Sanghvi Electronics

The 2MBI150UM‑120 is a 1200 V, 150 A class IGBT module in a dual‑pack (half‑bridge) configuration designed for efficient high‑power switching in inverter, motor drive, and converter applications. It is part of Fuji’s V‑series industrial IGBT modules optimized for low losses and reliable operation.

✔ Used in industrial inverters, motor drivers, UPS systems, renewable energy converters, and other high‑efficiency switching power stages.

• Dual Pack IGBT Module: Contains two insulated gate bipolar transistors (IGBTs) plus integrated free‑wheeling diodes in a half‑bridge layout.
• Half‑Bridge Topology: Suitable for use as a basic inverter leg in 3‑phase drives or as a booster switch in DC–DC converters.
• Insulated Baseplate: Allows for efficient mounting on heatsinks without requiring additional isolation materials.

• Low Saturation Voltage: Helps reduce IGBT conduction losses and improves overall system efficiency.
• High‐Speed Switching: Optimized for PWM applications in motor drives and power converters.
• Good Thermal Performance: The insulated baseplate and module design support effective heat dissipation with proper heatsinking.
• Robust Mechanical Design: Chassis‑mountable module suitable for industrial environments.

This module is commonly used in:

• Industrial inverter and motor drive systems
• UPS (Uninterruptible Power Supplies) and energy storage converters
• Renewable energy (solar/wind) converters
• General power electronics and PWM power stages

The 6MBP80VBA060-50 is a high-performance Intelligent Power Module (IPM) developed by Fuji Electric.

• It integrates:

  • IGBT switches

  • Freewheeling diodes

  • Gate driver circuits

  • Protection circuits

👉 Designed for compact, efficient inverter systems in industrial and consumer applications.

• Topology: 3-phase inverter bridge (6 IGBTs)

• Built-in components:

  • 6 × IGBTs (U, V, W phases)

  • 6 × anti-parallel diodes

  • Gate drive circuit

  • Protection logic

👉 This makes it a complete inverter stage in one module.

👉 These values are based on the V-series IPM characteristics

• Low conduction loss → improves efficiency

• Low switching loss → reduces heat generation

• Fast switching performance (µs range)

• Built-in soft shutdown for safe fault handling

This module includes intelligent protection, which is a key advantage of IPMs:

• Overcurrent protection (OC)

• Overtemperature protection (OT)

• Undervoltage lockout (UVLO)

• Fault alarm output (ALM pin)

• Soft turn-off during faults

👉 These features improve system reliability and safety

• Package: P626 (compact flat module)

• Good thermal conductivity for heat dissipation

• Case temperature range: approx. -20°C to +110°C

• Junction temperature up to 150°C

• 6th-generation V-series IGBT technology

• Integrated gate driver + protection circuits

• Compact PCB-mountable design

• High reliability & long lifespan

• Reduced external components (simplifies design)

• Air conditioners (HVAC systems)

• Industrial motor drives

• Servo drives / CNC machines

• UPS systems

• Inverters (DC → AC conversion)

1. DC voltage is supplied to the module

2. Internal IGBTs switch in a 3-phase bridge configuration

3. Output becomes controlled AC (PWM waveform)

4. Built-in diodes handle reverse current

5. Protection circuits monitor faults and shut down safely

The 7MBR150XRE120‑50 is a PIM (Power Integrated Module) that integrates:

• Inverter IGBTs

• Fast recovery diodes

• Converter rectifier bridge

• Dynamic brake circuit

Primary Use Cases:

• AC motor inverters

• NC servo drives

• UPS (Uninterruptible Power Supplies)

• Industrial power converters

• Voltage Class: 1200 V DC blocking voltage

• Current Rating: ~150 A inverter section

• X‑Series (7th Gen) IGBT technology: Lower losses, improved switching performance

• Low V_CE(sat): Reduces conduction losses

• Compact PCB mount package (M720)

• Integrated brake and rectifier circuits: Reduces system part count

• Wide operating temperature range

• RoHS compliant

As a Power Integrated Module, this device typically contains:

• A 3‑phase inverter bridge (six IGBTs)

• A converter diode bridge

• A dynamic brake circuit

• Fast recovery diodes for each leg

1. DC Input: A DC link voltage (e.g., from a rectified AC source) is supplied to the module.

2. Gate Drive: External gate drive signals (±15 V typical logic) are applied to the IGBT control pins.

3. Switching: The IGBTs switch in PWM patterns to synthesize a 3‑phase AC output.

4. Free‑wheel Diodes: Provide current paths during device off‑states in inductive loads.

5. Brake/Converter Functions: The integrated circuits handle energy return and regenerative braking duties, reducing external parts.

