Sanghvi Electronics

1. General Overview:

The BSM150GT120DN2 is widely used in high-power inverter circuits because of its high current capability and robust thermal design.

Basic characteristics:

• Device type: IGBT Power Module

• Configuration: Half-bridge module

• Voltage rating: 1200 V

• Continuous collector current: 150 A

• Gate-emitter voltage: ±20 V

• Maximum junction temperature: 150 °C

• Isolation voltage: 2500 V AC

The module package includes an insulated metal baseplate for improved thermal management and electrical insulation.

2. Electrical Specifications:

These ratings allow the module to operate in high-voltage and high-current switching environments.

3. Internal Configuration:

The module contains:

• 2 IGBT power transistors

• 2 anti-parallel free-wheel diodes

Simplified internal circuit DC+
|
┌───────┐
│ IGBT1 │
└───┬───┘
|------ Output (Phase)
┌───┴───┐
│ IGBT2 │
└───────┘
|
DC-

Each IGBT has a free-wheel diode connected in anti-parallel, allowing current flow during switching of inductive loads such as motors.

4. Mechanical and Thermal Characteristics:

• Package type: Industrial IGBT module package

• Baseplate: Insulated metal base plate

• Mounting: Screw-mounted on heatsink

• Creepage distance: ≈20 mm

• Clearance distance: ≈11 mm

5. Key Features:

• High voltage capability (1200 V)

• High current handling (150 A)

• Half-bridge configuration for inverter circuits

• Integrated fast free-wheel diodes

• High short-circuit withstand capability

• Low switching and conduction losses

• Insulated metal baseplate for efficient cooling

6. Operating Principle:

The module works as a high-power electronic switching device.

1. A gate signal (~15 V) is applied to turn the IGBT ON.

2. Current flows from collector to emitter through the IGBT.

3. When the gate signal is removed, the device turns OFF.

4. The free-wheel diode conducts current when the load current reverses.

7. Typical Applications:

The BSM150GT120DN2 module is commonly used in:

• Variable Frequency Drives (VFD)

• Industrial motor drives

• AC/DC and DC/AC power converters

• Uninterruptible Power Supplies (UPS)

• Welding machines

• Renewable energy inverters

1. General Overview:

The FS450R17KE3 is a high-power, 1700 V / 450 A IGBT module designed for industrial and renewable energy applications.

• Device type: IGBT power module

• Configuration: Six-pack (3-phase inverter)

• Technology: TRENCHSTOP™ IGBT3 + EmCon diode

• Package: EconoPACK™ / EconoDUAL™ class

It integrates 6 IGBTs + 6 freewheeling diodes, forming a complete 3-phase inverter bridge.

2. Key Electrical Specifications:

 

3. Internal Configuration Six-Pack Topology (3-Phase Bridge):

The module contains:

• 3 high-side IGBTs

• 3 low-side IGBTs

• 6 anti-parallel freewheeling diodes

This allows direct implementation of:

• 3-phase motor drives

• inverter outputs

4. Key Features Electrical Performance:

• Low conduction losses (low VCE(sat))

• Low switching losses due to trench technology

• Soft recovery diodes → reduced EMI

• High short-circuit ruggedness

Thermal Performance:

• Low thermal resistance (~0.05 K/W per IGBT)

• Copper baseplate for efficient heat dissipation

• Max junction temperature up to 150–175°C

Mechanical / Packaging:

• EconoPACK / EconoDUAL housing

• High power density

• Low stray inductance design

• Integrated NTC temperature sensor

5. Technology Details TRENCHSTOP™ IGBT3:

• Optimized balance between switching and conduction losses

• Suitable for medium switching frequency (2–8 kHz)

• High efficiency in high-power systems

Emitter Controlled Diode (EmCon3):

• Soft reverse recovery

• Reduced switching stress

• Improved system reliability

 

6. Thermal & Mechanical Characteristics:

 

7. Applications:

The FS450R17KE3 is used in high-power industrial systems, such as:

• Industrial motor drives (VFDs)

• Wind and solar inverters (1500 V DC systems)

• Traction systems (rail / EV)

• UPS systems

• High-power converters

We are engaged in offering SKIIP31NAB063T21 IGBT Module to our clients. Our range of all products is widely appreciated by our clients.

General Overview:

The SKiiP25AC12T4V25 is a MiniSKiiP® 2 series IGBT module built for three‑phase inverter functions. It integrates multiple power semiconductor switches in a compact and reliable package suitable for industrial power conversion systems.

• Topology: Three‑phase inverter (six‑pack)
• Voltage class: ~1200 V maximum collector‑emitter blocking voltage
• Nominal collector current: ~50 A
• Typical application power: up to ~26 kVA (~15 kW motor drives)
• Package: MiniSKiiP® 2 (screw mount, board‑mount)

Internal Topology & Function: Six‑Pack Inverter Bridge

The module contains:

• 6 × Trench 4 IGBTs (three half‑bridge legs)
• 6 × anti‑parallel freewheeling diodes for current recovery
• Integrated NTC thermistor for thermal monitoring

This arrangement allows a DC link (from an external rectifier or DC supply) to be switched via PWM to synthesize controlled three‑phase AC outputs for motors or AC loads.

Semiconductor & Technology Features:

• Trench 4 IGBTs: Advanced IGBT technology with low conduction and switching losses, optimized for PWM control and high efficiency.
• CAL freewheeling diodes: Soft‑recovery diodes matched to the IGBTs for reduced switching stress and improved efficiency.
• Highly reliable spring contacts: Solder‑free pressure contact system for robust electrical connections and improved thermal cycling reliability.
• UL Recognized (File No. E63532): Meets industrial safety standards for use in power electronics.

The MiniSKiiP® design allows compact, space‑efficient module integration with excellent thermal and mechanical performance.

Electrical & Thermal Characteristics:

The module’s combination of trench IGBTs and solder‑free contact technology enhances thermal cycling performance and long‑term reliability under PWM switching conditions.

Mechanical & Packaging Features:

• MiniSKiiP® 2 housing: Compact and board‑mount compatible
• Dimensions: ~59 × 52 × 16 mm (module body)
• Mounting: Screw to heatsink for effective thermal dissipation
• Electrical connections: Press‑fit power terminals with spring contacts

These physical characteristics make the module easy to integrate into industrial inverter drives and power electronics boards.

Typical Applications:

The SKiiP25AC12T4V25 module is widely used in:

• Three‑phase AC motor drives and variable frequency drives (VFDs)
• UPS inverter stages
• Photovoltaic/renewable energy inverters
• Industrial AC–DC–AC power converters

Its robust design and integrated transistor/diode network simplify the design of PWM inverter power stages.

General Overview:

The SKIIP23AC12T4V1 is a three‑phase IGBT inverter module built for industrial AC–DC–AC converter systems. It integrates six IGBT switches and freewheeling diodes in a compact, board‑mountable format with reliable spring contact connections — ideal for variable‑frequency drives (VFDs), inverters and UPS power stages.

