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                                                                                                                                                                                                            DY Series Mitsubishi IGBT Module, 1200V Industrial Inverter IGBT Module, Mitsubishi IGBT Module 1200V
                      

Type:	IGBT Moduel	Rated Voltage (V):	1200-1700
Rated Current (A):	150-1800	Warranty:	Original Manufacturer's Warranty
Pakage:	Original Pakage	Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/Sea Freight / Air Freight / International Special Line
Freight Charge:	For Industrial Equipment (E.G., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/Volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote

Type:	IGBT Moduel
Rated Voltage (V):	1200-1700
Rated Current (A):	150-1800
Warranty:	Original Manufacturer's Warranty
Pakage:	Original Pakage
Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/Sea Freight / Air Freight / International Special Line
Freight Charge:	For Industrial Equipment (E.G., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/Volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote

DY Series Mitsubishi IGBT Module 1200V Industrial Inverter IGBT Module

DY Series IGBT Module with 1200V Rated Voltage and CSTBT™ Chip Technology for Industrial Inverter Applications

The DY Series IGBT is a high-reliability 1200V power module with CE, UL and RoHS certification, specially engineered for industrial inverters and servo drives. Adopting advanced CSTBT™ chip technology and TMS packaging, it features low power loss and excels in high-frequency and high-power working conditions, providing stable and durable power conversion solutions for industrial automation, new energy and other fields.

Core Technical Advantages

CSTBT™ Chip Technology

Adopts the 6th/7th generation CSTBT™ technology integrating Trench Gate and Field Stop Layer, which optimizes carrier distribution, reduces saturation voltage Vce(sat), balances conduction and switching losses, and improves high-frequency PWM operation efficiency.

Integrated RFC Diode

The anti-parallel diode features high-speed soft recovery technology with low reverse recovery charge Qrr and minimal recovery current spike. It effectively reduces EMI interference and the stress on bus snubber circuits, perfectly adapting to high-frequency working conditions.

Thick Metal Substrate (TMS) Packaging

Eliminates the solder layer of traditional large substrates, significantly improving thermal cycle life and mechanical stability while reducing packaging failure risks. Optimized terminal bonding and internal bus lamination design minimize parasitic inductance for more stable operation.

Precise Thermal Management Design

Boasts low junction-to-case thermal resistance; the flat package is compatible with large heat sinks and liquid cooling systems. An integrated NTC thermistor enables real-time temperature monitoring, over-temperature protection and power derating, ensuring stable performance under high-temperature conditions.

Performance Highlights

Performance Dimension	Key Highlights	Typical Parameters
Power Loss	Ultra-low Vce(sat), minimal switching loss, high energy efficiency	1200V series: Typical Vce(sat) = 1.8V (at 125℃)
Switching Characteristics	Fast switching speed, smooth waveform, low EMI emission	Optimized carrier distribution shortens switching transition time
Current Distribution	Highly matched electrical characteristics of IGBT cells	Uniform current in parallel/bridge circuits, reducing local overheating risks
Insulation Capability	High isolation voltage for high-voltage system compatibility	Viso = 4000V (RMS), meeting industrial high-voltage isolation requirements
Integrated Design	Dual IGBT cell packaging for circuit simplification	Standard pin and package dimensions, reducing complexity of multi-module parallel connection

Core Reliability Metrics

Thermal Cycle Life: TMS packaging eliminates the key failure point of substrate solder layers, significantly enhancing the module's thermal cycle life. It withstands wide temperature cycles from -40℃ to 125℃, suitable for long-term high-frequency operation.
Short-Circuit Withstand Capability: Equipped with rated short-circuit withstand time (3 μs - 10μs, subject to specific models), the module can resist instantaneous short-circuit impacts and reduce system fault risks effectively.
Isolation & Insulation Reliability: 4000V high isolation voltage with high-voltage and moisture-resistant insulation layer, ensuring stable operation in harsh industrial environments with high humidity and dust.
Long-Term Operational Stability: Features low leakage current and minimal gate oscillation; the flat epitaxial interface with few dislocation defects results in negligible parameter drift during long-term operation, with MTBF reaching tens of thousands of hours.
Surge & Overvoltage Protection: High avalanche energy withstand capability with optimized internal snubber circuits, which can resist voltage spikes and surge impacts, improving the overall robustness of the power system.