• Heatsinking: The module must be mounted on a heatsink with thermal interface material for efficient cooling.

• Insulated Baseplate: Provides electrical isolation from heatsink.

• Solder Pin Terminals: Designed for PCB mounting or wire‑bond connections.

• Operating junction temps are designed to tolerate harsh industrial environments.

This module is widely used in:

• Industrial inverters and motor drives

• NC servo systems

• Uninterruptible power supplies (UPS)

• Medium‑power AC drives

• Power conversion systems with braking/regeneration

• Type: IGBT Power Module (V‑series)

• Voltage Rating: 1200 V DC Collector‑Emitter blocking

• Current Class: ~75 A continuous (case rated)

• Topology: Six‑pack inverter bridge (integrated IGBTs + freewheeling diodes)

• Package: Industrial module with PCB mount or screw terminals

• Series: Fuji Electric V‑series 1200 V IGBT modules

• Typical Use: Three‑phase PWM inverters, industrial motor drives, power converters, UPS, servo drives

Note: Exact electrical figures for this specific part are not published publicly by Fuji Electric’s official documentation online, but the closely related 6MBP75VDA120‑50 (Fuji Electric IPM) shares the same voltage, current class, and general IGBT/V‑series performance characteristics as this part name family.

• V‑Series IGBT Chip Technology: Balances conduction loss and switching performance using trench/field‑stop type silicon IGBTs. (V‑series is Fuji’s mid‑generation IGBT family)

• Integrated Bridge: Six individual IGBTs and diodes form a complete three‑phase bridge; reduces external parts and improves reliability.

• Low Inductance Layout: Compact internal wiring minimizes stray inductance and enhances high‑frequency switching behavior.

• Thermal Management: Insulated baseplate and robust packaging help heat transfer to heatsink, enabling high load operation with adequate cooling.

• Protection: While standalone IGBT modules like this do not inherently include built‑in protective circuitry (unlike IPM types), the V‑series family also supports modules with OC/SC/UV/Tj protection when used in IPM configurations (e.g., 6MBP75VDN120‑50) — indicating the platform’s design emphasis on reliability.

• Three‑Phase Inverters for AC Motors — PWM motor drives and VFDs.

• UPS & Industrial Power Supplies — reliable DC‑to‑AC conversion.

• Servo and Motion Control Drives — precise speed/torque control systems.

• General Power Conversion Systems — general inverters, converters, chunks of high‑power switching.

The 7MBI100U4S-120 is a 7-in-1 IGBT Power Integrated Module (PIM) manufactured by Fuji Electric. It integrates several power components such as IGBT switches, free-wheeling diodes, a braking chopper, and a rectifier bridge into a single compact module used for motor drive and inverter systems.

This integration simplifies circuit design and reduces the number of external components required in industrial power electronics systems.

Typical power level: medium-power inverter systems (up to ~22 kW motor drives).

The module contains the following integrated sections:

1. Three-phase inverter section

   • 6 IGBTs

   • 6 anti-parallel free-wheel diodes

2. Brake chopper section

   • 1 IGBT

   • 1 diode

3. Input rectifier section

   • 3-phase diode bridge

• High voltage capability 1200 V

• Rated current 100 A

• Low collector-emitter saturation voltage for reduced power loss

• High-speed switching performance

• Integrated rectifier, inverter, and braking circuit

• Compact and thermally optimized package

• Reduced wiring and simplified system design

• High reliability for industrial environments

These ratings define the safe operating limits of the module.

Low VCE(sat) helps reduce conduction losses and improves system efficiency.

• Package type: Integrated power module (PIM)

• Approximate size: 62 mm × 108 mm × 36.5 mm

• Mounting: Heatsink mounting with insulated baseplate

• Terminal configuration: 6-pin power terminal arrangement

Proper heatsinking and thermal interface material are required for safe operation.

The module operates using IGBT switching controlled by gate signals:

1. AC input is converted to DC by the internal diode rectifier.

2. The IGBT inverter stage converts DC to variable-frequency AC.

3. The brake chopper dissipates regenerative energy when the motor decelerates.

This makes it ideal for variable-frequency motor control systems.