• Series: MiniSKiiP® 2
• Topology: 3‑phase bridge inverter (six‑pack)
• Voltage class: 1200 V
• Nominal current: ~25 A
• Package: MiniSKiiP® 2 screw‑mount module
• Connections: Press‑fit power terminals and auxiliary pins (NTC thermistor)

Electrical Characteristics:  Voltage & Current Ratings

• Collector–Emitter Voltage (VCES): 1200 V (max)
• Nominal output current (ICnom): 25 A
• Continuous current capability: ~34–41 A depending on case conditions and cooling
• Pulsed collector current (ICRM): ~75 A (short conditions)
• Gate‑Emitter Voltage (VGES): ±20 V typical
• Operating temperature (junction): −40 °C to +175 °C (recommended up to ~150 °C)

The electrical ratings make this module suitable for medium‑power inverter solutions like motor drives up to ~10–15 kVA, depending on cooling and operating conditions.

Internal Topology:  Six‑Pack Inverter Configuration

The SKIIP23AC12T4V1 includes:

• 6 × Trench 4 IGBTs (three half‑bridge legs)
• 6 × Freewheeling diodes in anti‑parallel with each IGBT
• NTC temperature sensor for thermal feedback

This configuration converts DC‑link voltage into a PWM‑controlled three‑phase AC output for motor drives or other AC loads.

Semiconductor Technology:

• Trench 4 IGBT chips: offer low conduction loss and high switching performance
• CAL freewheeling diodes: provide soft recovery and reduced switching stress
• Spring contact power connections: eliminate soldered joints, increasing thermal cycling reliability and mechanical robustness
• UL recognized (E63532) certification indicates safety awareness in industrial environments.

Thermal & Mechanical Features:

• Package: MiniSKiiP® 2 (compact, screw‑mount)
• Thermal sensor (NTC): facilitates real‑time temperature monitoring for drive controller protection
• Thermal limits: case temperature limited to ~125 °C for baseplateless construction; recommended junction operating range up to ~150 °C.
• Isolation & dielectric: rated for industrial voltages with standard IGBT module isolation requirements.

These features help ensure reliable long‑term operation in demanding environments.

Applications:

Typical application areas include:

• Three‑phase motor drives & VFDs
• AC inverters
• UPS power stages
• Photovoltaic/renewable energy converters
• General industrial AC–DC–AC converters

The SKIIP23AC12T4V1 module simplifies inverter stage design with high integration and reduced external discrete parts. 

1. General Overview:

• Part Number: MCD200‑16IO1
• Manufacturer: IXYS (now Littelfuse)
• Module Type: Dual Thyristor + Diode phase‑leg power module
• Package: Y4 chassis mount / Y4‑M6 industrial module
• Technology: Silicon Controlled Rectifier (SCR) paired with diode in single module

Despite occasional misclassification on some vendor pages, this is a thyristor (SCR) + diode module, not a PWM‑type IGBT module.

2. Electrical Specifications Voltage Ratings:

• Repetitive Peak Off‑State Voltage (VDRM / VRRM): 1600 V
• Isolation Voltage: ~3600 V AC (module isolation capability)

Current Ratings

• Average Forward Current (IT(AV)): 216 A (at case temp ~85 °C)
• RMS On‑State Current (IT(RMS)): ~340 A
• Surge On‑State Current (ITSM): ~8000–8600 A (10 ms)

Conduction Parameters:

• Threshold Voltage (VTO): ~0.80 V
• Slope Resistance (rT): ~1.4 mΩ

3. Gate & Trigger Characteristics:

• Gate Trigger Voltage (VGT): ~2 V max
• Gate Trigger Current (IGT): ~150 mA max

The SCR remains on once triggered until current falls below the holding value (typically at AC zero crossing).

4. Thermal & Mechanical Characteristics:

• Junction Temperature (TJ): ‑40 °C to +125 °C
• Thermal Resistance (junction‑to‑case): ~0.13 K/W
• Thermal Resistance (case‑to‑heatsink): ~0.05 K/W
• Package Style: Y4 chassis mount module with screw terminals and isolated baseplate

5. Functional Configuration:

The MCD200‑16IO1 contains:

• 1 Thyristor (SCR)
• 1 Diode

Arranged in a phase‑leg (half‑bridge) structure so that one device controls conduction in one direction while the diode provides the complementary conduction path in the opposite direction.

Thyristor operation:

• Turn‑on: Gate trigger when forward biased
• Turn‑off: Only when current crosses zero
• No active turn‑off capability (unlike IGBTs)

6. Typical Applications:

This module is used where controlled rectification and AC control at line frequency (50/60 Hz) is needed:

• AC to DC controlled rectifiers
• AC motor soft starters and speed controls
• Industrial AC power controllers
• DC motor drives with phase control
• Lighting and temperature control systems
• Power conversion and welding equipment                                                                                                                                                                                                           

General Overview:

The SKIIP25AC12T4V1 is a MiniSKiiP® 2 series intelligent IGBT power module designed primarily for three‑phase inverter (six‑pack) applications. It integrates multiple power switching devices and associated components into a single compact package suitable for medium‑power PWM inverters.

• Topology: 3‑phase bridge inverter (six IGBTs with freewheeling diodes)
• Voltage class: 1200 V maximum collector–emitter blocking
• Nominal current: ~50–69 A class (depending on datasheet condition)
• Typical application power: ~15 kW motor drive / ~26 kVA inverter system
• Package: MiniSKiiP® 2 (board‑mount with screw heatsink attachment)
• Typical applications: Industrial drives, UPS inverters, photovoltaic inverters, general AC power converters

Electrical Characteristics �� Power & Switching Ratings:

• Maximum off‑state voltage (V_CES): 1200 V — defines the DC link voltage capability for three‑phase PWM inversion.
• Nominal continuous collector current: ~50 A (datasheet typical) — This is the base class rating under defined cooling conditions.
• Pulsed collector current (I_CRM): ~150 A — transient capability for short load pulses.
• Gate‑Emitter Voltage (V_GES): ±20 V recommended for gate drive signals.

Internal Topology & Components:

This module contains:

• 6 × IGBTs arranged as three half‑bridges (commonly referred to as six‑pack configuration).
• 6 × anti‑parallel freewheeling diodes integrated with the IGBTs for reverse current conduction during PWM switching.
• NTC thermistor for temperature monitoring to support thermal protection or derating in the drive controller.

The six‑pack design enables controlled DC‑to‑AC conversion with pulse‑width modulation (PWM) to generate three‑phase AC outputs for motors or AC loads.

Semiconductor Technology:

• Trench 4 IGBTs: Advanced cell design for low conduction and switching losses, improving efficiency in PWM operation and reducing heat generation.
• CAL freewheeling diodes: Robust diodes with soft recovery characteristics to reduce switching stress and EMI.
• Spring contact / press‑fit power terminals: Reliable electrical connections without solder fatigue, supporting mechanical robustness and enhanced thermal cycling performance.
• UL Recognized: Qualified for industrial safety standards (e.g., UL file E63532) in many versions of the MiniSKiiP® family.

Thermal & Mechanical Features:

• Package: MiniSKiiP® 2, designed for board mounting with screw‑to‑heatsink attachment.
• Case temperature limit (T_C): Typically up to ~125 °C for reliable operation in baseplateless modules.
• Junction temperature (T_j): Recommended operation up to ~150 °C.
• Typical module weight: ~100 g class.

The MiniSKiiP® mechanical design uses pressed spring contacts that simplify assembly, reduce soldering requirements, and improve reliability under mechanical and thermal stress.

