Sanghvi Electronics

1. General Overview

The DDB6U104N16RR belongs to the EconoBRIDGE™ module family, which integrates several power semiconductor devices in a single package to simplify converter design.

Main functions inside the module:

• Three-phase diode rectifier

• Brake-chopper IGBT

• Free-wheel diode

• NTC temperature sensor

This integrated structure reduces component count and allows compact industrial converter designs.

2. Electrical Specifications

These ratings allow the module to operate in medium-to-high power industrial drives and power converters.

3. Internal Configuration

The module integrates a three-phase bridge rectifier plus a braking IGBT circuit.

Functional structure AC Input
R S T
| | |
┌─────────────┐
│ 3-Phase │
│ Diode │
│ Rectifier │
└─────┬───────┘
│
DC+
│
┌───────┐
│ IGBT │ → Brake Chopper
└──┬────┘
│
Braking Resistor
│
DC-

Working principle

1. AC input is converted to DC voltage using the diode bridge.

2. During motor braking, regenerative energy raises the DC-link voltage.

3. The chopper IGBT switches ON and dissipates the energy through an external braking resistor, preventing DC over-voltage.

4. Mechanical and Thermal Characteristics

Key mechanical features:

• Housing: EconoBRIDGE™ package

• Substrate: Al₂O₃ ceramic (Direct Copper Bonded)

• Baseplate: Isolated copper baseplate

• Mounting: Screw-mount module with solder pins

• Isolation voltage: 2.5 kV (1 minute)

These features provide low thermal resistance and strong mechanical robustness for industrial environments.

5. Main Features

• High voltage capability (1600 V class)

• Integrated rectifier + braking chopper

• High surge current capability

• Compact converter front-end solution

• Low thermal resistance ceramic substrate

• Built-in NTC temperature sensor for monitoring

• High power density and reliability

6. Typical Applications

The DDB6U104N16RR module is commonly used in:

• Variable Frequency Drives (VFD)

• Industrial motor control systems

• UPS power supplies

• Renewable energy converters

• Industrial automation systems

• DIN-rail power supply systems

  7. Advantages in Power Converter Design

  • Reduces number of discrete components

  • Simplifies AC-DC rectifier + braking circuit

  • Improves thermal performance and reliability

  • Reduces wiring complexity and PCB space

🔧 TZ600 – Technical Description 📌 Device Overview

• Device type: Phase-control thyristor (SCR) module
• Typical model: TZ600N16KOF
• Configuration: Single SCR
• Technology: Pressure-contact power module
• Package size: ~50 mm industrial standard

👉 Designed for high-power line-frequency control, not switching like IGBTs.

⚡ Key Electrical Specifications

(Representative for TZ600N series)

• Repetitive peak voltage (VDRM / VRRM): 1200 V – 1600 V
• Average on-state current (ITAV): 600 A @ Tc ≈ 85 °C
• Surge current (ITSM): ~14,000 A (10 ms)
• On-state voltage (VT0): ~0.9 V
• On-state resistance (rT): ~0.27 mΩ
• I²t rating: ~980 kA²s
• Critical di/dt: ~200 A/µs

🌡️ Thermal Characteristics

• Max junction temperature (Tj): 125 °C
• Thermal resistance (RthJC): ~0.06–0.065 K/W

🏗️ Mechanical Details

• Package: BG-PB501 (50 mm power block)
• Mounting: Screw-mounted baseplate
• Isolation: Electrically insulated copper baseplate
• Weight: ~900 g

⚙️ Functional Description

• Terminals:
  • Anode (A)
  • Cathode (K)
  • Gate (G)

Operation:

1. Gate pulse → SCR turns ON
2. Device latches ON
3. Turns OFF only when current falls below holding current

👉 This is classic thyristor behavior (latching device).

⭐ Key Features

• Pressure-contact technology → high reliability & thermal cycling
• Short-on-fail mode (safe failure behavior)
• High surge current capability
• Industrial-standard housing
• Electrically insulated baseplate

🏭 Typical Applications

• AC phase control regulators
• Soft starters for motors
• Controlled rectifiers (AC → DC)
• UPS systems
• Industrial heating & welding
• Power converters                                                                                                                                                                                                                                                                                                                                               

Technical Description

Device Identification

• Type: Dual thyristor module (SCR/SCR)

• Series: Eco Block (60 mm package)

• Configuration: Two antiparallel SCRs for phase control

• Technology: Pressure-contact power module

 

Key Electrical Specifications

• Repetitive peak voltage (VDRM / VRRM): 1600 V

• Average on-state current (ITAV): 635 A @ Tc = 85 °C

• Surge current (ITSM): 14,700 A (10 ms)

• On-state voltage (VT0): ~0.8 V

• On-state resistance (rT): ~0.287 mΩ

• I²t rating: ~1080 kA²s

 

Thermal Characteristics

• Max junction temperature (Tj): 135°C

• Thermal resistance (RthJC): ~0.063 K/W

 

Mechanical / Package

• Package size: 60 mm standard industrial module

• Housing type: BG-PB60 Eco Block

• Mounting: Pressure-contact, baseplate mounted

• Insulation: Electrically isolated baseplate

 

Functional Description

• Contains two thyristors connected in inverse parallel:

  • Allows bidirectional current control in AC circuits

  • Each SCR is triggered independently via gate signals.

• Operation principle:

  • Gate pulse → SCR turns ON

  • Device latches ON until current falls below holding current.

  • No active turn-off (requires current zero crossing)

 

Key Features

• Pressure-contact design → high reliability & thermal cycling

• Short-on-fail behavior (safe failure mode)

• High surge current capability

• Excellent DC blocking capability

• Compact standardized housing

Typical Applications

• AC phase control (thyristor bridges)

• Soft starters for induction motors

• Controlled rectifiers

• Power converters & UPS systems

• Industrial heating and drives                                                                                                                                                                                                                                                                                   

Part Number Breakdown: FP25R12W2T4

• FP – Infineon’s standard prefix for their IGBT modules.

• 25 – Rated current per IGBT (typically 25 A).

• R12 – Rated voltage (1200 V).

• W2 – Indicates the module type or topology; usually refers to a half-bridge or specific package type.

• T4 – Generation/version of the module; often indicates improved switching or packaging technology.

So, FP25R12W2T4 is a 25 A, 1200 V IGBT module in a standard half-bridge package.

Key Features

1. Trench IGBT technology – Low switching losses, efficient conduction.

2. Integrated freewheeling diodes – Fast recovery diodes for handling inductive loads.

3. Compact module package – Easy mounting on heat sinks for power electronics.

4. Robust design – High surge and short-circuit tolerance.

5. Low gate charge – Enables faster switching and easier gate driver design.

 

Typical Applications

• Motor drives (AC and servo motors)

• Inverters for solar and renewable energy systems

• UPS (Uninterruptible Power Supplies)

• Industrial power supplies and converters

• Traction systems in electric vehicles

 

Notes on Usage

• Gate resistor selection is critical to optimize switching losses vs. voltage overshoot.

• Heatsinking must match the junction temperature ratings to avoid thermal runaway.

• Parallel operation requires careful current sharing, especially at high switching frequencies.

General Overview

The FS450R12KE3/AGDR81C is a high‑power IGBT module assembly consisting of the FS450R12KE3 IGBT base power module paired with a dedicated AGDR‑81C gate‑driver interface. This combination provides both the IGBT power stage and the gate drive/protection circuitry needed for robust industrial inverter systems.

This kit is commonly used in industrial drive controls, three‑phase inverters, renewable energy converters, and other high‑power medium‑voltage applications.