The 7MBI100U4S-120 is commonly used in:

• Variable Frequency Drives (VFD)

• AC servo drives

• Industrial motor drives

• UPS systems

• Robotics and CNC machines

• Renewable energy inverters

The 2MBI450VX‑120‑50 is a high‑power IGBT (Insulated Gate Bipolar Transistor) power module manufactured by Fuji Electric. It belongs to the V‑series lineup of industrial IGBT modules designed for robust power switching in medium‑ and high‑power applications.

• Module Type: Dual IGBT power module

• Voltage Class: 1200 V

• Rated Collector Current: 450 A

• Technology: Sixth‑generation Fuji V‑series IGBTs

• Cooling: Heat‑sink or chassis mounting

• Package: Standard insulating power module (e.g., M282 footprint)

This class of modules is widely used in industrial converters and drives requiring high current handling and fast switching performance.

The module internally comprises:

• 2 IGBTs in a series or dual configuration

• Internal free‑wheeling diodes (anti‑parallel) for current recovery during inductive load switching

• Low‑inductance internal layout that minimizes switching losses and electromagnetic stress

• Insulated baseplate for mounting and thermal conduction

Key features and strengths of this module include:

• High voltage rating (1200 V) suitable for AC mains‑level converters.

• High current capability (450 A) for robust power control in demanding systems.

• Low‑inductance module structure for enhanced switching performance and reduced stress on the device.

• Fast switching characteristics ideal for PWM inverter stages.

• Insulated baseplate design simplifies heat‑sink mounting and electrical isolation.

• Wide temperature range supports industrial and high‑duty‑cycle environments.

• Package Type: Insulated industrial IGBT module with mounting holes.

• Thermal Management: Conductive heat‑sink mounting required to maintain junction temperature within safe limits during high‑load operation.

• Mechanical Size: Roughly 62 mm wide × 150 mm long, typical of dual‑IGBT modules.

• Weight: ~350 g.

The 2MBI450VX‑120‑50 is used in a wide range of industrial applications, including:

• AC motor drives and variable‑frequency drives (VFDs)

• Industrial inverter systems

• UPS (Uninterruptible Power Supplies)

• Wind and solar power converters

• CNC machine power stages

• General industrial automation and control equipment

The 7MBR75U4R120‑50 is a 1200 V, 75 A IGBT (Insulated‑Gate Bipolar Transistor) Power Integrated Module (PIM) manufactured by Fuji Electric (or equivalents in the “7MBR” family). It integrates multiple power semiconductor functions into one module, simplifying the design of motor drives and inverter systems.

IGBT technology combines the fast switching capability of MOSFETs with the high voltage/current handling of bipolar transistors, making it ideal for high‑power applications.

Unlike a simple half‑bridge, this module typically includes:

• Three‑phase converter rectifier

• Inverter stage

• Brake circuit

• Freewheeling diodes

This “7‑in‑1” topology reduces external components and PCB complexity.

• Collector‑Emitter Voltage (VCES): 1200 V — high voltage class for motor/inverter use.

• Continuous Collector Current (Ic): 75 A — supports significant load current.

• Peak Pulsed Current (Icp): ~150 A — for short transient conditions.

• Gate‑Emitter Voltage (VGES): ±20 V — standard driving range for IGBTs.

• Power Dissipation (Pc): ~275 W — thermal design target under rated conditions.

• Max Junction Temperature: up to ~150 °C (module operational limit).

• Storage Temp Range: –40 °C to +125 °C.

• Mounting: PCB / screw type with recommended torque ~3.5 N·m (for reliable thermal contact).

• Low On‑State Voltage (VCE(sat)): Typical ~1.8 V @ 75 A – indicates lower conduction loss, improving efficiency.

• Repetitive Peak Reverse Voltage (VRRM): ~1600 V for converter diodes — ensures ruggedness under inductive loads.

👍 Integrated Solution — Combines rectifier, brake and inverter stages to reduce design complexity.
👍 Compact Package — Smaller footprint than equivalent discrete designs.
👍 Low Losses & High Efficiency — Enhanced switching and conduction characteristics.
👍 High Thermal Capacity — Supports operation in industrial environments with elevated temperatures.
👍 RoHS / Lead‑Free Compliance — Meets modern environmental standards.