Typical Applications:

• Three‑phase motor drives and variable‑frequency drives (VFDs)
• UPS inverter power stages
• Photovoltaic (PV) inverters and renewable energy systems
• Industrial AC–DC–AC converters

1. General Overview:

• Manufacturer: Fuji Electric

• Series: V‑Series (6th‑Gen)

• Configuration: 2‑Pack IGBT module (two IGBT devices with diodes)

• Voltage Rating (V_CES): 1700 V

• Current Rating (I_C): 1400 A

• Package Type: PrimePACK™ (M272) — high‑power insulated module package

• Peak Junction Temp (T_j max): 175 °C

• Operating Junction Temp (T_j(op) max): ~150 °C

• Storage Temp: –40 °C to +150 °C

• Typical Dimensions: ~250 mm × 89 mm × 38 mm

• Weight: ~1250 g

2. Internal Configuration:

The 2MBI1400VXB‑170E integrates:

• Two IGBT switches in a single module

• Anti‑parallel free‑wheel diodes (for each IGBT)

• Low‑inductance layout to support high switching speeds and reduce overshoots

• Insulated baseplate for secure heat sink mounting

3. Electrical Characteristics:

Typical electrical behavior (datasheet values at T_j=25 °C unless otherwise noted):

4. Switching and Performance:

• The module is designed for fast switching, aiding in efficient PWM and high‑frequency inverter operation.

• Its low internal inductance helps reduce overshoot and ringing during switching transitions.

• Parallel IGBTs can be connected for higher current capacity, supported by the module’s design.

5. Applications:

The 2MBI1400VXB‑170E is widely used in high‑power applications such as:

• Three‑phase inverters for industrial motor drives

• Large UPS (Uninterruptible Power Supplies)

• Renewable energy power converters (wind/solar)

• High‑power welding and induction systems

• Battery energy storage inverter systems

6. Mechanical and Thermal Features:

• PrimePACK™ M272 Package: Provides secure insulated connection and robust mechanical support.

• Isolated Baseplate: Simplifies heatsink mounting without electrical contact.

• Large Footprint: Designed to handle high current and dissipate heat effectively.

• Thermal Management: Needs robust heatsink and possibly forced air or liquid cooling to maintain safe operation under continuous high load.

1. General Description:

The CM600HA-24A is a high-power insulated gate bipolar transistor (IGBT) module designed for high-current industrial switching applications. It integrates a single IGBT transistor and a fast-recovery free-wheeling diode in one insulated power module.

The device combines the high input impedance and fast switching of MOSFETs with the high current-handling capability of bipolar transistors, making it suitable for efficient high-power converters and motor drives.

2. Internal Configuration:

The module contains:

• 1 IGBT switch

• 1 anti-parallel fast-recovery diode

• Isolated baseplate for thermal management

This structure allows the module to operate as a high-power switching device in inverter and chopper circuits.

3. Main Electrical Ratings:

These ratings allow the module to handle very high current switching in industrial power systems.

4. Thermal and Mechanical Features:

• Package type: High-power insulated module

• Mounting: Chassis or panel mount with screw terminals

• Isolation voltage: about 2500 V between baseplate and terminals

• Thermal resistance (junction-case): approx. 0.042 °C/W

• Cooling method: Mounted on a heatsink or liquid-cooled plate.

The electrically isolated baseplate simplifies installation and improves heat dissipation in high-power converters.

5. Key Technical Features:

• High current capability (600 A)

• Low VCE(sat) for reduced conduction losses

• Integrated super-fast recovery diode

• Short-circuit withstand capability (~10 µs) for protection circuits

• Electrically isolated baseplate for safe mounting

• High thermal stability and reliability.

6. Typical Applications:

The CM600HA-24A module is widely used in high-power industrial equipment such as:

• AC motor control and variable frequency drives (VFDs)

• Industrial servo and motion control systems

• High-power switching power supplies

• Renewable energy converters (solar/wind)

• Welding power supplies and UPS systems.                                                                                                           

The 6MBI150FA‑060 is an Insulated Gate Bipolar Transistor (IGBT) power module manufactured by Fuji Electric (and widely available under that part number). It integrates multiple IGBT switches and free‑wheeling diodes into a compact “six‑pack” configuration suitable for three‑phase inverter stages and high‑power switching applications.

• Type: IGBT Power Module

• Configuration: Six IGBTs + diodes (full bridge / six‑pack)

• Compliance: Lead‑free, RoHS compliant

Electrical Ratings:

This rating combination supports medium‑power industrial loads and high‑efficiency switching in power conversion systems.

Thermal & Physical Characteristics:

• Operating Junction Temperature (T_j): Up to ~150 °C

• Storage Temperature: ~–40 °C to +125 °C

• Power Dissipation Capability: Typically several hundred watts depending on heatsinking and cooling

• Isolation Voltage: High voltage isolation for safe operation between gate and power terminals

Efficient thermal management (heat sink + proper mounting) is essential since these modules generate considerable heat under heavy load.

 Internal Configuration & Operation:

The internal structure of the module includes:

• Six IGBT switches arranged in a full three‑phase bridge (often called a “6‑pack”),

• Anti‑parallel free‑wheel diodes paired with each IGBT for bidirectional current handling,

• A compact layout that reduces stray inductance and improves switching performance.

This integrated configuration simplifies system design because you get all switches and diodes needed for a 3‑phase inverter in one package — eliminating discrete device matching and complex wiring.

Performance Characteristics:

Typical performance features include:

• Low conduction losses: Due to optimized internal chip design and low V_CE(sat), which reduces heating during on‑state.

• High switching speed: Suitable for tens of kHz switching frequencies when paired with proper gate drive circuitry, enabling efficient PWM and vector control schemes.

• Balanced switching: Each IGBT and diode pair is thermally and electrically matched inside the module, enhancing reliability and reducing voltage overshoot/undershoot.

Typical Applications:

The 6MBI150FA‑060 is widely used in:

• Three‑phase inverters for motor drives (AC induction or permanent magnet motors)

• Variable‑Frequency Drives (VFDs) for industrial AC motor speed control

• Industrial power supplies and UPS systems              

General Overview:

The SKIIP11NAB12T4V1 is a MiniSKiiP® 1 intelligent IGBT power module developed by Semikron Danfoss.

It is a Converter–Inverter–Brake (CIB) module, integrating multiple power stages into a single compact package:

• 3-phase diode rectifier
• Brake chopper circuit
• 3-phase IGBT inverter
• Freewheeling diodes
• NTC temperature sensor

 This makes it a complete AC–DC–AC drive solution for industrial applications.

Electrical Characteristics  Voltage & Current Ratings:

• Collector-emitter voltage (VCES): 1200 V
• Nominal collector current (ICnom): ~8 A
• Maximum collector current: ~12–18 A (depending on temperature)
• Pulsed collector current (ICRM): ~24 A
• Gate-emitter voltage (VGES): ±20 V

Designed for low-to-medium power drives (~4 kW range).

Internal Topology:

The module integrates the following power stages:

1. Rectifier Section:

• 3-phase diode bridge
• Converts AC input → DC link

2. Brake Chopper:

• Controls regenerative energy
• Protects DC link during braking

3. Inverter Section:

• 3-phase IGBT bridge (6 IGBTs)
• Generates PWM-controlled AC output

4. Additional Elements:

• Freewheeling diodes (anti-parallel)
• Integrated NTC thermistor

Internal topology includes:
3× half-bridge IGBT + rectifier + chopper + sensor

Semiconductor Technology: Trench 4 IGBT technology

• • Lower conduction losses
  • Improved switching efficiency
• CAL (Controlled Axial Lifetime) diodes
  • Soft recovery behavior
  • Reduced switching stress
• Low-inductance internal design
  • Improved switching performance

 These features ensure high efficiency and reliability.