 

Electrical Ratings

• Voltage Class: 1200 V collector‑emitter blocking capability

• Continuous Current: 450 A nominal

• Topology: Six‑pack (three half‑bridge) configuration for three‑phase inverter circuits

• Technology: TRENCHSTOP™ IGBT3 (E‑series) power chips with emitter‑controlled high‑efficiency diodes

• Package: EconoPACK™+ (industrial power module) housing

 

Key Power Parameters (typical)

• Collector‑Emitter Saturation Voltage: ~1.7 V at nominal current

• Free‑wheeling Diode Forward Voltage: ~1.65 V

• Gate‑Emitter Voltage Range: ±20 V

• Operating Junction Temp: -40 °C to +125 °C (typical industrial range)

• Insulation Test Voltage: 2.5 kV AC between case and terminals

 

Internal Configuration

✔ Six insulated gate bipolar transistors arranged as three half‑bridges for three‑phase control
✔ Anti‑parallel free‑wheeling diodes for each IGBT leg
✔ Thermal interface features for improved cooling performance
✔ EconoPACK+ housing for ease of heat‑sink mounting

 

Gate Driver – AGDR81C

• Isolated PWM gate drive outputs for all six IGBT switches

• Short‑circuit / desaturation protection

• Under‑voltage lockout for driver circuits

• Over‑temperature fault detection

• Fault output signaling for system controllers

• ±15 V (or similar) gate driver supply requirements

 

Thermal & Mechanical Characteristics

• Thermal Interface Material (TIM): often included to reduce thermal resistance to the heatsink

• Copper baseplate + ceramic substrate: improves heat transfer

• Mounting: Screw the module onto the heatsink with TIM

• Package dimensions: ~162 mm × 150 mm footprint (industry standard)

• Baseplate insulation: ~2.5 kV AC basic insulation

 

Key Features

• High Voltage / High Current Capability: 1200 V / 450 A for demanding industrial power stages

• Six‑Pack Bridge: Ready for three‑phase inverter implementation

• EconoPACK™+ Housing: Industrially rugged and easy to mount

• Matched Gate Driver: The driver board adds protection and interface logic

• Efficient Switching: Balanced conduction and switching losses with IGBT3 technology

• Wide Operating Temp Range: Suited for industrial environments

 

Typical Applications

• Variable Frequency Drives (VFDs) / AC Motor Drives

• Renewable Energy Inverters (Solar, Wind)

• UPS and Power Supply Systems

• Industrial Automation and Power Conversion

• Traction and Electric Transport Drives

Overview

The FS450R17KE3‑AGDR‑71C is a 1700 V, 450  A high‑power IGBT module based on Infineon’s industrial power semiconductor technology, typically integrated with a matching gate‑drive circuit (AGDR‑71C) for optimized switching performance. It is designed for heavy‑duty inverters and medium‑ to high‑power converter applications.

At its core, the module is a six‑pack (three‑phase bridge) IGBT module with complementary free‑wheeling diodes, enabling it to function as the main power stage in three‑phase inverter topologies.

 

Module Configuration

• Topology: Six‑pack IGBT bridge (three‑phase half‑bridge configuration)

• IGBT Technology: TrenchSTOP™ IGBT3 with emitter-controlled diode

• Diodes: Integrated anti‑parallel freewheeling diodes

• Driver Interface: Coupled with AGDR‑71C gate driver assembly (providing gate drive and protection interfaces)

 

Thermal & Packaging Details

• Thermal Resistance: Low case‑to‑sink resistance optimized for high‑power‑density designs

• Package Family: EconoPACK™+ / EconoDUAL® 3 style high‑power module

• Baseplate: Copper baseplate with electrically isolated ceramic substrate

• Mounting: A screw mount to the heatsink is recommended

• NTC Sensor: Often includes integrated temperature sensing (NTC) for thermal protection/control.

 

Key Features

• High Voltage Capability: 1700 V for demanding industrial DC‑link voltages

• High Current Capability: 450 A nominal, capable of high peak currents.

• Low Losses: Optimized conduction and switching characteristics

• Six‑Pack Bridge: Ready‑to‑use for three‑phase power conversion

• Compatible Driver: AGDR‑71C adds robust gate drive and protections.

 

Typical Applications

This module is frequently used in high-power systems such as

• Industrial three‑phase inverters

• Motor drives and servo systems

• Renewable energy converters (solar, wind)

• Traction and transportation power electronics

• Medium‑voltage UPS and power supplies

Electrical Ratings

• Voltage Rating (Collector‑Emitter, VCES): 1200 V DC – suitable for industrial DC bus voltages.

• Nominal Collector Current (Iₖ): 300 A – rated current per module at controlled case temperature.

• Maximum Rated Current: Typically ~300 A (application dependent, limited by cooling).

• Configuration: Six‑pack (three half‑bridge) arrangement with integrated anti‑parallel diodes for AC current recirculation.

• Technology: Infineon TRENCHSTOP™ IGBT3 (E3) power transistors with emitter‑controlled high‑efficiency diodes to reduce conduction losses.

• Collector‑Emitter Saturation (Vₑₛₐₜ): ~1.7 V (typical) at rated conditions.

• Diode Forward Voltage (VF): ~1.6–1.7 V (typical).

 

Features

• EconoPACK™+ industrial package offering high power density and robust mechanical design.

• Six power switches integrated in a single module, simplifying three‑phase inverter bridge design.

• Optimized thermal resistance for effective heat extraction to heat sinks.

• Isolated baseplate for safe mounting and electrical insulation.

 

Thermal & Mechanical

• Operating Junction Temperature: Typical range of −40 °C to +125 °C (junction temperature up to 150 °C may be allowed transiently).

• Thermal Interface Material (TIM): Often included or recommended to ensure low junction‑to‑case thermal resistance.

• Mounting: Screw the module onto the heatsink with proper torque.

 

Typical Applications

This IGBT module is broadly used for:

• Three‑phase Variable Frequency Drives (VFDs)

• Industrial motor and servo drives

• Renewable energy inverters (wind/solar)

• UPS and power conversion systems

• Traction and industrial power electronics.

 

Gate Driver Interface: AGDR71C �� Driver & Protection Functions

• Isolated gate drive outputs for all six IGBTs

• PWM interface from control logic (e.g., microcontroller, PLC)

• Short‑circuit (desaturation) protection to protect IGBTs from over‑current events

• Under‑voltage lockout to prevent low‑voltage faults

• Over‑temperature monitoring when coupled with module thermistor

• Fault and status outputs for control feedback and diagnostics

 

Driver Electricals

• Driver supply: Typically a controlled DC supply (e.g., 15 V or ±15 V logic)

• Fault interface: Open‑collector or logic output to host controller

• Protection: Fast shutdown on fault events to safeguard the IGBT bridge

 

Key Performance Highlights

• High Efficiency: Low VCE(sat)/sub> and efficient diode design reduce conduction and switching losses.

• Industrial Ruggedness: Designed for harsh environments with high mechanical strength and thermal resilience.

• Isolation Strength: Baseplate insulation is typically ~2500 V AC to ensure safe mounting.

• Scalable Switching: Suitable for PWM switching up to medium‑high kHz ranges in motor drive applications.

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🔧 Device Overview

The F3L200R12W2H3B11BPSA1 from Infineon Technologies is a 1200 V, 200 A three-level IGBT power module designed for high-efficiency industrial and renewable energy converters.

• Type: IGBT Module (phase-leg configuration)
• Topology: 3-level (NPC2 – Neutral Point Clamped)
• Package: EasyPACK™ 2B
• Technology: HighSpeed IGBT H3
• Order Code (OPN): F3L200R12W2H3B11BPSA1

👉 Optimized for medium-to-high power inverter systems (~100–200 kW range).