This module is engineered for power conversion and motor control systems such as:

• Industrial motor drives / VFDs

• Uninterruptible Power Supplies (UPS)

• Servo amplifiers

• Renewable energy inverters

• Traction control and heavy‑load drives

Its high voltage/current rating and rugged construction make it suitable for both industrial and commercial power electronics.                                                                                                                                            

The 6MBI450V-120 is a high-power IGBT module manufactured by Fuji Electric. It is a 6-pack IGBT module that integrates six IGBTs and six anti-parallel free-wheel diodes in one package, forming a three-phase inverter bridge commonly used in industrial motor drives and power conversion systems.

The module belongs to Fuji’s V-Series IGBT modules, designed for high-efficiency switching, low conduction loss, and high current capability in demanding industrial environments.

The module contains:

• 6 IGBT transistors

• 6 anti-parallel free-wheel diodes

• Arranged in a three-phase inverter (six-switch bridge) configuration

This structure allows direct use in AC motor inverter circuits.

• High voltage capability 1200 V

• High current rating 450 A

• Low collector-emitter saturation voltage (VCE(sat))

• Fast switching performance

• High thermal reliability

• Compact EconoPACK module package

• Reduced switching and conduction losses

• Suitable for high-power PWM inverter operation

These values define the safe operating limits for the module.

• Package type: 6-Pack IGBT module (M629 package)

• Dimensions: approximately 150 mm × 162 mm × 17 mm

• Weight: about 950 g

• Mounting: heatsink mounting with screw terminals

1. A DC voltage source is supplied to the module.

2. Gate driver circuits apply PWM control signals to the six IGBTs.

3. The IGBTs switch on and off rapidly to convert DC power into three-phase AC output.

4. The free-wheel diodes provide a current path during reverse conduction when driving inductive loads.

The 6MBI450V-120 module is widely used in:

• Industrial motor drives

• Variable Frequency Drives (VFD)

• UPS systems

• Servo drive systems

• Renewable energy inverters

• High-power power converters

The 7MBP100TEA-060 is a 600 V class Intelligent Power Module designed for three-phase inverter applications. It integrates:

• Six IGBTs (3-phase bridge configuration)

• Six free-wheel diodes

• Gate driver circuits

• Protection circuits (over-current, over-temperature, under-voltage)

This integration reduces external components and improves system reliability.

These ratings make the module suitable for medium-power industrial inverter systems.

These characteristics provide fast switching and relatively low conduction losses.

The module contains:

3-Phase Bridge Inverter

Additional integrated components:

• Free-wheel diodes across each IGBT

• Driver circuits

• Protection logic

• Fault output (alarm signal)

Built-in protection circuits include:

• Over-current protection

• Short-circuit protection

• Under-voltage lockout

• Over-temperature protection

Example thresholds:

These protections improve system safety and prevent device damage.

Typical module features:

• Isolated base plate

• Bolt mounting on heat sink

• High thermal conductivity

• Multi-pin control interface

Operating temperatures:

The module is widely used in:

• Industrial AC motor drives

• Servo drives

• UPS systems

• Air-conditioner compressors

• Industrial inverters

• Power supplies

The 6MBP160RUA060 is a 600 V / 160 A Intelligent Power Module (IPM) from Fuji Electric’s U‑Series family. It integrates multiple Insulated‑Gate Bipolar Transistors (IGBTs), free‑wheeling diodes, gate drive circuitry, and protection logic into a single compact package suitable for three‑phase inverter use in industrial environments.

The 6MBP160RUA060 is a highly integrated three‑phase bridge module with the following internal building blocks:

🔹 Three‑Phase Inverter Bridge
Six IGBTs (pairs per phase) with anti‑parallel free‑wheeling diodes provide the core AC output switching stage.

🔹 Gate Drive & Protection Logic (Integrated)
Built‑in gate drive circuits reduce external components and simplify control. Protection features include:

• Over‑current protection (OC)

• Short‑circuit protection (SC)

• Over‑temperature protection (OT)

• Under‑voltage lockout (UVLO)
  These features help safeguard the module under abnormal operating conditions without external driver ICs.

🔹 Thermal Sensor (NTC Thermistor)
Some variants include a temperature sensor on the die to provide thermal feedback to the controller.

• Low conduction and switching losses are achieved using Fuji’s U‑Series IGBTs, optimized for industrial PWM applications.