Thermal Characteristics:

• Operating junction temperature (Tj): −40°C to +150°C
• Maximum junction limit: up to 175°C
• Maximum case temperature (Tc): 125°C

Designed for robust thermal performance and long lifetime.

Mechanical Features:

• Package: MiniSKiiP® 1
• Mounting: Screw-mounted to heatsink
• Electrical connections: Press-fit + spring contacts
• Weight: ~58 g

Advantages:

• No solder fatigue
• Easy assembly
• High mechanical reliability

 Applications:

Typical applications include:

• Industrial motor drives (≈4 kW)
• UPS systems
• Solar / photovoltaic inverters
• General-purpose AC drives

Supports inverter systems up to ~8 kVA.                                                                                                                                                                                    

We are engaged in offering CM300DY-24H IGBT Modules to our clients. Our range of all products is widely appreciated by our clients.

An Insulated Gate Bipolar Transistor (IGBT) module is a power semiconductor device used for efficient high‑voltage switching and control in power electronics. It combines the high‑input impedance and fast switching of a MOSFET with the high‑current and low‑saturation characteristic of a bipolar transistor. IGBT modules are widely used in motor drives, inverters, renewable energy power converters, UPS systems, EV power electronics, and industrial automation.
Likely Specifications of DP15H1200T Series

While an official datasheet for DP15H1200T0201982 isn’t directly found, available product info for the closely related DP15H1200 module (often labeled with suffixes like T0xxxxx/10xxxxx) indicates the following typical electrical and physical characteristics:

 

How IGBT Modules Work (General Tech Background):

An IGBT module like DP15H1200T integrates several components inside a rugged package:

• IGBT chips — Main switching elements controlled by gate voltage.

• Freewheeling diodes — Provide safe current paths during inductive switching.

• Thermal baseplate / substrate — Helps conduct heat out to a heatsink or chassis.

• Internal interconnects and bonding — Reduce stray inductance and improve reliability.

IGBT modules are designed for fast switching with controlled voltage and current stress. They excel in PWM (pulse‑width‑modulated) power conversion where efficient switching is critical.

 Typical Applications:

IGBT modules like the DP15H1200T series are commonly used in:

• AC and DC motor drives

• Solar and wind power inverters

• Uninterruptible Power Supplies (UPS)

Module Overview:

The FS300R12KE3/AGDR‑72C is a 1200 V, 300 A insulated‑gate bipolar transistor (IGBT) power module paired with a dedicated gate‑driver interface (AGDR‑72C). It is typically supplied as part of a drive kit (IGBT + driver) for motor control and inverter applications, combining high‑power switching devices with optimized gate control for robust, efficient operation.

• Module Type: Three‑phase half‑bridge IGBT module

• Integrated Driver: AGDR‑72C gate driver (provides gate bias, protection, and interface to PWM control)

• Application Segment: Industrial variable‑frequency drives, converters, UPS, renewable converters

Electrical Specifications:

Module Construction & Internal Configuration:

• Six IGBTs: Three half‑bridges for three‑phase inverter operation

• Integrated Diodes: Each IGBT has anti‑parallel free‑wheeling diodes for current recirculation

• Driver Interface (AGDR‑72C): Provides PWM gate drive signals, protection monitoring (overcurrent, short‑circuit, over‑temperature), and fault signaling

• Isolated Baseplate: Copper baseplate with ceramic substrate ensures electrical isolation and effective thermal conduction

 

 Thermal & Mechanical Characteristics:

• Operating Junction Temperature: –40 °C to +125 °C

• Storage Temperature: –40 °C to +125 °C

• Package Style: Industrial power module with isolated baseplate

• Mounting: Screw‑mount to heatsink with TIM for optimal cooling

Gate Driver (AGDR‑72C) Features:

• Galvanically isolated gate driving for the IGBT module

• Short‑circuit protection (desaturation detection)

• Under‑voltage lockout and over‑temperature monitoring

• PWM input interface and fault outputs for controller feedback

Key Features:

✅ Six‑pack configuration — integrates all six switches for a three‑phase inverter in one module.
✅ Optimized thermal design — low junction‑to‑case resistance supports compact heatsink designs.
✅ Driver interface integration (AGDR‑72C) — adds protective and control functionality.
✅ Industrial reliability — rugged packaging, isolation, and temperature tolerance.

We are engaged in offering DZ600 IGBT Module to our clients. Our range of all products is widely appreciated by our clients.

We are engaged in offering Fs500R17Oe4D Igbt to our clients. Our range of all products is widely appreciated by our clients.

1. General Overview:

The FF1400R12IP4 is a high-power dual IGBT module designed for demanding industrial power conversion systems.

• Manufacturer: Infineon Technologies

• Voltage class: 1200 V

• Current rating: 1400 A

• Configuration: Half-bridge (dual IGBT)

• Package: PrimePACK™ 3

 It integrates 2 IGBTs + 2 anti-parallel diodes, forming a half-bridge inverter leg.

2. Key Electrical Specifications:

 

3. Internal Configuration Half-Bridge Topology:

The module includes:

• 1 high-side IGBT

• 1 low-side IGBT

• 2 freewheeling diodes (anti-parallel)

• Integrated NTC thermistor

Used as a single inverter leg, multiple modules can be combined to form:

• 3-phase inverters

• full bridge converters

4. Technology Features TRENCHSTOP™ IGBT4 (P4 Technology):

• Low conduction losses (low VCE(sat))

• Improved switching performance

• High current density

Emitter Controlled Diode (EmCon4)L

• Soft recovery characteristics

• Reduced switching losses and EMI

• Improved efficiency

The module provides high DC stability and strong short-circuit capability.

5. Thermal & Mechanical Characteristics:

 

6. Mechanical & Packaging Features:

• PrimePACK™ 3 housing

• Copper baseplate (excellent heat dissipation)

• Low stray inductance design

• High creepage and clearance distances

• Integrated NTC temperature sensor (~5 kΩ @ 25°C)

7. Key Features:

• Very high current capability (1400 A)

• Low conduction and switching losses

• High short-circuit ruggedness (~10 µs)

• Positive temperature coefficient → easy paralleling

• High reliability in heavy-duty applications

• Excellent thermal performance

8. Applications:

• High-power motor drives

• Wind turbine converters

• Solar inverters (PV systems)

• Traction systems (rail / EV)

• UPS systems

• Industrial power converters

General Overview:

• Manufacturer: This IGBT module is made by Semikron, which is a leading manufacturer of power semiconductor devices.

• Application: It is designed for use in industrial equipment, including inverters, motor drives, UPS (Uninterruptible Power Supply), and other high-power applications.

Key Specifications:

1. Voltage Rating (Vce): 1800V

   • This means the module can handle a maximum voltage of 1800V.

2. Current Rating (Ic): 570A

   • The module can conduct a maximum continuous current of 570A (under standard conditions, i.e., at a specified junction temperature).

3. Package Type:

   • The SKKH570/18E module typically comes in a Dual IGBT configuration, meaning two IGBTs are housed within the same package to provide higher power handling and efficiency.

   • It uses Press-Pack technology, which involves high-pressure contacts for better thermal management and high current capacity.

4. Module Type: IGBT/Diode Module

   • The module usually integrates IGBT and freewheeling diode functionality. This is crucial for switching applications, where both the IGBT and diode are used for controlling the flow of electrical current in high-power circuits.