⚡ Key Electrical Specifications

➡️ Provides high voltage capability with low conduction losses.

🧠 Internal Configuration

• 3-level phase-leg topology (NPC2)
• Integrated components:
  • HighSpeed IGBT H3 switches
  • Fast freewheeling diodes
  • Integrated NTC temperature sensor

📌 Functional benefits:

• Reduced switching losses
• Lower device stress vs. 2-level designs
• Higher efficiency in inverter systems

🧩 Mechanical & Packaging Details

• Package: EasyPACK™ 2B
• Dimensions: ~56.7 mm × 48 mm
• Connection: PressFIT pin technology
• Mounting: Integrated clamps (panel/chassis mount)
• Substrate: Al₂O₃ ceramic (low thermal resistance)

Advantages:

• Solder-free assembly (PressFIT)
• High reliability under thermal cycling
• Compact inverter layout support

🚀 Key Features

• HighSpeed IGBT H3 → fast switching
• Low switching losses → improved efficiency
• Low V_CE(sat) → reduced conduction losses
• Low inductive module design
• Integrated NTC temperature sensing
• Insulation capability ~3 kV AC (typical)
• Industrial qualification

➡️ Suitable for high-frequency PWM inverter applications.

⏱️ Thermal & Performance Characteristics

• Junction temperature range: –40°C to 150°C
• Power dissipation: ~600 W (module dependent)
• Designed for robust thermal cycling and long lifetime

🔌 Typical Applications

• Photovoltaic (solar) inverters
• EV charging systems
• Hydrogen electrolysis systems
• Industrial motor drives
• Uninterruptible Power Supplies (UPS)

➡️ Ideal for renewable energy and industrial power conversion systems.                                                                                                                                                                          

 

🔧 Device Overview

The FS3L40R07W2H5F_B11 from Infineon Technologies is a 650 V, 40 A three-level IGBT power module designed for compact and high-efficiency inverter applications.

• Type: IGBT Module (3-level full-bridge / phase-leg)
• Topology: NPC1 (Neutral Point Clamped – full bridge)
• Package: EasyPACK™ 2B
• Technology: TRENCHSTOP™ 5 (IGBT5 – H5 generation)
• Special Feature: Integrated CoolSiC™ Schottky diode

👉 It targets low-to-medium power systems requiring high efficiency and fast switching.

⚡ Key Electrical Specifications

➡️ Provides low conduction losses and efficient switching performance.

🧠 Internal Configuration

• 3-level NPC1 topology (full-bridge structure)
• Integrated components:
  • IGBT5 (H5) switches
  • CoolSiC™ Schottky diodes (Gen5)
  • Freewheeling diodes
  • NTC temperature sensor

📌 Advantages:

• Extremely low reverse recovery losses (due to SiC diode)
• Higher efficiency compared to silicon-only designs
• Reduced switching losses in high-frequency operation

🧩 Mechanical & Packaging Details

• Package: EasyPACK™ 2B
• Dimensions: ~56.7 mm × 48 mm
• Connection: PressFIT pin technology
• Mounting: Clamp mounting
• Qualification: Industrial grade

Advantages:

• Solder-free assembly → improved reliability
• Compact footprint for inverter designs
• Low parasitic inductance layout

🚀 Key Features

• IGBT5 (H5) → improved switching vs H3 generation
• Integrated CoolSiC™ diode → very low switching losses
• Low V_CE(sat) → reduced conduction losses
• PressFIT technology → high mechanical reliability
• Low inductive design → better EMI and switching behavior
• 650 V voltage class

⏱️ Performance Characteristics

• Optimized for high-frequency PWM switching
• Lower switching energy compared to earlier generations
• Improved thermal performance for compact systems

🔌 Typical Applications

• Photovoltaic (solar) string inverters
• Battery Energy Storage Systems (BESS)
• Motor drives (low-to-medium power)
• Uninterruptible Power Supplies (UPS)
• 1-phase inverter systems

➡️ Especially suitable for compact renewable energy converters and industrial drives.                                                                                  

🔧 Device Overview

The F3L400R07W3S5_B11 is a 650 V, 400 A three‑level IGBT power module from Infineon Technologies, designed for high‑power, high‑efficiency inverter and energy conversion systems.

• Type: High‑power IGBT Module (3‑level)
• Topology: 3‑level NPC1 (Neutral Point Clamped)
• Package: EasyPACK™ 3B
• Technology: IGBT5 / S5 generation (TRENCHSTOP™ 5)
• Connection: PressFIT pins for high‑reliability assembly
• Integrated NTC thermistor for temperature monitoring

This module is engineered for high‑efficiency PWM‑based power converters, especially in renewable energy and industrial motor drive systems.

⚡ Key Electrical Specifications

This module handles high DC‑link voltages and heavy currents, suitable for converters in the 100–400 kVA range or higher.

🧠 Internal Configuration

• 3‑level NPC1 phase‑leg topology: Reduces voltage stress on switches and enables higher efficiency compared to 2‑level designs.
• Multiple paralleled IGBTs: In the internal structure to deliver high current capability.
• NTC thermistor: Integrated for thermal protection and closed‑loop control.
• IGBT5 / S5 technology: Optimized trench gate IGBTs for moderate switching speed with low loss.

🧩 Mechanical & Packaging Details

• Package Style: EasyPACK™ 3B — a robust industrial module format
• Dimensions: Typical EasyPACK™ 3B footprint (~109.9 mm × 62 mm)
• Mounting: Screw/clamp baseplate mount compatible
• Connections: PressFIT pins for power and control — eliminate solder joints in assembly
• Substrate: Low‑thermal resistance ceramic for good heat conduction
• Insulation: High AC isolation rating suitable for industrial environments

🚀 Key Features

• 3‑level NPC1 topology — lowers switching stress and improves efficiency.
• IGBT5 (S5) technology — optimized for lower switching and conduction losses in medium‑power applications.
• PressFIT technology — reliable, solder‑free connections that help withstand thermal cycling.
• Integrated NTC sensor — enables accurate temperature monitoring and protection.
• High power density — compact size relative to rating.
• Industrial qualification — designed for long‑life operation in industrial and renewable energy environments.

🔌 Typical Applications

• Photovoltaic (PV) inverters (3‑level string and utility inverters)
• Battery Energy Storage Systems (BESS)
• Industrial motor drives
• Uninterruptible Power Supplies (UPS)
• High‑power converters requiring efficient PWM switching

🔧 Device Overview

The FS3L100R07W3S5_B11 from Infineon Technologies is a 650 V, 100 A three-level six-pack IGBT module designed for high-efficiency photovoltaic and industrial inverter systems.

• Type: IGBT Module (3-phase / six-pack)
• Topology: 3-level (NPC1 – Neutral Point Clamped)
• Package: EasyPACK™ 3B
• Technology: TRENCHSTOP™ 5 (IGBT5 – S5 generation)
• Configuration: 3-phase inverter module

👉 Optimized for compact 3-phase inverter systems up to ~40 kVA.

⚡ Key Electrical Specifications

➡️ Provides low conduction and switching losses, enabling high inverter efficiency.