Available Models and Specifications

Product Model	Key Parameters	Applicable Industries & Scenarios
CM100DY-13T	Vces(max): 650V; Ic(max): 100A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 34×94mm	Industrial Motor Drives (low-power servo), Power Supplies (small UPS/EPS), suitable for low-power industrial control scenarios
CM200DY-13T	Vces(max): 650V; Ic(max): 200A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 34×94mm	Industrial Motor Drives (medium-power frequency converters), Special Power Supplies (inverter welders), suitable for medium-power drive and welding equipment
CM400DY-13T	Vces(max): 650V; Ic(max): 400A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.08K/W	Industrial Motor Drives (high-power fans/water pumps), High-Frequency Switching Power Supplies, suitable for industrial equipment with heavy-duty continuous operation
CM600DY-13T	Vces(max): 650V; Ic(max): 600A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.05K/W	Industrial Motor Drives (heavy-duty compressors), Power Quality Management (SVG/APF), suitable for high-voltage and high-current scenarios in heavy industry
CM100DY-24T	Vces(max): 1200V; Ic(max): 100A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 34×94mm	New Energy (small PV inverters), Power Supplies (industrial switching power supplies), suitable for small distributed PV and industrial power supply equipment
CM150DY-24T	Vces(max): 1200V; Ic(max): 150A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 34×94mm	New Energy (distributed PV), Transportation (EV charging piles), suitable for small and medium-sized PV power stations and fast charging scenarios
CM200DY-24T	Vces(max): 1200V; Ic(max): 200A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 48×94mm	New Energy (wind power converters), Special Power Supplies (induction heating equipment), suitable for wind power supporting and metal heating scenarios
CM300DY-24T	Vces(max): 1200V; Ic(max): 300A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.07K/W	Industrial Motor Drives (mining and metallurgy), Energy Storage (small PCS), suitable for harsh industrial environments and small energy storage systems
CM400DY-24T	Vces(max): 1200V; Ic(max): 400A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.06K/W	New Energy (energy storage PCS), Power Quality Management (SVG/APF), suitable for medium-sized energy storage and power grid harmonic治理 equipment
CM450DY-24T	Vces(max): 1200V; Ic(max): 450A; Internal Topology: 2 Units; Viso: 4000Vrms; Supply Status: Mass Production	Power Supplies (high-power UPS), Industrial Motor Drives (large frequency converters), suitable for high-power uninterruptible power supply and large drive equipment
CM600DY-24T	Vces(max): 1200V; Ic(max): 600A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.04K/W	New Energy (utility-scale PV), Industrial Motor Drives (heavy industry), suitable for megawatt-level PV power stations and heavy industrial drives
CM200DY-24TH	Vces(max): 1200V; Ic(max): 200A; Tj(max): 175℃; Internal Topology: 2 Units; Viso: 4000Vrms; Supply Status: Mass Production	Special Power Supplies (medical power supplies), High-Frequency Inverters, suitable for high-precision medical equipment and high-frequency inversion scenarios
CM400DY-24TH	Vces(max): 1200V; Ic(max): 400A; Tj(max): 175℃; Internal Topology: 2 Units; Viso: 4000Vrms	Special Power Supplies (high-frequency heating equipment), Precision Industrial Power Supplies, suitable for high-power high-frequency heating and precision power supply equipment
CM600DY-24TH	Vces(max): 1200V; Ic(max): 600A; Tj(max): 175℃; Internal Topology: 2 Units; Viso: 4000Vrms	Special Power Supplies (large induction heating equipment), Power Quality Management (APF), suitable for large-scale metal smelting and high-precision harmonic治理
CM100DY-24A	Vces(max): 1200V; Ic(max): 100A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 34×94mm	Power Supplies (EPS emergency power supplies), Industrial Control (low-power motion control), suitable for emergency power supply and small industrial control scenarios
CM200DY-24A	Vces(max): 1200V; Ic(max): 200A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 48×94mm	New Energy (small wind power converters), Power Supplies (medium UPS), suitable for small wind power supporting and medium-sized uninterruptible power supply equipment
CM400DY-24A	Vces(max): 1200V; Ic(max): 400A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.06K/W	Transportation (rail transit auxiliary power supplies), Energy Storage (medium PCS), suitable for rail transit power supply and medium-sized energy storage systems
CM600DY-24A	Vces(max): 1200V; Ic(max): 600A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.04K/W	New Energy (grid-tied inverters), Power Quality Management (large SVG), suitable for large grid-tied power stations and power grid reactive power compensation equipment
CM2500DY-24S	Vces(max): 1200V; Ic(max): 2500A; Internal Topology: 2 Units; Viso: 4000Vrms; High Power Density Design	New Energy (megawatt-level PV/wind power), Energy Storage (large PCS), suitable for large-scale new energy power stations and large-capacity energy storage systems
CM300DY-34T	Vces(max): 1700V; Ic(max): 300A; Internal Topology: 2 Units; Viso: 4000Vrms; Package Size: 48×94mm	New Energy (high-voltage PV), Power Transmission (power grid equipment), suitable for high-voltage PV power stations and power grid transmission supporting equipment
CM400DY-34T	Vces(max): 1700V; Ic(max): 400A; Internal Topology: 2 Units; Viso: 4000Vrms; Junction-to-Case Thermal Resistance Rth(j-c): 0.07K/W	New Energy (wind power converters), Power Quality Management (high-voltage APF), suitable for high-voltage wind power supporting and high-voltage harmonic equipment