5. Switching Frequency:

   • It can operate at high switching frequencies, typically in the range of 20kHz to 40kHz or even higher, depending on the thermal and electrical conditions.

6. Thermal Resistance:

   • Typically low thermal resistance, which allows it to efficiently dissipate heat during operation. This helps in keeping the device within safe operating temperatures.

7. Cooling Method:

   • Liquid cooling is often required for such high-current devices to maintain efficiency and prevent overheating, though forced air cooling might be sufficient depending on the application.

8. Mounting Type:

   • It is usually a Bolt-on or Baseplate-mount module, meaning it can be mounted directly to a heat sink or cooling surface for efficient heat dissipation.

9. Protection Features:

   • IGBT modules like this one are generally equipped with features such as overcurrent protection, overvoltage protection, overtemperature protection, and short circuit protection.

Electrical Characteristics:

• Forward Voltage Drop (Vce(sat)): 2V to 3V (at high currents)

• Collector-Emitter Saturation Voltage: The typical saturation voltage for this module is about 2V to 3V at high currents.

• Gate-Emitter Threshold Voltage (Vge(th)): Typically 4-6V for triggering the IGBT into conduction.

Applications:

• Motor Drives: Often used in the control of AC and DC motors, providing precise control of power.

• Inverters: Used in power conversion systems, such as in renewable energy applications (solar inverters) or industrial AC drives.

• UPS Systems: Provides high reliability and power control in uninterruptible power supply systems.

• Welding and Plasma Cutting: In high-power devices requiring fast switching times.

We are engaged in offering FZ1200R12KE3_S1 IGBT Module to our clients. Our range of all products is widely appreciated by our clients.

TZ630N28KOF – Technical Description Basic Identification:

• Device type: Single thyristor (SCR) module
• Manufacturer: Infineon Technologies (Eupec line)
• Configuration: Single-phase control SCR
• Technology: Silicon, pressure-contact design

Key Electrical Specifications:

• Repetitive peak voltage (VDRM / VRRM): 2800 V
• Average on-state current (ITAV): 630 A
• Surge current (ITSM): up to 23,000 A (10 ms)
• On-state voltage (VT0): ~0.95 V
• On-state resistance (rT): ~0.37 mΩ
• I²t rating: ~2650 kA²s
• Critical di/dt: ~150 A/µs

Thermal Characteristics:

• Max junction temperature (Tj): 125 °C
• Thermal resistance (RthJC): ~0.042 K/W

Mechanical / Package Details:

• Package type: 70 mm power module (BG-PB70-1)
• Mounting: Screw / pressure contact
• Baseplate: Electrically insulated copper
• Typical dimensions: ~104 × 70 × 90 mm

Functional Description:

• The module contains a single SCR (thyristor) with:
  • Anode & cathode terminals for main current flow
  • Gate terminal for triggering conduction
• Once triggered, the device remains ON until current drops below holding current (latching behavior typical of SCRs)

Key Features:

• Pressure-contact technology → high reliability and thermal cycling capability
• “Short-on-fail” behavior (fails safely in conduction mode)
• High surge current handling
• Electrically insulated baseplate for easier mounting
• Industrial-standard package

Typical Applications:

• Phase-controlled rectifiers
• AC/DC converters
• Soft starters for motors
• DC motor drives
• Industrial power regulators
• Welding and electrolysis systems                                                                                                                                                                                                                                                                                               

We are engaged in offering 2MBI1000VXB-170 IGBT Modules to our clients. Our range of all products is widely appreciated by our clients.

1. General Overview:

• Part Number: MCD162‑16IO1
• Manufacturer: IXYS (Littelfuse / IXYS‑Electronics)
• Module Type: Thyristor + diode module
• Topology: SCR (thyristor) and diode in phase‑leg (half‑bridge) arrangement
• Package: Y4‑M6 chassis mount module
• Operating Temp: –40 °C to +125 °C junction temperature range

This device is used mainly in low‑frequency AC control and rectifier systems.

2. Electrical Ratings:

 The module pairs one SCR and one freewheel diode to form a controlled rectifier leg (half‑bridge).

 3. Gate & Trigger Characteristics:

• Gate Trigger Voltage (VGT max): ~2.5 V
• Gate Trigger Current (IGT max): ~150 mA
• Holding Current: ~200 mA

SCR firing requires a gate pulse of sufficient current while forward biased.
The SCR stays on until current drops below holding level at line zero crossing.

4. Thermal & Mechanical Characteristics:

• Thermal Resistance (junction‑to‑case): ~0.155 K/W
• Thermal Resistance (case‑to‑heatsink): ~0.07 K/W
• Baseplate: Electrically isolated for direct heatsink mounting
• Package Dimensions: ~94 × 34 × 30 mm (Y4‑M6)
• Mounting: Chassis mount with standard M6 hardware

The isolated baseplate simplifies heatsink assembly.

5. Internal Configuration:

The module internally connects one thyristor (SCR) in series with one fast recovery diode:

┌── SCR ───┐
AC │ │ DC+
└── Diode ─┘

✔ Diode provides the freewheeling path during AC transitions.
✔ Used in controlled rectifiers where switching is at line frequency.

6. Functional Operation SCR Behavior:

• Turn‑on: SCR conducts when a gate pulse is applied while it’s forward biased.
• Turn‑off: SCR stops conduction only when current falls below holding current (natural zero crossover).
• No active turn‑off: Unlike IGBTs, you cannot turn off SCR via the gate.

Diode Operation:

• Provides return path for reverse current during AC cycles.

 7. Typical Applications:

This module is widely used in:

• AC to DC controlled rectifiers
• Soft starters and AC motor drives
• DC motor controls with phase control
• AC power controllers (lighting, heaters)
• Phase‑angle control systems
• Industrial power converters

Excellent for systems where load conduction needs control, but high‑frequency switching isn’t required.

The 2MBI200UM‑120 is a dual‑switch IGBT (Insulated Gate Bipolar Transistor) power module from Fuji Electric. It belongs to the company’s 1200 V, 200 A IGBT family and is designed as a half‑bridge building block for industrial power electronics.

This module integrates two high‑current IGBTs and corresponding freewheeling diodes in a single compact power package, making it suitable for a wide range of medium‑power inverter and converter applications.

Key Electrical Specifications:

Module Configuration & Technology:

• Topology: Half‑Bridge (2‑Pack) — two IGBT switches with integrated freewheeling diodes.
• Function: Works as a building block in converter stages (DC‑AC inverters, DC‑DC converters) in industrial control systems.
• Package: Standard industrial power module with screw/bolt mounting and isolated baseplate for safe heatsink installation.
• Chip Technology: Efficient IGBT designed for balanced conduction and switching performance in PWM applications.

Electrical & Thermal Features:

• Low Saturation Voltage: Helps reduce conduction loss at high currents (~200 A typical).
• Fast Switching Capability: Suitable for PWM control up to typical industrial switching frequencies (often up to ~10–20 kHz).
• Integrated Diodes: The freewheeling diodes allow efficient handling of inductive loads and reduce external component count.

Performance Characteristics:

• Continuous High Current: ~200 A with adequate cooling, making it suitable for motor drives, UPS units, and renewable energy converters.
• Current Pulse Capability: Up to ~400 A for short durations (e.g., startup or transient loads).
• High Blocking Voltage: 1200 V allows use in systems with DC bus voltages typically up to ~800–900 V.