🧠 Internal Configuration

• 3-level NPC1 topology (six-pack configuration)
• Integrated components:
  • 6 × IGBT5 switches (3-phase bridge)
  • Freewheeling diodes
  • Emitter-controlled diodes (EC3 concept)
  • Integrated NTC temperature sensor

📌 Benefits:

• Reduced switching losses
• Lower voltage stress per device
• Improved efficiency vs. 2-level inverters

🧩 Mechanical & Packaging Details

• Package: EasyPACK™ 3B
• Dimensions: ~109.9 mm × 62 mm
• Connection: PressFIT pin technology
• Mounting: Baseplate mounting (screw/clamp)
• Substrate: Al₂O₃ ceramic

Advantages:

• Solder-free PressFIT → higher reliability
• Low stray inductance (~28 nH)
• Robust thermal and mechanical performance

🚀 Key Features

• IGBT5 (S5) → improved switching vs previous generations
• Low V_CE(sat) → reduced conduction losses
• Low switching energy → high efficiency (up to ~99% in PV systems)
• Integrated NTC temperature sensing
• 3-phase integrated design → reduced system complexity
• Industrial-grade insulation (~3 kV AC)

⏱️ Performance Highlights

• Optimized for high-frequency PWM operation
• Efficiency up to ~99% in PV inverter applications
• Designed for 1000 V DC bus systems
• Output capability: ~40 kVA inverter systems

🔌 Typical Applications

• Photovoltaic (solar) inverters (3-phase string inverters)
• Industrial motor drives
• Uninterruptible Power Supplies (UPS)
• Energy storage converters

➡️ Especially suited for medium-power 3-phase inverter systems.                                                                                                   

IFS150B12N3E4_B31  150 AMPS 1200 VOLTS IGBT MODULE INFINEON MAKE

• Voltage1200 V
• Model Name/NumberIFS150B12N3E4_B31
• Part NumberIFS150B12N3E4_B31
• BrandINFINEON
• Current Rating150 AMPS 1200 VOLTS

General Overview

The 4MBI300VG-120 is a high-efficiency IGBT module designed for advanced inverter topologies, particularly 3-level (NPC/T-type) converters.

• Manufacturer: Fuji Electric

• Series: V-Series (6th Generation)

• Type: 4-in-1 IGBT module (T-type / NPC 3-level)

• Application class: Medium-to-high power industrial systems

Unlike conventional modules, it supports 3-level inverter operation, improving efficiency and reducing harmonic distortion.

 

Electrical Characteristics Absolute Maximum Ratings

• Collector-Emitter Voltage (VCES):

  • Main IGBTs (T1, T4): 1200 V

  • RB-IGBTs (T2, T3): 600 V

• Collector Current (IC):

  • 300 A (continuous)

• Configuration Rating:

  • 1200V / 300A (main switches)

  • 600V / 300A (AC switch section)

 

Internal Configuration Topology

• 4 IGBTs in one module

• T-type (3-level NPC) configuration

 

Structure:

• T1 & T4 → Main inverter switches (1200V)

• T2 & T3 → AC-side switches (600V, RB-IGBT type)

This creates a 3-level output (Positive / Neutral / Negative) instead of conventional 2-level switching.

 

Key Feature:

• RB-IGBT (Reverse Blocking IGBT) eliminates need for separate diodes in some paths

• Integrated design reduces component count

 

Described as:

“4 in one package… optimized 3-level circuit”

Key Technologies ✔ T-Type / NPC 3-Level Circuit

• Produces lower output voltage ripple

• Reduces switching losses

• Improves efficiency in high-power systems

✔ RB-IGBT (Reverse Blocking IGBT)

• Blocks reverse voltage internally

• Eliminates external anti-parallel diode in certain paths

✔ Low Inductance Structure

• Compact internal layout

• Reduced switching spikes

• Improved EMI performance

 

Thermal Characteristics

• Max Junction Temperature (Tj): ~150°C

• Case Temperature (Tc): up to 125°C

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

Designed for high thermal stability and continuous operation.

 

Mechanical Features

• Package Type: M403 module

• Dimensions: ~80 mm × 110 mm

• Weight: ~460 g

• Mounting: Screw-mounted baseplate

• Baseplate: Electrically isolated

 

Advantages:

• Compact footprint for high power density

• Easy integration in inverter assemblies

 

Functional Characteristics ✔ High Efficiency

• 3-level switching reduces switching losses

• Lower dv/dt stress on load

✔ Reduced Harmonics

• Better output waveform quality

• Lower filtering requirements

✔ High Reliability

• Integrated structure reduces wiring errors

• Advanced semiconductor technology

 

 

🔧 Device Overview

The FS3L40R12W2H7P_B11 is a 1200 V, 40 A three‑level IGBT power module designed for efficient medium‑power inverter and renewable energy applications.

• Package: EasyPACK™ 2B
• Technology: IGBT7 (H7 generation)
• Topology: 3‑level (NPC2 style)
• Current Rating: 40 A nominal
• Voltage Class: 1200 V blocking capability

This module is part of Infineon’s newer generation of IGBT modules optimized for high frequency PWM operation and reduced losses.

⚡ Key Electrical Specifications

• ICRM (repetitive peak) typically ~80 A under short pulsed conditions (implied from datasheet typical behavior).

This makes the module suitable for medium‑power 3‑level converter use with good balance between conduction capability and switching performance.

🧠 Internal Configuration

• 3‑level NPC (Neutral Point Clamped) configuration:
  The module contains multiple IGBT switches arranged to form a 3‑level inverter leg, enabling reduced voltage stress and lower switching losses compared to 2‑level topologies.
• IGBT7 (H7) chips: Latest generation Infineon IGBTs with improved switching speed and lower losses.
• NTC thermistor: Integrated for junction temperature monitoring — useful for protection and control algorithms.
• PressFIT pin contacts: Solder‑free connection technology for improved reliability and easier PCB assembly.

🧩 Mechanical & Packaging

• Housing: EasyPACK™ 2B, compact module package with ~56.7 mm × 48 mm footprint.
• Pre‑applied thermal interface material: For efficient heat transfer to heatsink.
• PressFIT technology: For high‑reliability connections with reduced solder joint fatigue.
• 3 kV AC insulation: Module rated for electrical isolation according to industrial standards (1 min test).

🚀 Key Features

• Industrial qualification: Suitable for industrial and renewable energy converter environments.
• High over‑load capability: Operation up to ~175 °C under overload conditions.
• Low VCE(sat) and switching losses: IGBT7 chips designed for efficient PWM drive operation.
• Humidity ruggedness: Improves reliability in adverse environments.

🔌 Typical Applications

• Battery Energy Storage Systems (BESS)
• Photovoltaic inverters (3‐level topologies)
• Medium‑power industrial drives
• 3‑level AC motor drives and UPS systems

This module is typically used where efficient high‑frequency conversion is needed with modest current levels, such as string inverters and energy storage power stages.

Electrical Characteristics Absolute Maximum Ratings

• Repetitive Peak Voltage (VDRM / VRRM): 1800 V

• Average On-State Current (IT(AV)): 800 A

• Surge Current (ITSM): ≈ 30,000 A (10 ms)

• RMS On-State Current: up to ~1500 A

 

Gate Characteristics

• Gate Trigger Voltage (VGT): ~2 V

• Gate Trigger Current (IGT): ~250 mA

 

Electrical Performance

• On-state Voltage (VT0): ~0.82 V

• On-state Resistance (rT): ~0.17 mΩ

• di/dt capability: ~200 A/µs

• I²t rating: ~4500 kA²s

Designed for very high surge capability and low conduction losses.

 

Thermal Characteristics

• Max Junction Temperature (Tj): 125°C

• Thermal Resistance (RthJC): ~0.042 K/W

• Operating Temperature: −40°C to +125°C

 

Advantages:

• High thermal stability

• Excellent power cycling capability

• Suitable for heavy industrial duty

 

Internal Configuration Structure

• Single SCR device

• No anti-parallel diode (external diode may be required depending on circuit)

 

Operation Principle

• Turn ON by gate pulse

• Remains ON until current drops below holding current

Works in line-frequency switching, unlike high-frequency IGBT switching.