• Low stray inductance layout improves switching performance and reduces voltage overshoot during fast transitions — critical in inverter operation at tens of kHz.

• Short‑circuit protection limits device stress during fault conditions by detecting abnormal currents and gating off IGBTs.

• Package Type: Intelligent Power Module (IPM) with multiple power and control pins.

• Build: Composite power module with IGBT cells, diodes, driver ICs, and protection circuits potted in a thermally conductive encapsulate.

• Heat Dissipation: Must be mounted with good thermal interface material to a heatsink to ensure high power operation.

• Mounting: Module typically has screw/bolt terminals and insulated baseplate for heat sink attachment.

• Three‑Phase AC Motor Drives (VFDs)

• Industrial Inverters

• Servo and Motion Control Systems

• Uninterruptible Power Supplies (UPS)

• Renewable Energy Power Electronics

• Automation and Robotics Drives

The 2MBI450VE-120 is an Insulated Gate Bipolar Transistor (IGBT) module manufactured by Mitsubishi Electric. It combines IGBT switches and freewheeling diodes in a compact, high-current package. This module is optimized for high-efficiency switching and low power loss in medium-voltage applications.

Typical Applications:

• AC motor drives (industrial motors, pumps, fans)

• UPS systems

• Power inverters (solar, wind)

• Welding machines

• Induction heating

• High Current Capability: 450 A per module (as suggested by the “450” in the part number)

• Voltage Rating: 1200 V DC blocking voltage

• Low Saturation Voltage: Minimizes conduction losses

• High Switching Speed: Enables efficient PWM (Pulse Width Modulation) control

• Anti-parallel Freewheeling Diodes: For energy recovery and handling inductive loads

• Compact, robust module package: Simplifies mounting and cooling

• Built-in emitter terminals: Reduces wiring inductance

• Package Type: Standard Mitsubishi VE module (flat, insulated baseplate)

• Cooling Method: Baseplate is mounted on a heatsink with thermal interface material (TIM)

• Thermal Resistance: ~0.1–0.2 °C/W (junction to case, depending on datasheet)

• Dimensions: Compact module; standard bolt-hole mounting

The VE module typically has:

• 3 input terminals (IGBT collector terminals)

• 3 output terminals (IGBT emitter terminals)

• Gate and emitter terminals for control

• Common emitter for diode return paths

• High efficiency in medium-voltage applications

• Robust against overcurrent and short-duration overloads

• Reduces system size due to high current density

• Compatible with standard industrial gate drive circuits                                                                                                                                 

The 1MBI600VF‑120 is a single‑pack IGBT (Insulated Gate Bipolar Transistor) power module from Fuji Electric’s V‑Series, engineered for high‑current, high‑voltage switching. It is commonly used in industrial inverters, motor drives, UPS (uninterruptible power supplies), welding machines, and renewable energy converters.

• IGBT Switch: Acts as a controllable DC switch — turns on/off via gate voltage to modulate power flow.

• Free‑Wheeling Diode: Placed in anti‑parallel with the IGBT to provide a safe path for inductive load current when the IGBT turns off.

• Module Structure: Low‑inductance layout for high‑speed switching with reduced voltage overshoot and switching losses.

This 1‑in‑1 package design lets engineers implement flexible topologies, such as:

• Half‑bridge stages

• Full‑bridge inverters

• Choppers and DC–DC converters

• Custom multi‑level converters

📊 4. Electrical Characteristics

Typical device characteristics from the official datasheet include:

• Collector‑Emitter Saturation Voltage (V_CE(sat)): ~2.1–2.5 V at 600 A (T_j = 25 °C)

• Leakage Currents: Low collector and gate leakage at rated conditions

• Threshold Voltage (V_GE(th)): ~6–7 V for turn‑on

• Input Capacitance: Moderate, typical of high‑current IGBTs (tens of nF)

• Internal Gate Resistance (R_g(int)): ~1–2 Ω

• Package type: Industrial M153 style with screw/bolt terminals

• Size: ~108 mm × 62 mm (L × W)

• Mass: ~380 g

• Baseplate: Electrically insulated for safe mounting on heatsinks

The 1MBI600VF‑120 is widely used in:

• Industrial motor drives and inverters

• Uninterruptible Power Supplies (UPS)

• Welding machines and induction heaters

• Renewable energy inverters (solar and wind)

• HVAC compressors and general power supplies

• Power conversion stages for heavy machinery

The 7MBR75VR‑120 (and related suffixes like VB120, XME120) are power IGBT modules in the 1200 V class with a nominal current rating of ~75 A, manufactured by Fuji Electric for medium‑power industrial applications. They belong to the PIM (Power Integrated Module) series with low on‑state loss and compact packaging.