Core Applications & Typical Scenarios

Industrial motor drives: Medium/high-voltage frequency converters, servo drives, precision motion control (metallurgy, mining, machine tools)
New energy power generation: PV inverters, wind power converters, energy storage PCS
Power supply systems: High-power UPS, EPS emergency power supplies, industrial high-frequency switching power supplies
Power quality management: SVG static var generators, APF active power filters
Special power supplies: High-frequency induction heating equipment, inverter welders, medical precision power supplies
Transportation & energy storage: EV fast charging piles, rail transit auxiliary power supplies, industrial/commercial energy storage converters

Frequently Asked Questions

Q1: Can all models of the DY series be purchased overseas? Is there any difference in specifications from the domestic version?

A1: All models listed in the overseas model table are available. There is no difference in core specifications (voltage resistance, current, thermal resistance), only slight differences in package labels (complying with overseas safety standards), which do not affect normal use.

Q2: What is the delivery cycle for overseas orders? Will there be delays due to logistics?

A2: The delivery cycle for regular models (such as CM400DY-13T, CM200DY-24T) is 3-5 working days. For high-current models (such as CM2500DY-24S), it is 1-2 weeks. Logistics delays rarely occur, and we will provide real-time logistics tracking information.

Q3: Can the DY series IGBTs be used in high-temperature or low-temperature environments (such as the Middle East, Northern Europe)?

A3: Yes. The junction temperature operating range is -40℃~125℃, which is fully compatible with high-temperature regions like the Middle East and low-temperature regions like Northern Europe, no additional modifications required.

Q4: What should I do if the IGBT is damaged during use? Is there overseas after-sales service?

A4: If damaged due to quality issues (within 1 year of purchase), we provide free replacement; for man-made damage, we offer paid replacement with fast delivery.

Q5: How to choose the right model for PV inverters or industrial frequency converters?

A5: For PV inverters: Choose 1200V models (such as CM400DY-24T) for distributed PV, and 1700V models (such as CM300DY-34T) for high-voltage PV. For industrial frequency converters: Choose 650V models (such as CM400DY-13T) for low-voltage drives, and 1200V models for medium and high-voltage drives.

Q6: Do DY series IGBTs need to be matched with specific drivers? Can ordinary drivers be used?

A6: No special drivers are required. They are compatible with most mainstream overseas drivers (such as Infineon). You only need to ensure that the driver's output voltage is 15V (gate voltage) to match the DY series.

Q7: Will parameters change after long-term use? How to extend its service life?

A7: Under normal use, parameters will not change significantly within 5-8 years. Suggestions to extend service life: Ensure good heat dissipation (clean heat sinks regularly) and avoid overcurrent and overvoltage (match with appropriate protection circuits).

Q8: Are the DY series compliant with overseas safety certifications (such as UL, CE)?

A8: Yes. All overseas supplied models have passed UL, CE, and RoHS certifications, meeting the safety standards of European, American, and Southeast Asian markets, and can smoothly pass local customs inspections.

Q9: Can two DY series IGBTs be connected in parallel to increase current? What should be noted?

A9: Yes. The DY series has good current sharing performance and is suitable for parallel use. Notes: Use the same model and batch, and keep the wiring consistent (reduce parasitic inductance differences) to avoid uneven current.

Q10: Where can I get the overseas version of the datasheet? Is it in Chinese or English?

A10: The English datasheet can be downloaded from our overseas official website or obtained from local distributors. It includes detailed parameters, installation guidelines, and troubleshooting methods, which are easy to understand.

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DY Series Mitsubishi IGBT Module 1200V Industrial Inverter IGBT Module