 

Mechanical Features

• Package: 70 mm power block (BG-PB70AT-1)

• Mounting: Pressure contact / screw mounting

• Baseplate: Electrically insulated

• Dimensions: approx. 104 × 70 × 90 mm

 

Key Advantages:

• High mechanical robustness

• Uniform pressure distribution → better reliability

• Easy replacement in industrial stacks

Key Technologies ✔ Pressure Contact Technology

• Eliminates solder fatigue

• Improves thermal cycling life

• Provides “short-circuit fail mode” (safe failure)

✔ High Surge Capability

• Handles large fault currents (30 kA range)

• Ideal for harsh grid conditions

✔ High Blocking Stability

• Maintains voltage blocking over long lifetime

Functional Characteristics ✔ High Power Handling

• 800 A continuous current

• Suitable for megawatt-class systems

✔ Low Conduction Loss

• Very low ON voltage drop

• Efficient for phase-controlled systems

✔ High Reliability

• Rugged design for industrial environments

• Long operational lifetime

 

Applications

Typical applications include:

• Controlled rectifiers (AC → DC)

• AC voltage controllers / regulators

• DC motor drives (phase-controlled)

• Soft starters for AC motors

• Welding equipment

• Industrial heating systems

• HV power converters & traction system

General Overview

The module belongs to the EconoPIM™3 (Power Integrated Module) family and uses IGBT3 (E3) technology, which provides low switching losses and high reliability.

 

Basic characteristics

• Device type: IGBT Power Integrated Module (PIM)

• Configuration: Three-phase inverter with rectifier and brake circuit

• Voltage rating: 1200 V

• Current rating: 75 A

• Technology: IGBT3 – E3 generation

• Package type: EconoPIM™3 industrial module

This module integrates multiple power devices, reducing external components and simplifying power converter design.

 

Internal Configuration

The module integrates several components in one package:

• Three-phase diode rectifier

• Six IGBT switches

• Six free-wheel diodes

• Brake chopper transistor

• NTC temperature sensor

Simplified internal structure AC Input
R S T
| | |
┌──────────────┐
│ 3-Phase │
│ Rectifier │
└─────┬────────┘
DC+
|
┌──────────────┐
│ 3-Phase IGBT │
│ Inverter │
└──────────────┘
| | |
U V W
(Motor Output)
|
DC-

 

Operation

1. The rectifier converts AC supply into DC voltage.

2. The DC voltage is switched by IGBTs using PWM control.

3. The output becomes three-phase AC for motor drive systems.

 

Mechanical Characteristics

• Package: EconoPIM™3

• Dimensions: 122 mm × 62 mm × ~17 mm

• Mounting: Screw mounting with heatsink

• Baseplate: Copper for efficient heat spreading

• Weight: ≈ 300 g

 

Key Features

• 1200 V / 75 A high-power capability

• Integrated rectifier + inverter + brake circuit

• IGBT3 technology for low conduction losses

• Low stray inductance design

• High power density

• Integrated NTC temperature sensor

• Solderable control pins

• RoHS compliant design

 

Typical Applications

The module is commonly used in:

• Industrial motor drives

• Variable frequency drives (VFD)

• Residential air-conditioning compressors

• Industrial automation systems

• Power inverters and converters

General Overview

The FZ600R65KF2 is a power-insulated‑gate bipolar transistor (IGBT) module manufactured by Infineon Technologies (also historically marketed by Eupec). It belongs to the FZx00R65KF2 family, designed for medium‑voltage, high‑power conversion applications such as industrial drives, traction inverters, and heavy power supplies.

• Module Type: IGBT power module (N‑channel)

• Configuration: Multi‑cell / three‑in‑one (triple) high‑power switch module

• Technology: Silicon IGBT

• Package: IHV190 (large industrial baseplate)

Optimized for robust high‑voltage blocking and high current conduction in industrial power conversion.

 

Electrical Ratings ⚡ Voltage Ratings

• Collector‑Emitter Voltage (Vces): up to 6500 V rated, ~6300 V at 25 °C

• Gate‑Emitter Voltage (VGE): ±20 V maximum

 

Current Ratings

• Continuous DC Collector Current (Iₘₐₓ): 600 A (nominal)

• Repetitive Peak Collector Current (I_CRM): ~1200 A (1 ms pulse)

These high ratings make it suitable for systems with multi‑kilowatt to megawatt power levels.

 

Conduction and Switching Characteristics

• Typical V_CE(sat) (on‑state voltage): ~4.9 V @ 600 A, 15 V gate, 125 °C

• Gate threshold (V_GE(th)): ~5.0 – 6.5 V

Low on‑state voltage helps reduce conduction losses at high current. High blocking voltage supports heavy industrial line voltages.

 

Power Dissipation and Thermal

• Total Power Dissipation: ~11.5 kW @ controlled conditions (Tₒ=25 °C)

• Operating Junction Temperature Range: –50 °C to +125 °C

• Thermal Management: AlSiC baseplate for high thermal conductivity and enhanced cycling capability

• High‑Voltage Isolation: Module designed to withstand >10 kV AC isolation for safety in high‑voltage systems

Heavy-duty thermal design supports continuous operation under harsh industrial loads.

 

Mechanical and Packaging Details

• Module Dimensions: Approx. 190 mm × 140 mm × 38 mm (IHV190 housing)

• Mounting Style: SMD/SMT chassis mount compatible

• Package Features:

  • High creepage and clearance distances for safety

  • CTI rating > 600 (good tracking resistance)

 

Key Features

• High voltage capability (up to 6500 V)

• 600 A continuous current capacity

• High isolation and creepage for safety

• Large, low‑inductance baseplate with AlSiC thermal design

• ±20 V gate drive range

• Designed for heavy industrial environments

 

Typical Applications

• Medium‑voltage motor drives

• Industrial inverters

• Utility and renewable energy converters

• High‑power UPS and power supplies

• Traction and heavy industrial equipment 

General Overview

• Manufacturer: Infineon Technologies

• 5t Module Type: Dual IGBT power module

• Configuration: Half-bridge (2 IGBTs + 2 diodes)

• Technology: Trench / Field-Stop IGBT4 technology

• Package: EconoDUAL™ 3 power module

• Application Class: Industrial high-power converters

The module is optimized for high efficiency, low switching loss, and high power density in industrial inverter systems.

 

Internal Configuration

The module uses a half-bridge inverter topology.

DC+
|
IGBT1
|
+------ Output
|
IGBT2
|
DC-

Each IGBT includes an anti-parallel diode that allows current flow during reverse conduction in inductive loads.

 

Internal components include:

• 2 × IGBT switches

• 2 × emitter-controlled freewheel diodes

• Integrated NTC temperature sensor for thermal monitoring.

 

Thermal Characteristics

Parameter Value Maximum Junction Temperature 150°C Operating Temperature Range−40°C to 150°C Thermal Resistance Low due to optimized baseplate

The module includes an isolated copper baseplate to provide efficient heat transfer to a heatsink.

 

Mechanical Features

• Housing: EconoDUAL™ 3 industrial package

• Dimensions: approx. 152 mm × 62 mm

• Mounting: Screw-mounted with insulated baseplate

• Terminals: Power terminals + gate driver pins

• Isolation: Electrically isolated baseplate for safety

This design provides high mechanical strength and easy installation on heatsinks.