These modules typically contain:

✅ One or more IGBT switch dies
✅ Integrated free‑wheel diodes for reverse current conduction in inductive loads
✅ Sometimes integrated converter/bridge functions depending on variant

Internal circuit concept (half‑bridge or single IGBT + diode):

From available datasheet excerpts (typical data at T_j=25 °C, V_GE=15 V):

• Junction temperature max: ~175 °C

• Thermal resistance: Typical values (junction‑to‑case) for IGBT ~0.39 °C/W, diode ~0.55 °C/W

• Baseplate: Insulated for ease of heatsinking

• Package: PIM (Power Integrated Module) with PCB‑mountable pins

• Dimensions: approx. 62 mm (width) × 122 mm (length)

• Weight: ~300–310 g

• Terminal style: Solder pins (varies by suffix)

✔ Low collector‑emitter saturation voltage → less conduction loss
✔ Integrated diodes for reverse current handling
✔ Designed for PWM inverter stages
✔ Compact, PCB‑mount form factor
✔ Wide operating temp. range
✔ Generation improvements (e.g., X series vs V series) may add enhanced switching performance and lower losses.

These 1200 V, ~75 A IGBT modules are commonly used in:

🔹 AC motor drives and frequency inverters
🔹 UPS power supplies
🔹 Servo drives
🔹 Industrial power converters
🔹 Renewable energy inverters (small/medium systems)
🔹 General switching power electronics requiring efficient DC/AC conversion

The 7MBP200VEA120‑50 is an Intelligent Power Module (IPM) from Fuji Electric’s V‑Series lineup. It integrates high‑performance Insulated Gate Bipolar Transistors (IGBTs), anti‑parallel diodes, and built‑in control and protection functions in a compact industrial package. This module is optimized for medium‑ to high‑power three‑phase inverter applications such as motor drives, power converters, and industrial inverters.

Unlike a bare IGBT device, the 7MBP200VEA120‑50 integrates:

• Six IGBT power switches arranged as a three‑phase inverter bridge

• Anti‑parallel fast recovery free‑wheeling diodes

• Gate drive control circuitry for optimizing switching performance

• Built‑in protection logic (see protections below)

The module includes several built‑in protection and diagnostic functions typical of Fuji’s V‑Series IPMs:

• Over‑temperature shutdown (direct junction temperature detection)

• Over‑current/short‑circuit protection

• Under‑voltage lockout (UVLO) for safe gate drive operation

• Fault output / alarm signals to the system controller for diagnostic feedback

• Package Type: Industrial module with insulated baseplate

• Outline Size: P631 style industrial package (~110 × 142 mm)

• Terminal Mounting: Screw‑type power terminals for secure connections

• Heat Sink Friendly: Electrically isolated baseplate allows direct heatsink mounting

• Net Weight: ~940 g

• Low conduction and switching losses: Thanks to optimized IGBT and diode chip design

• Robust thermal performance: High junction temperature capability enables continuous operation in demanding environments

The 7MBP200VEA120‑50 is popular in industrial power electronics, including:

• Variable Frequency Drives (VFDs) for AC motors

• Industrial inverters and servo drives

• UPS and energy storage converters

• Renewable energy power conversion (solar/wind)

The 7MBP150RUC060 is a 600 V / 150 A IGBT power module featuring multiple IGBTs and integrated fast recovery diodes in a compact, rugged package. It’s optimized for reliable, efficient switching and thermal performance in AC motor drives, inverters, UPS systems, welding equipment, and general industrial power conversion applications.

Voltage & Current

• Collector–Emitter Voltage (V_CES): 600 V DC (rated blocking voltage).

• Nominal Collector Current (I_C): ~150 A continuous.

• Pulsed Peak Collector Current: (~300 A for short pulses) typical of the 7MBP150 series.

• Gate-Emitter Control Voltage (V_GE): ±20 V standard drive range.

• Collector-Emitter Saturation Voltage (V_CE(sat)): Typically low, minimizing conduction losses (≈2.7 V typical at rated current in similar variants).