Typical Applications:

• Three‑phase PWM inverters (motor drives for industrial induction or permanent magnet motors).
• Uninterruptible Power Supplies (UPS) and power conditioning equipment.
• Solar and wind energy converters (DC‑AC stages).
• Industrial converters and variable frequency drives (VFDs).
• General high‑power switching applications requiring robust thermal and electrical performance.

The SKIIP14NAB065V1 is a MiniSKiiP® 1 intelligent IGBT power module manufactured by Semikron Danfoss.

It is a CIB (Converter–Inverter–Brake) module, integrating all major power conversion stages in a single compact unit:

• 3-phase diode rectifier
• Brake chopper (boost chopper)
• 3-phase IGBT inverter
• Freewheeling diodes
• NTC temperature sensor

This provides a complete AC–DC–AC power conversion solution.

Electrical Characteristics: Voltage & Current Ratings

• Collector-emitter voltage (VCES): ~600–650 V class
• Nominal collector current (IC): ~20 A
• Pulsed collector current: ~40 A
• Gate-emitter voltage (VGES): ±20 V

Suitable for medium-power applications (~4 kW range).

Internal Topology:

The module integrates three functional sections:

1. Rectifier (Converter Stage)

• 3-phase diode bridge
• Converts AC input → DC link

2. Brake Chopper

• Dissipates excess energy during braking
• Protects DC-link from overvoltage

3. Inverter Stage

• 3-phase IGBT bridge (six-pack configuration)
• Converts DC → controlled AC output

Overall topology:
3-phase rectifier + brake chopper + 3-phase inverter (CIB structure)

Semiconductor Technology:

• IGBT switching devices
  • Low conduction losses
  • High switching efficiency
• Fast recovery diodes
  • Soft switching
  • Reduced switching stress
• Low-inductance internal layout
  • Improved EMI performance

Ensures efficient and reliable operation in power electronics systems.

Thermal & Protection Features:

• Integrated NTC thermistor for temperature sensing
• Wide operating temperature range (typically −40°C to +150°C)
• Short-circuit capability within safe limits

 

The SKIIP25AC12T4T10 is a three‑phase inverter IGBT module in the MiniSKiiP® 2 family from Semikron Danfoss. It provides an integrated power switching solution for DC‑to‑AC conversion, optimized for medium‑power industrial applications. Its design places six IGBTs and associated diodes into a single compact press‑fit package that can be mounted on a heatsink for efficient thermal management.

Key Features:

• Fully integrated six‑pack inverter module
• 1200 V class IGBTs (typical rating for MiniSKiiP AC modules)
• Designed for PWM‑based AC waveform generation
• Compact MiniSKiiP® 2 housing with spring contact/press‑fit terminals
• Suitable for medium‑power three‑phase inverter stages

Power & Electrical Ratings:

• Voltage class (V_CES): 1200 V – standard rating for three‑phase inverter DC link up to ~800–1000 V DC.
• Nominal current class: ~50 A (typical rating for 25AC12T4 series modules)
• Topology: Six IGBTs arranged as three half‑bridges (six‑pack), suited for generating three phases of AC from DC.
• Gate‑Emitter Drive: ±20 V typical required drive range.

This class of module is typically used in inverter stages up to roughly 26 kVA (~15 kW) motor output when properly cooled.

Internal Structure & Function:

The SKIIP25AC12T4T10 contains:

• 6 IGBTs (three upper switches + three lower switches)
• 6 anti‑parallel freewheeling diodes
• Internal packaging with low stray inductance
• Spring contacts for power terminals
• Optionally a standard or slim lid variant for different thermal performance and layout heights.

How it works:

1. DC link input (from a rectifier or DC bus) connects to module DC terminals.
2. PWM signals on the IGBT gates produce a controlled AC output across the three phase terminals.
3. Freewheeling diodes conduct during off‑state intervals to allow current continuity.
4. Spring contact connectors and a secure lid ensure good thermal contact and mechanical integrity.

Semiconductor Technology:

• IGBT 4 (Trench) technology – delivers improved efficiency with low conduction and switching losses.
• CAL freewheeling diodes – provide robust soft recovery performance.
• MiniSKiiP® 2 package – robust design allowing solder‑free pressure contacts for power conduction and mechanical resilience.

These technologies combined give a balance of high performance, reliability, and ease of assembly in industrial inverter applications.

The SKIIP14NAB066V1 is a MiniSKiiP® 1 intelligent IGBT power module manufactured by Semikron Danfoss.

It is a CIB (Converter–Inverter–Brake) module, integrating all major power conversion stages into a single compact package:

• 3-phase diode bridge rectifier
• Brake (boost) chopper circuit
• 3-phase IGBT inverter
• Freewheeling diodes
• NTC temperature sensor

It provides a complete AC–DC–AC power conversion system in one module.

Electrical Characteristics: Voltage & Current Ratings

• Collector-emitter voltage (VCES): ~600 V class
• Collector current (IC): ~20 A
• Pulsed collector current (ICRM): ~40 A
• Gate-emitter voltage (VGES): ±20 V

Suitable for medium power applications (~4 kW range).

Internal Topology:

The module integrates three main stages:

1. Rectifier Stage (Converter)

• 3-phase diode bridge
• Converts AC input → DC

2. Brake Chopper

• Dissipates regenerative energy
• Protects DC-link from overvoltage

3. Inverter Stage

• 3-phase IGBT bridge (six-pack)
• Converts DC → controlled 3-phase AC

Overall topology:
3-phase rectifier + brake chopper + 3-phase inverter (CIB structure)

Semiconductor Technology:

• IGBT switching devices
  • Low conduction losses
  • Efficient high-speed switching
• Fast recovery diodes
  • Soft switching behavior
  • Reduced switching losses
• Optimized internal layout
  • Low stray inductance
  • Improved EMI performance

Ensures high efficiency and reliable operation.

Thermal & Protection Features:

• Integrated NTC thermistor for temperature sensing
• Wide operating temperature range (typically −40°C to +150°C)
• Designed for safe operation within short-circuit limits

Overview:

The SKIIP25AC12T7V1 is an intelligent IGBT power module designed for three‑phase inverter applications, integrating key semiconductor devices into a compact, board‑mountable power block. It is built on advanced Generation 7 (T7) IGBT technology optimized for efficient PWM switching and inverter use.

• Series: MiniSKiiP® 2
• Technology: IGBT T7 (Gen 7 IGBTs with CAL freewheeling diodes)
• Topology: Three‑phase bridge inverter (six‑pack)
• Voltage class: 1200 V collector–emitter blocking
• Nominal current: ≈ 50 A
• Mounting: Press‑fit power pins + screw‑to‑heatsink
• Typical applications: Inverters, UPS, motor drives, photovoltaics

 Electrical Characteristics Key Ratings:

• Collector–Emitter Voltage (V_CES): 1200 V maximum — suitable for DC‑link voltages from rectified three‑phase mains up to ~800–1000 V DC.
• Nominal Continuous Current (I_C): ~50 A — typical continuous current class under defined cooling.
• Pulsed Collector Current (I_CRM): ~100 A (short‑term, duty‑dependent).
• Gate‑Emitter Voltage (V_GES): ±20 V (recommended driver range).