 

Key Features

• Low VCE(sat) for reduced conduction losses

• High power density

• Emitter-controlled diode for improved switching behavior

• Positive temperature coefficient for current sharing

• Integrated NTC temperature sensor

• Suitable for industrial reliability standards.

 

Typical Applications

The FF600R12ME4 module is commonly used in the following:

• Industrial motor drives

• Servo drives

• UPS systems

• High-power converters

• Wind turbine converters

• Solar PV inverters

General Overview

The FS450R12KE4 is a high-power six-pack IGBT module designed for industrial inverter applications.

• Manufacturer: Infineon Technologies

• Voltage class: 1200 V

• Current rating: 450 A

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

• Package: EconoPACK™+

• Technology: TRENCHSTOP™ IGBT4 (E4 generation)

It integrates 6 IGBTs, 6 anti-parallel diodes, and an NTC sensor, forming a complete 3-phase inverter module.

 

Internal Configuration Six-Pack (3-Phase Inverter Topology)

The module contains:

• 3 high-side IGBTs

• 3 low-side IGBTs

• 6 anti-parallel freewheeling diodes

• Integrated NTC thermistor

 

Enables direct implementation of:

• 3-phase motor drives

• inverter systems

 

Technology Features TRENCHSTOP™ IGBT4 (E4 Technology)

• Low conduction losses (low VCE(sat))

• Reduced switching losses

• High current density

 

Emitter-Controlled Diode (EmCon)

• Soft reverse recovery

• Lower switching stress and EMI

• Improved efficiency

 

Thermal & Mechanical Characteristics

Parameter Value Junction Temperature (Tj)—-40°C to +150°C Thermal Resistance (RthJC)—~0.066 K/W (per IGBT) Case-to-Heatsink Resistance ~ 0.05 K/W Isolation Voltage ~ 2.5 kV Stray Inductance ~ 20 nH Package Size ~162 × 150 mm

 

Mechanical & Packaging Features

• EconoPACK™+ housing

• Press-fit / solder pin terminals

• Copper baseplate (efficient heat dissipation)

• Low-inductance layout

• Integrated NTC temperature sensor

• High creepage and clearance distances

 

Key Features

• High current capability (450 A)

• Low saturation voltage → reduced conduction losses

• Fast switching performance

• High short-circuit ruggedness

• Self-limiting short-circuit current

• High mechanical and thermal robustness

 

Applications

• Industrial motor drives (VFDs)

• Solar (PV) inverters

• UPS systems

• Industrial converters

• Renewable energy system

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IFS200B12N3E4_B31 INFINEON IGBT MODULE
IFS100B12N3E4  INFINEON
IFS75B12N3E4 INFINEON
IFS150B12N3E4 INFINEON

General Overview

The FZ1200R12HE4 is a 1200 V, high-current IGBT module built on Trench/Fieldstop IGBT4 technology with integrated fast diodes. It is housed in a robust IHM-B type module package, suitable for industrial systems requiring high reliability and efficient switching performance.

 

Key Electrical Ratings: Power & Current

• Collector-Emitter Voltage (Vces): 1200 V maximum—high voltage blocking suitable for industrial drives and power converters.

• Nominal Collector Current (Iₒ): 1200 A.

• Pulse/Repetitive Peak Current: up to ~2400 A for short pulses (e.g., 1 ms).

• Maximum Power Dissipation: ~7.15 kW (module level, case at 25°C).

 

Device Characteristics

• IGBT Type: Trench/Fieldstop IGBT4 — optimized for low switching and conduction losses.

• Collector-Emitter Saturation Voltage (VCE(sat)): ~1.75 V @ 1200 A, typical.

• Gate-Emitter Voltage: ±20 V operational range (control input).

 

Diode Specifications

• Continuous Forward Current (I<sub>_F):~1200 A.

• Forward Voltage (V_F): ~2.35 V at 25°C typical.

 

Thermal & Insulation Properties

• Operating Junction Temperature: -40 °C to +150 °C typical under switching conditions.

• Thermal Resistance (Junction-to-Case): ~21–35 K/kW (module level).

• Case-to-Heatsink Thermal Resistance: ~13.5–14.3 K/kW (varies with TIM type).

• Isolation Test Voltage: ~2.5 kV RMS between terminals and heatsink.

 

Module Design & Packaging

• Configuration: Single high-current IGBT switch with integrated anti-parallel diodes.

• Package: IHM-B housing (~140 × 130 × 38 mm) with flange-mountable base for heatsink attachment.

• CTI Rating: Package with Comparative Tracking Index (CTI) > 400 — good resistance to tracking in humid environments.

• Baseplate Material: Copper with ceramic insulation (e.g., Al₂O₃) — ensures good thermal conduction and dielectric strength.

 

Key Features

• High Power Capability: Designed for applications demanding >1 kA current handling.

• Low Loss Switching: IGBT4 technology reduces switching and conduction losses, improving efficiency.

• Industrial Reliability: Extended operating temperature and robust package suitable for converters, drives, and renewable systems.

• Integrated Diodes: Fast emitter-controlled diodes support inverter and AC bridging functions.

 

Typical Applications

• High-power motor drives and industrial inverters

• Renewable energy converters (solar/wind)

• Uninterruptible Power Supplies (UPS)

• Traction and EV power electronics

• Heavy industrial power converters

These use cases benefit from the module’s high current handling, efficient switching, and integrated diode support.

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General Overview

The IFS75B12N3E4_B32 is a high‑performance IGBT power module designed for medium‑power inverter and industrial drive applications.

• Module Type: IGBT power module

• Topology: Six‑pack (full bridge) configuration

• Technology: Trench/Field Stop IGBT4 with integrated diodes and current sensing shunts (in the typical IFS75B12N3E4 family)

• Standard Packaging: EconoPACK™3 or similar industrial module housing

Suitable for motor drives, auxiliary inverters, renewable energy converters, and industrial power electronics.

 

Voltage & Current Ratings ⚡ Voltage Ratings

• Collector‑Emitter Voltage (Vces): 1200 V (maximum DC blocking)

 

Current Ratings

• Continuous Collector Current (IC): 75 A nominal (per datasheet reference family)

• Repetitive Peak Current (I_CRM): 150 A (1 ms pulse)

 

Conduction & Switching Characteristics Conduction

• Collector‑Emitter Saturation Voltage (VCE(sat)): typical ~1.85 – 2.15 V @ IC/sub> = 75 A (VGE/sub> = 15 V)

⚡ Diode Forward

• Integrated freewheel diode rating:

  • Continuous forward current: 75 A

  • Repetitive peak diode current: 150 A

 

Thermal Characteristics

• Maximum Junction Temperature (Tj): 150 °C

• Thermal Resistance (junction‑to‑case): typical values are provided for IGBT and diode in the family datasheet (e.g., ~0.39 K/W per IGBT)

 

Gate & Control Characteristics

• Maximum Gate‑Emitter Voltage (V_GE): ±20 V (standard for Infineon IGBT modules)

• Gate drive: requires suitable isolated gate drive with proper control of turn‑on/turn‑off speeds.

 

Integrated Features

Typical IFS75B12N3E4 family modules include the following:

• Emitter current sense shunts for real‑time current monitoring

• Integrated NTC temperature sensor for thermal feedback

• Barrier diodes matched to the IGBTs ensure low losses and reliable switching.

 

Mechanical & Packaging

• Housing: Compact industrial module

• Terminals: Screw or solder power terminals

• Typical Dimensions: ~62 mm × 105 mm × 27 mm (approx.)

• Mounting: Heatsink or chassis mount with proper thermal interface.