• IGBT Technology: Insulated-Gate Bipolar Transistor architecture optimized for low switching and conduction losses and good performance up to industrial switching frequencies.

• Integrated Diodes: Fast freewheeling diodes built into the module support bidirectional current flow in inverter legs and improve commutation behavior.

• High Switching Speed: Suitable for PWM drives and high-efficiency converter topologies.

• Operating Junction Temperature: Typically –40 °C to +150 °C.

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

• Module Construction: Rugged power semiconductor package with baseplate for heatsink mounting and standard terminals for power and gate connections.

• Thermal Performance: Designed for effective heat dissipation when mounted to an appropriate heatsink, enabling continuous high-current operation.

• Moderate to High Current Capability: ~150 A continuous with higher short-pulse current handling makes it suited for medium-power systems.

• Compact Industrial Package: Balanced size and thermal performance for inverter designs.

• Reliable Thermal & Electrical Operation: Built for performance in power conversion, motor drives, and industrial converters.

• Low Losses & High Switch Speed: Enhances efficiency in PWM applications.

• Three-phase AC motor drives & inverters (PWM control).

• Uninterruptible Power Supplies (UPS) inverter stages.

• Welding & industrial power converters.

• General power electronics in industrial automation.                                                                                                                                    

The PVC300A‑16 is a power IGBT (Insulated Gate Bipolar Transistor) module used as a high‑power switching device in industrial applications. It integrates fast switching semiconductor devices optimized for power conversion and control systems. While exact official datasheet details are limited online, the PVC300A‑16 module is widely referenced as a standard high‑current IGBT power module suitable for variable speed drives, inverters, and power supplies.

This IGBT module is typically used in power electronics systems that require efficient, high‑current switching such as:

• AC motor drives and variable frequency inverters

• Renewable energy inverters (solar, wind)

• Uninterruptible Power Supplies (UPS)

• Power converters and industrial power systems

• High‑power switching networks and industrial electronics

• High power capability: Designed to handle high current loads typical of industrial power converters.

• IGBT switching: Combines high‑speed MOSFET‑like switching with bipolar transistor‑level current handling, ideal for PWM (Pulse‑Width Modulation) inverter circuits.

• Module package: Industry‑standard power semiconductor module with isolated baseplate for reliable heat dissipation and mounting.

• Thermal management: Packaging optimized to balance electrical isolation with thermal transfer to heatsink.

• RoHS compliant: Lead‑free manufacturing that meets environmental safety standards.

Note: Although the part number suggests Fuji Electric branding (from distributors’ listings), some online product references may categorize it under other industrial electronics labels, so verify datasheet revisions for exact chip technology before design use.

While specific datasheet parameters for PVC300A‑16 are not widely published online, typical characteristics for similar high‑power IGBT modules include:

Voltage

• Collector‑Emitter voltage (V_CES): Often ~1200 V class for high‑power modules

• Suitable for industrial three‑phase power ranges

Current

• Continuous current rating: Tens to hundreds of amperes depending on cooling

• Designed for high‑load operation in inverter bridges

Switching

• Fast conduction and switching for PWM control

• Low saturation voltage (VCE(sat)) for reduced conduction losses

Thermal

• Isolated baseplate for heatsink mount

• High thermal capability for continuous high‑power operation

(Exact values should be obtained from the official datasheet when available or manufacturer support.)

1. DC bus voltage is applied across the module’s power terminals.

2. The gate driver circuitry applies PWM gate voltage to the IGBT gates.

3. IGBTs switch ON and OFF rapidly, converting DC to controlled AC output.

4. Integrated fast free‑wheel diodes provide current paths for inductive load commutation.

This process enables conversion from DC to AC with efficient control for motor or grid interface applications.

We are the leading supplier of 7MBR30SA060 IGBT MODULE made from high quality material at competitive prices.

The 6MBI225V‑120 is a high‑power 1200 V 6‑pack IGBT power module from Fuji Electric’s V‑Series semiconductor family. It integrates six IGBT switches and six anti‑parallel free‑wheel diodes in a single compact package for use in three‑phase inverter bridges or high‑efficiency PWM power converters.

This module is engineered for industrial applications requiring reliable high‑current switching, such as AC motor drives, UPS systems, welding equipment, and general power converters.