Key Functional Devices:

• 6 × IGBTs in three half‑bridge configuration
• 6 × Freewheeling Diodes anti‑parallel to each IGBT
• NTC Thermistor for internal temperature sensing and protection feedback

Semiconductor & Packaging Technology  Chips & Switching Devices:

• Generation 7 (T7) IGBTs:
  • Improved performance with low conduction and switching losses
  • Designed for robust PWM operation
• CAL technology diodes:
  • Soft recovery freewheeling diodes matched to IGBTs
  • Reduces switching stress and improves overall efficiency

Mechanical & Assembly Features:

• MiniSKiiP® 2 package:
  • Compact form factor (~59 × 52 × 16 mm)
  • Screw‑mountable to heatsink for effective heat dissipation
  • Press‑fit power terminals with spring contacts for reliable electrical connection
• UL recognized (e.g., File E63532): Safety and industrial compliance

The SKIIP26NAB066V1 is an intelligent IGBT power module from Semikron Danfoss’ MiniSKiiP® 2 product line. It combines multiple power conversion stages into one compact module including rectifier, brake chopper and inverter functionalities — ideal for medium‑power industrial drives and power electronics. This integrated architecture is known as CIB (Converter + Inverter + Brake).

• Topology: CIB — Converter (rectifier), Brake chopper, and 3‑phase inverter bridge
• Package: MiniSKiiP® 2 (board‑mount with screw‑to‑heatsink)
• Mounting: Press‑fit power terminals & screw mounting
• Application: UPS systems, inverters, motor drives, photovoltaic converters

Electrical Characteristics  Power Ratings:

• Maximum collector–emitter voltage (V_CES): 600 V — suitable for DC link voltages derived from three‑phase mains with ~380 V line.
• Nominal continuous current (I_C): ~50 A — typical class under adequate cooling conditions.
• Pulsed collector current (short pulse): ~100 A — duty and cooling dependent.
• Gate‑Emitter Voltage (V_GES): ±20 V (standard for IGBT gate drivers).

 Integrated Functional Blocks:

The SKIIP26NAB066V1 integrates the following internally:

1. 3‑Phase Diode Bridge (Converter):
   • Converts AC mains to DC link voltage.
2. Brake (Boost) Chopper:
   • Regulates DC‑link voltage during regenerative braking using external brake resistor.
3. 3‑Phase Inverter Bridge:
   • 6 × IGBTs arranged in three half‑bridge legs to generate PWM controlled three‑phase AC.
4. Freewheeling Diodes:
   • Anti‑parallel diodes associated with each IGBT for current continuation during switching.
5. NTC Temperature Sensor:
   • Internal thermistor for real‑time junction temperature monitoring and protection.

 

Semiconductor & Packaging Technology:

• IGBT 3 (Trench) technology: Low conduction and switching losses optimized for PWM operation.
• CAL freewheeling diodes: Soft recovery diodes matched to IGBTs to improve switching performance.
• MiniSKiiP® 2 housing:
  • Compact footprint (~59 × 52 × 16 mm)
  • Spring contact/press‑fit power terminals for reliable electrical and mechanical connections
  • Screw mounting to heatsink for effective thermal dissipation
• Variants: Available with different lid/thermal paste options (e.g., standard lid, slim lid, Wacker P12 pre‑applied).
• Safety recognition: UL‑recognized modules for industrial standards.

Thermal & Mechanical Features:

• Operating junction (T_j): up to ~150 °C (with proper cooling)
• Case temperature limit (T_C): typically ~125 °C for long‑term operation
• Weight: ~0.055–0.06 kg (module body)

 

General Product Overview:

The DP900N1200TU104204 is a high‑current, high‑voltage IGBT (Insulated Gate Bipolar Transistor) module manufactured by Danfoss / DANFOSS. It’s intended for use in demanding power conversion and motor drive systems where both robust switching and high reliability are required.

• Part Number: DP900N1200TU104204

• Manufacturer: DANFOSS

• Device Type: IGBT Power Module

• RoHS Compliant: Yes (Lead‑free)

Key Electrical Specifications:

Exact dynamic values such as switching energies (E_on, E_off), gate charge, saturation voltage curves, and detailed pin‑out must be referenced from the official manufacturer datasheet (often labeled “DP900N1200TU104204.pdf”).

Electrical Configuration & Topology:

While exact internal schematics require the official datasheet, typical IGBT modules of this class share these general traits:

• IGBT Switch Elements: Two IGBT chips arranged either as:

  • Half‑Bridge (common emitter) configuration — each transistor handles one leg of the power stage.

  • Parallel IGBTs — to boost current capacity while sharing the voltage rating.

• Integrated Freewheeling Diodes: Each IGBT usually has an antiparallel fast recovery diode to handle reverse current during switching cycles.

• Gate Drive Pins: Dedicated pins for gate and emitter of each transistor.

• Main Power Terminals: Collector and emitter output pads/screws for power connection.

This configuration makes the module suitable for high‑power PWM drives, medium voltage traction inverters, and large industrial converters.

Thermal & Mechanical Features:

High‑current IGBT modules like the DP900N1200TU104204 are designed for robust thermal performance:

• Metal baseplate with heatsink mounting holes: Improves heat conduction to external heatsinks or cold plates.

• High creepage & clearance distances: Ensures safety and reliability under high voltage operation.

• Rigid encapsulation: Protects internal die and wire bonds from mechanical and thermal stress.

Typical Application Areas:

This IGBT module is broadly intended for:

• Industrial motor drives (AC induction, synchronous drives)

• Variable Frequency Drives (VFDs)

• Renewable energy inverters (solar or wind power converters)

• UPS and uninterruptible power systems

• High‑power DC–AC conversion stages

FP35R12KT4_B16 – Technical Description

Product Overview:

The FP35R12KT4_B16 is a compact three-phase IGBT power module from Infineon Technologies, designed for low-to-medium power industrial drives and converters.

It belongs to the EconoPIM™ (Power Integrated Module) series, integrating multiple power components into a single package for simplified system design.

• Module type: PIM (Power Integrated Module)
• Topology: 3-phase rectifier + inverter stage
• Technology: TRENCHSTOP™ IGBT4 (T4 generation)
• Package: EconoPIM™ 2

Key Electrical Ratings:

• Collector-emitter voltage (V_CES): 1200 V
• Nominal collector current (I_C): 35 A
• Max collector current: 35 A
• Typical V_CE(sat): ~1.85 V
• Diode forward voltage (V_F): ~1.7 V

This makes it suitable for 400–480 V AC systems and moderate power levels.

Internal Configuration:

The module integrates multiple components in one housing:

• 3-phase diode rectifier (input stage)
• 3-phase IGBT inverter (output stage)
• Anti-parallel freewheeling diodes
• Brake chopper (in some variants like _B16 series)
• NTC thermistor for temperature sensing

 This reduces external component count and simplifies PCB layout.