 

Key Features

• 1200 V IGBT rating

• 75 A nominal current

• Six‑pack full bridge configuration

• Low VCE(sat)/sub> and efficient diode characteristics

• Integrated current sensing and temperature monitoring

• High industrial reliability (RoHS compliant)

 

Typical Applications

• Industrial motor drives

• Solar and wind inverters

• UPS and power supplies

• Auxiliary inverters

• EV charging and power conversion

Overview – Dual IGBT Module

Part Number: FF900R12ME7_B11 (various suffixes denote package/option)
Type: Dual IGBT half-bridge power module
Manufacturer: Infineon Technologies AG
Technology: TRENCHSTOP™ IGBT7 with emitter-controlled 7-diode technology
Package Family: EconoDUAL™ 3 – compact, high-current press-fit module with screw power terminals
Status: Active & preferred industrial-grade part

The FF900R12ME7_B11 series integrates two insulated-gate bipolar transistors (IGBTs) and associated diodes into a packaged half-bridge unit, enabling robust switching for high-power inverters, motor drives, and power converters.

 

Module Construction & Features

• Topology: Half-bridge with two IGBT devices + integrated freewheeling diodes.

• Chip Tech: TRENCHSTOP™ IGBT7 – Infineon’s latest generation trench IGBT offering lower on-state losses and improved switching performance.

• Package: EconoDUAL™ 3 with PressFIT control pins and screw-type power terminals for strong electrical contact and assembly reliability.

• Isolated Baseplate: Baseplate electrically isolated for safer mounting on heatsinks without extra insulation.

• Integrated NTC Temperature Sensor: An on-board thermistor enables real-time temperature monitoring for protection and control loops.

• Compact & High Power Density: Design optimized for inverter and converter power stages while minimizing footprint.

 

Benefits & Technical Highlights

✔ High current handling (900 A) at a 1200 V voltage class — suitable for demanding power electronics.
✔ Low on-state voltage and reduced conduction losses thanks to IGBT7 transistor design.
✔ Simplified assembly with PressFIT pins and sturdy screw power terminals for mechanical and electrical reliability.
✔ High overload capability up to ~175°C, enabling robust operation under stress.
✔ Integrated temperature sensing enhances system protection and control.
✔ Isolated baseplate and optimized creepage ensure safe, high-voltage operation even in PV/energy systems.

 

Typical Applications

• Industrial motor drives and speed controllers

• Inverters for renewable energy (solar/wind)

• Uninterruptible Power Supplies (UPS)

• Electric vehicle traction inverters and power distribution units

• General high-power converters in industrial automation

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Overview – DD540N26K Module

Type: High-power rectifier diode module (dual series)
Manufacturer: Infineon Technologies
Technology: Pressure contact power block
Application: Industrial rectifiers, drives, UPS systems, AC/DC conversion, and general high-power rectification.

 

Construction & Circuit

• Configuration: Two diode elements in series (dual series) inside a single module.

• Circuit Type: Rectifier diode assembly used for converting AC to DC or for use in controlled rectifier bridges.

• Pressure Contact: Metal plates and spring contacts ensure low resistance and long-term reliability.

 

Key Features

• High current capability (540 A) and high voltage rating (2.6 kV) make it suitable for heavy-duty rectification.

• Low on-state losses due to low forward voltage and resistance.

• Pressure contact design for high reliability and thermal cycling endurance.

• Industrial standard package compatible with common power block layouts.

 

Typical Applications

✔ Rectifiers in industrial AC drives
✔ Power supplies and UPS rectification stages
✔ DC motor drives and controllers
✔ Battery chargers and power converters
✔ General-purpose high-power DC rectification hardware

General Overview The FZ2400R17KF6C_B2 is a high-power insulated-gate bipolar transistor (IGBT) module designed for industrial power conversion, motor drives, and renewable energy systems. It integrates multiple IGBT switches and free-wheeling diodes in a half-bridge topology within a rugged power module package. Manufacturer: Infineon Technologies (formerly part of EUPEC/International Rectifier)
 Product Type: IGBT Power Module (Half-Bridge)
 Package: Industrial IHM-190 module outline (large power block)
 Compliance: Lead-free / RoHS compliant materials (typical for Infineon modules)
 �� Electrical Ratings & Characteristics Parameter Typical Value Description Collector-Emitter Voltage (V_CES) 1700 V Blocking voltage capability for high DC bus systems. Continuous DC Collector Current (I_C) @ 25 °C ~2400 A Nominal current rating of the IGBT elements. Continuous DC Current (I_C) @ 150 °C ~3800 A Higher junction temp capability under cooling. Repetitive Peak Current (I_CRM) ~4800 A Short-pulse current capability (1 ms). Total Power Dissipation (P_tot) ~18 kW Maximum power the module can manage with adequate cooling. Gate-Emitter Voltage (V_GES) ±20 V max Standard gate drive voltage. Collector-Emitter Saturation (V_CE(sat)) ~2.6 – 3.6 V Typical on-state voltage at high current. Operating Temp. Range (T_j) -40 °C to +125 °C / +150 °C Junction operating limits under load. These ratings make the module suitable for high-power converters and drives where both high voltage and high current handling are needed. ⚡ Operating Characteristics Low On-State Losses: The soft-recovery diode and low V_CE(sat) reduce conduction losses, improving system efficiency.
 High Current Handling: Continuous and peak current ratings support heavy load motor drives and DC-link converters.
 Rugged Performance: Engineered for reliable operation in harsh environments with high power cycling capability.
 �� Typical Applications ✔ Industrial Motor Drives — High-power AC induction and synchronous drives. 
✔ Renewable Energy Inverters — Solar and wind power converter stages. 
✔ UPS and Power Supplies — High-current DC-AC conversion. 
✔ Energy Storage Systems — DC-DC/AC stages in battery converters. 
✔ Traction and Automotive Power Conversion — Heavy-duty vehicle drive modules.                                                                                                                                                                                                                                                                                                                                                                                                     

General Overview

• Device Type: IGBT Power Module

• Configuration: 3-phase full-bridge inverter

• Package Type: EconoPACK / insulated baseplate module

• Manufacturer: Infineon Technologies

The module integrates six IGBTs and free-wheel diodes to form a complete three-phase inverter stage, which simplifies the design of motor drives and other power electronics equipment.

 

Internal Circuit Configuration

The module contains:

• 6 IGBTs

• 6 anti-parallel free-wheel diodes

• Insulated metal baseplate for thermal management

 

Topology

• Three-phase full bridge inverter

• Used to convert DC power into three-phase AC power.

This configuration is widely used in motor control and inverter applications.

 

Important Features

• Low conduction losses for higher efficiency

• Fast switching performance

• High short-circuit capability

• Positive temperature coefficient (safe parallel operation)

• Robust insulated baseplate for good thermal dissipation

These characteristics help increase reliability in industrial equipment.

 

Mechanical Characteristics

Parameter Value Package Type Econ oPACK 2MountingChassis / heat-sink mounting baseplate Insulated metal cooling external heat sink required

The baseplate improves heat transfer from the IGBT chips to the cooling system.

 

Typical Applications

The module is widely used in:

• AC motor drives

• Variable frequency drives (VFDs)

• Industrial inverters

• Uninterruptible Power Supply (UPS)

• Solar inverter systems

• Welding machines

These systems require efficient high-power switching and reliable thermal performance.

 

Working Principle

1. A gate voltage (~15 V) is applied to the IGBT.

2. The IGBT turns ON, allowing current to flow from collector to emitter.

3. Removing the gate signal turns the device OFF.

4. The free-wheel diodes conduct reverse current during switching.

This switching action enables DC-to-AC conversion in inverter circuits.

