240.2
2.54
+ 0.05
0.2 – 0.02
Detail A
0.51 MIN.
3.3
3
7.62
0.6 0.2
5.3 0.1
6.3 0.15
0.51 MIN.
3.3
2.54
0.10.1
7.8 0.3
10.10.1
19 0.2
0.25 – 0.05
1.27
+ 0.10
+ 0.05
0.2 – 0.02
0.4 – 0.05
7.8 0.3
TYPE 16P4
+ 0.3
1.5 – 0.1
1.0 – 0.1
44
0.6 0.2
2
+ 0.07
0.27 – 0.05
0.5 0.1
+ 0.3
1.5 – 0.1
7.62
1.25
2.54
7.62
3 MIN. 4.5 MAX.
0.5 MIN.
3.3
6.3 0.15
6.3 0.15
240.2
1.25
TYPE 14P4
3 MIN. 4.5 MAX.
1
(Unit: mm)
Detail A
58
7
TYPE 16P2S
10
16pin 225mil SOP
TYPE 36P2R-D
36pin 450mil SSOP
36
19
11.930.3
8.40.2
0.05 MIN.
6.2 0.3
F
1
18
15.00.2
G
0.9
2.35 MAX.
2.05 0.10.1
1.27
+0.05
0 to 10
0.15 – 0.02
Detail A
0.15 MAX.
0.35 – 0.05
+ 0.05
0.2 – 0.02
0.7
0.85 MAX.
Detail G
TYPE 16P2Z
11
16pin 225mil SSOP
TYPE 8P2S -A
0.9
0 to 10
1.9 MAX.
0.05 MIN.
1.5
0.25 MAX.
0.1 MAX.
0 to 10
+ 0.05
12
0.595
0.15 – 0.02
TYPE 10P2N-A
10
6
1
5
Detail F
Detail G
10pin 300mil SOP
8.120.3
5.70.1
20pin 225mil SSOP
F
G
6.80.1
1.0
A
1.8
1.45 MAX.
+ 0.10
0.4 – 0.05
+0.05
0.15 – 0.02
0.22 – 0.05
0 to 10
0.1 MAX.
0.50.2
1.15
1.27
+0.10
2.1 MAX.
0.25 MAX.
0.10.1
0~ 8
+0.05
Detail A
0.2 – 0.02
1.01 MAX.
59
0.86
Detail G
Detail F
0.50.2
0.10.1
6.40.2
4.40.1
6.50.1
0.65
F
0.9
+0.05
0.15 – 0.02
0.745 MAX.
TYPE 20P2E-A
TYPE 20P2F-A
4
1.27
Detail A
9
1
+ 0.10
0.4 0.2
1.5
0.65
5
0.4 – 0.05
1.9 MAX.
+0.10
0.22 – 0.05
8
5.00.2
G
A
8pin 225mil SOP
6.20.3
4.40.2
0.05 MIN.
6.2 0.3
4.4 0.2
50.2
Detail F
1.21
8
0 to 8
1.765
+0.10
0.4 – 0.05
+ 0.10
0.8
0.4 0.2
1.5
1.9 MAX.
0.5 0.2
A
0.40.2
4.4 0.2
100.2
(Unit: mm)
16
20pin 300mil DIP
TYPE 16P2X
16pin 225mil SOP
+0.07
TYPE 20P4B
0.27 – 0.05
13
1.45
1.0 – 0.1
+0.56
0.71 – 0.33
0.41 – 0.08
0.1
0.51 MIN.
+0.3
0.480.1
+ 0.10
1.27
0.175 0.075
1.6 0.13
3.3
3.0
4.5
MIN. MAX.
1.778
+0.21
7.62
0~ 15
A
+0.05
0.2 – 0.01
19.00.2
SEATING
PLANE
5.99 – 0.20
10
+0.08
1
+ 0.1
9.91 – 0.11
3.91 – 0.10
11
6.30.15
20
0~8
0.25
Detail A
TYPE 16P2E-A
24pin 300mil SSOP
6.4 0.2
10.10.1
24
13
A
1.45 MAX.
5.00.1
0~8
8
5.30.1
1
B
TYPE 24P2Q
9
4.4 0.1
16
17
16pin 225mil SSOP
6.4 0.2
14
0.60.2
+0.10
0.1 MAX.
1.0
0 to 10
0.225
15
TYPE 16P4X
+ 0.10
0.35 – 0.05
0.8
+0.05
0.15 – 0.02
Detail B
0.15
Detail A
18
16pin 300mil DIP
Detail A
1.25
A
0.10.1
0.375 MAX.
12
0.1 0.1
1.8
1.15
0.20.05
1
0.1 MAX.
1.90.2
0.22 – 0.05
0.5 0.2
0.65
TYPE 28X9R
28pin 450mil SSOP
+0.15
19.15 – 0.25
11.930.3
8.40.2
F
1
18
15.00.2
2.05 0.10.1
+ 0.10
0.15 MAX.
+ 0.15
0.99 – 0.23
0.46 0.1
+0.26
1.52 – 0.38
0.85 MAX.
0.35 – 0.05
08
+ 0.05
0.7
0.2 – 0.02
Detail G
0.50.2
0.8
0.405 0.155
2.54
2.35 MAX.
1.765
.08
0.25 –+00.0
5
7.94 0.32
6.5 0.15
+ 0.15
3.3 – 0.05
19
G
0.38
MIN.
3.18 4.57
MIN. MAX.
9.145 0.505
28
Detail F
60
(Unit: mm)
19
TYPE 18P4X
16pin 300mil DIP
+0.16
0.460.1
+0.26
1.52 – 0.25
61
+0.14
0.56 – 0.13
.08
0.25 –+00.0
5
7.960.32
6.5 0.15
+0.26
3.3 – 0.00
0.38
MIN.
3.18 4.57
MIN. MAX.
2.54
9.0150.635
22.96 – 0.25