Technology Details:

• Uses TRENCHSTOP™ IGBT4 (T4) technology:
  • Lower switching losses
  • Improved efficiency
  • Better thermal behavior
• Includes Emitter Controlled 4 (EC4) diodes:
  • Reduced reverse recovery losses
  • Improved EMI performance
• Designed with low stray inductance layout for fast switching operation

Thermal & Mechanical Characteristics:

• Package: EconoPIM™ 2
• Dimensions: approx. 107 mm × 45 mm
• Baseplate: Copper baseplate for efficient heat spreading
• Mounting:
  • Solder pins or PressFIT options
  • Compatible with heatsinks
• Optional:
  • Pre-applied Thermal Interface Material (TIM) variants

Key Features Electrical:

• Low conduction losses (low V_CE(sat))
• Low switching losses
• High switching frequency capability

Thermal / Mechanical:

• High power density in compact footprint
• Optimized thermal path (copper baseplate)
• Robust industrial design

System Benefits:

• Reduced component count (integrated rectifier + inverter)
• Simplified assembly and wiring
• Lower system cost and size

 Functional Description:

The module works as a complete motor drive front-end:

1. AC input → rectified to DC via diode bridge
2. DC → switched by IGBTs to generate 3-phase AC output
3. PWM control applied via external gate driver

Enables efficient speed and torque control of motors

DDB6U10416RRP_B37 – Technical Description 


Product Overview:

The DDB6U10416RRP_B37 is a high-voltage industrial IGBT power module from Infineon Technologies, designed for medium-power drive and inverter applications.

• Module type: IGBT power module (six-pack configuration)
• Package family: EconoPACK™ 2
• Technology: Advanced Trench/Field-stop IGBT
• Configuration: Three-phase inverter (6 IGBTs + diodes)

It integrates a complete 3-phase bridge, reducing external components and simplifying system design.

Key Electrical Ratings:

Based on the closest official/market references for this exact series:

• Collector-emitter voltage (V_CES): 1600 V
• Nominal collector current (I_C): ~104 A
• Switching class: Medium-speed / industrial PWM

 This voltage class makes it suitable for 690 V AC systems and high DC bus applications.

Internal Configuration:

The module integrates:

• 6 IGBT switches (three half-bridges)
• Anti-parallel freewheeling diodes for each IGBT
• Optional:
  • Brake chopper IGBT (in some RRP variants)
  • NTC thermistor for temperature sensing

This forms a complete 3-phase inverter stage in one module.

Technology Features:

• Trench gate IGBT technology
  • Lower conduction losses (low V_CE(sat))
  • Higher efficiency at medium switching frequencies
• Field-stop design
  • Improved switching behavior
  • Reduced tail current
• Optimized diode performance
  • Lower reverse recovery losses
  • Improved EMI behavior

Thermal & Mechanical Characteristics:

• Package: EconoPACK™ 2
• Baseplate: Copper baseplate (isolated)
• Mounting: Screw-mounted to heatsink
• Interface:
  • PressFIT or solder pin connections (variant dependent)
• Features:
  • Low thermal resistance
  • Uniform heat spreading
  • High power density

Functional Description:

The module operates as a three-phase inverter:

1. DC link voltage is applied across the module
2. Gate driver controls each IGBT
3. Output generates PWM-controlled 3-phase AC

Used for:

• Variable frequency drives (VFD)
• Motor speed control
• Energy conversion systems

IGBT modules like this are widely used because they provide fast switching with low losses and high efficiency in power conversion systems.

Typical Applications:

• Industrial motor drives (VFDs)
• HVAC compressors and pumps
• Servo drives and automation
• UPS systems
• Renewable energy inverters

Specifically suited for medium-power industrial systems requiring 1600 V class devices.                                                                                                                                                               

DDB6U10416RRP_B37 – Technical Description 


Product Overview:

The DDB6U10416RRP_B37 is a high-voltage industrial IGBT power module from Infineon Technologies, designed for medium-power drive and inverter applications.

• Module type: IGBT power module (six-pack configuration)
• Package family: EconoPACK™ 2
• Technology: Advanced Trench/Field-stop IGBT
• Configuration: Three-phase inverter (6 IGBTs + diodes)

It integrates a complete 3-phase bridge, reducing external components and simplifying system design.

Key Electrical Ratings:

Based on the closest official/market references for this exact series:

• Collector-emitter voltage (V_CES): 1600 V
• Nominal collector current (I_C): ~104 A
• Switching class: Medium-speed / industrial PWM

 This voltage class makes it suitable for 690 V AC systems and high DC bus applications.

Internal Configuration:

The module integrates:

• 6 IGBT switches (three half-bridges)
• Anti-parallel freewheeling diodes for each IGBT
• Optional:
  • Brake chopper IGBT (in some RRP variants)
  • NTC thermistor for temperature sensing

This forms a complete 3-phase inverter stage in one module.

Technology Features:

• Trench gate IGBT technology
  • Lower conduction losses (low V_CE(sat))
  • Higher efficiency at medium switching frequencies
• Field-stop design
  • Improved switching behavior
  • Reduced tail current
• Optimized diode performance
  • Lower reverse recovery losses
  • Improved EMI behavior

Thermal & Mechanical Characteristics:

• Package: EconoPACK™ 2
• Baseplate: Copper baseplate (isolated)
• Mounting: Screw-mounted to heatsink
• Interface:
  • PressFIT or solder pin connections (variant dependent)
• Features:
  • Low thermal resistance
  • Uniform heat spreading
  • High power density

Functional Description:

The module operates as a three-phase inverter:

1. DC link voltage is applied across the module
2. Gate driver controls each IGBT
3. Output generates PWM-controlled 3-phase AC

Used for:

• Variable frequency drives (VFD)
• Motor speed control
• Energy conversion systems

IGBT modules like this are widely used because they provide fast switching with low losses and high efficiency in power conversion systems.

Typical Applications:

• Industrial motor drives (VFDs)
• HVAC compressors and pumps
• Servo drives and automation
• UPS systems
• Renewable energy inverters

Specifically suited for medium-power industrial systems requiring 1600 V class devices.                                                                                                                                                               

We are engaged in offeringPm200cla120 IGBT Module to our clients. Our range of all products is widely appreciated by our clients.

1. General Overview:

The FS300R17KE3 is a high-power IGBT module designed for industrial inverter and drive systems.

• Manufacturer: Infineon (formerly EUPEC)

• Voltage class: 1700 V

• Current rating: 300 A

• Configuration: Six-pack (3-phase inverter bridge)

• Package: EconoPACK™+

 It integrates a complete 3-phase inverter (6 IGBTs + 6 diodes) in a single module.

2. Key Electrical Specifications:

 

3. Internal Configuration Six-Pack (Three-Phase Bridge):

The module contains:

• 3 upper (high-side) IGBTs

• 3 lower (low-side) IGBTs

• 6 anti-parallel freewheeling diodes

 This allows direct use in:

• 3-phase motor drives

• inverter systems

4. Technology Features Trench / Field-Stop IGBT3 Technology:

• Low conduction losses

• Reduced switching losses

• High efficiency

Emitter Controlled Diode (EmCon):

• Soft recovery characteristics

• Reduced EMI

• Improved reliability

These technologies ensure efficient switching and thermal performance.

5. Thermal & Mechanical Characteristics:

 

6. Mechanical & Packaging Features:

• EconoPACK™+ housing

• Copper baseplate (good thermal conduction)

• Low stray inductance (~20 nH)

• Screw mounting for power terminals

• Integrated NTC temperature sensor

Designed for high power density and compact inverter systems.

7. Key Features:

• High voltage capability (1700 V class)

• High current handling (300 A)

• Low VCE(sat) → reduced losses

• Fast switching performance

• Integrated freewheeling diodes

• High short-circuit capability (~10 µs typical)

• Excellent thermal performance

8. Applications:

The FS300R17KE3 is widely used in:

• Industrial motor drives (VFDs)

• Wind and solar inverters

• UPS systems

• Rail traction systems

• High-power converters

Suitable for medium-voltage DC link systems (≈1000–1500 V).