General Overview

The FF300R12ME4 is a high‑power IGBT (Insulated Gate Bipolar Transistor) module from Infineon Technologies, part of the EconoDUAL™ 3 family of power modules. It integrates two IGBTs and associated diodes in a half‑bridge configuration suitable for demanding industrial power electronics systems.

 

Key attributes:

• Voltage class: 1200 V (collector‑emitter blocking)

• Continuous current: 300 A nominal

• Technology: Trench/Fieldstop IGBT4 with fast emitter-controlled diode

• Temperature range: Up to 150 °C junction operating temperature

• Housing: EconoDUAL™ 3 standard industrial package

 

Module Configuration

The internal topology of the FF300R12ME4 is a dual IGBT half‑bridge:

DC+ ----- IGBT1 ----- Output ---- IGBT2 ----- DC–
| |
Diode1, Diode2
| |
DC–DC+

• IGBT1 / IGBT2: Power switching transistors

• Diode1 / Diode2: Anti‑parallel emitter‑controlled free‑wheel diodes to support current reverse conduction and reduce switching losses.

• NTC sensor: Often integrated for thermal monitoring

 

Technology & Performance IGBT4 Trench/Field Stop

• Provides lower conduction losses (lower V_CE(sat)) and improved switching efficiency compared to earlier IGBT generations.

 

Emitter-Controlled Diodes

• Integrated diodes optimized for lower reverse recovery losses and fast switching, which improves overall converter efficiency.

 

Mechanical & Packaging Features

• Housing: EconoDUAL™ 3 industrial power module—designed for solder pin or press‑fit mounting depending on variant.

• Size: ~152 mm × 62 mm enclosure

• Mounting: Usually screw‑mounted to heatsinks with good thermal contact

• Electrical isolation: Module baseplate insulated for safe integration into power stages

 

Typical Applications

The FF300R12ME4 is widely used in the following:

• Industrial motor drives (3‑phase PWM inverters)

• Servo drives

• Uninterruptible Power Supplies (UPS)

• Wind turbine power converters

• General high‑power switch‑mode converters

General Overview

The FD200R12KE3 belongs to the 62-mm industrial IGBT module family and uses IGBT3 (E3) technology, which provides low conduction losses and improved switching performance.

 

Basic characteristics

• Device type: IGBT power module

• Configuration: Chopper IGBT module

• Voltage class: 1200 V

• Current rating: 200 A

• Package type: 62-mm industrial module

• Technology: IGBT3 – E3 generation

This module is typically used as a single switch or brake-chopper stage in power converters.

 

Internal Configuration

The module consists of:

• 1 IGBT power transistor

• 1 anti-parallel free-wheel diode

Internal structure DC+
|
IGBT
|
Output
|
Diode
|
DC-

 

Operation

1. When the gate voltage (~15 V) is applied, the IGBT turns on and current flows from collector to emitter.

2. When the gate signal is removed, the IGBT turns OFF.

3. The free-wheel diode allows current flow when the load is inductive.

This configuration is ideal for brake-chopper circuits and DC-link control.

 

Mechanical Characteristics

• Package type: 62-mm power module housing

• Length: ~106.4 mm

• Width: ~61.4 mm

• Mounting: Screw-mounted to heatsink

• Isolation: Ceramic insulated baseplate (DCB substrate)

These features ensure efficient heat dissipation and mechanical reliability in industrial environments.

 

Key Features

• High voltage capability (1200 V)

• High current rating (200 A)

• IGBT3 technology for improved efficiency

• Integrated free-wheel diode

• Optimized switching characteristics

• High reliability and long service life

• RoHS compliant design

 

Typical Applications

The FD200R12KE3 is commonly used in the following:

• Variable Frequency Drives (VFD)

• Industrial motor drives

• Servo motor control systems

• Uninterruptible Power Supplies (UPS)

• Welding equipment

• Renewable energy power converters

General Overview

• Device Type: Thyristor/Diode Power Module

• Configuration: Half-controlled three-phase bridge

• Manufacturer: Infineon Technologies

• Series / Housing: EconoBRIDGE™ power module

• Cooling: Mounted on external heat sink

The module integrates 3 thyristors (SCRs) and 3 diodes in one package to create a B6 half-controlled rectifier bridge used in industrial converters.

 

Internal Circuit Configuration

The TDB6HK360N16P includes:

• 3 SCR (thyristor) devices

• 3 power diodes

• NTC temperature sensor

• Isolated baseplate

 

Topology

• Three-phase half-controlled B6 bridge

This configuration allows controlled rectification, where part of the bridge is controlled by gate signals (SCRs) and the remaining part uses diodes.

 

Main Features

• High current capability (360 A RMS)

• High voltage rating (1600 V class)

• Integrated NTC temperature sensor

• Isolated copper baseplate for heat dissipation

• PressFIT contact technology

• 4 kV AC insulation capability

• Compact EconoBRIDGE housing

These features provide high reliability and easy integration in industrial power converters.

 

Mechanical Characteristics

Parameter Value Package Type Econ BRIDGEDimensions ~ 130 × 70.6 × 17 mm Pins: 20 pins Mounting: Chassis / heat-sink mounting

The module is designed for high-power industrial equipment requiring strong thermal performance.

 

Typical Applications

The TDB6HK360N16P is used in the following:

• Industrial motor drives

• Uninterruptible Power Supply (UPS)

• Wind power converters

• AC-DC rectifier systems

• Industrial welding equipment

• Power conditioning systems

These applications require high current rectification and controlled power conversion.

 

Working Principle

1. Three-phase AC input is applied to the bridge module.

2. SCRs (thyristors) are triggered by gate signals to control the conduction angle.

3. Diodes conduct automatically during their forward bias period.

4. The module converts AC power into controlled DC output.

5. The NTC sensor monitors temperature to protect the system from overheating.

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General Overview

The DZ1070N22K is a single‑rectifier power diode module made by Infineon Technologies. It’s built using pressure contact technology for high reliability and ruggedness and mounted in an industrial 70 mm power block package with an electrically insulated baseplate suitable for high‑current applications.

This module is typically used in AC‑to‑DC converters, large rectifier bridges, inverters, UPS systems, and industrial motor drives.

 

Construction & Design Features

• Pressure contact technology: Ensures robust mechanical and electrical connection for high‑current conduction.

• Insulated baseplate: Facilitates mounting to heat sinks while maintaining electrical isolation.

• Low thermal resistance: Promotes efficient heat flow from the junction to the heat sink.

• Rugged package: Designed to withstand mechanical stress and thermal cycling in heavy industrial environments.

This construction helps in managing thermal loads and mechanical stress, key for extended reliability in high‑power use.

 

Electrical Performance Forward Characteristics

• Low forward voltage drop (~0.75 V): Minimizes power loss under heavy current.

• High surge current capability: Can withstand very large transient currents during power events or startup surges.

 

Blocking & Reverse Behavior

• High reverse voltage rating (2200 V): Suitable for medium‑to‑high voltage rectification stages.

• Robust edge termination and internal structure: Improves handling of reverse recovery and thermal cycling. (Inferred from datasheet type)*

These features are essential in line‑frequency rectifier bridges and other power stages that see wide voltage and current swings.

 

Typical Applications

The DZ1070N22K is typically used in the following:

• High‑power rectifiers for industrial drives

• Uninterruptible Power Supply (UPS) input rectification

• Battery chargers for heavy systems

• AC‑DC conversion in renewable energy inverters

• High‑current DC power supplies for electrochemical systems

• Traction and rail power modules (in some configurations)

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