• Voltage Rating (V_CES): 1200 V DC blocking capability

• Current Rating (I_C): 225 A continuous collector current

• Module Configuration: 6‑pack IGBTs + diodes (three‑phase inverter)

• Series: Fuji V‑Series IGBT technology (low losses, good thermal performance)

• Package Type: Standard Fuji EconoPACK™ / EconoPACK+ (often M629 based)

• RoHS compliant industrial power module

• Compact and rugged design suitable for industrial environments

Typical thermal design for a module like 6MBI225V‑120 includes:

• Junction‑to‑case thermal resistance (R_th(j‑c)) in the range of ~0.10–0.14 °C/W per IGBT

• Heatsink mounting recommended for high continuous load

• Operating junction temperatures up to ~150–175 °C depending on suffix and cooling conditions

• Package form: EconoPACK / EconoPACK+ style with screw terminals

• Size: Typical module footprint ~150 mm × 162 mm

• Mounting: Heatsink mounting via baseplate with insulating interface

• Pin configuration: Standard 6‑pack pinout for inverter connections

The module integrates:

• Six IGBT switches arranged as a three‑phase bridge

• Six anti‑parallel diodes for inductive commutation

• Standard gate and emitter drive pins

The 6MBI225V‑120 class modules are widely used in:

• AC motor drives and variable frequency drives (VFDs)

• UPS (Uninterruptible Power Supplies)

• Servo amplifiers / motion control systems

• Industrial welding power supplies

• General high‑power inverters and converters

The 7MBR75XPE120 is a 1200 V class IGBT power module designed for medium‑power AC drives, inverters, UPS, servo drives, and industrial controllers. It belongs to Fuji Electric’s X‑Series Power Integrated Module (PIM) lineup, incorporating both switching IGBTs and diode sections for converter and brake circuits.

�� It’s optimized for high efficiency, compact PCB mounting, and reliable performance.

• Topology: Power Integrated Module (PIM)
• Combines:
  • IGBT switches
  • Converter rectifier diodes
  • Dynamic brake circuit
• Often used as a three‑phase inverter leg or as part of a DC bus converter.

✔ Low saturation voltage (V_CE(sat)) for reduced conduction losses.
✔ Integrated brake and converter circuitry helps minimize external components.
✔ PCB mount friendly package with solderable terminals.
✔ RoHS‑compliant construction.
✔ Typical modules include internal temperature monitoring/thermal interfaces.

• AC motor drives and inverters
• Servo amplifiers
• UPS power stages
• Industrial power converters
• Renewable energy systems requiring robust switching devices                                                                                                                                                                                                                                                                                                                    

The 7MBR50SA060 IGBT Module is a high‑integration IGBT power module designed for medium‑power industrial power electronics. It combines multiple switching and rectifier functions into a single compact module optimized for three‑phase inverter systems.

• Device Type: IGBT Power Integrated Module (PIM)

• Manufacturer: Fuji Electric

• Voltage Class: 600 V

• Current Rating: 50 A continuous

• Configuration: “7‑in‑1” integrated bridge and brake function

• Package Type: Insulated industrial module with multiple terminals

Typical conduction and switching values:

• Collector‑Emitter Saturation Voltage (VCE(sat)) ~2.1–2.7 V @ 50 A

• Gate threshold compatible with standard commercial drivers

• Switching times suitable for PWM inverter operation in kHz ranges

The 7MBR50SA060 includes:

• 6 IGBT switches arranged to form a three‑phase inverter bridge

• Free‑wheeling diodes in anti‑parallel with each IGBT

• A brake chopper IGBT and its diode

• Optional integrated NTC thermistor for baseplate temperature sensing

• Rectifier bridge diodes for AC–DC conversion when used in complete motor drive systems

• High integration (“7‑in‑1”) reduces part count and PCB complexity

• Suitable for three‑phase inverter systems in motor drives

• Low conduction loss with low VCE(sat) for efficient operation

• Robust thermal performance supported by integrated NTC temperature feedback

• Compact industrial‑grade packaging for reliable operation in harsh environments

• Insulated baseplate enables easy heat‑sink mounting

• NTC thermistor (temperature sensor) contact for thermal monitoring

• Standard screw terminal mounting for power and control connections

• Thermal resistances depend on operating conditions and heatsink design

The module is ideally used in:

• Three‑phase motor drives (VFDs) controlling pumps, fans, conveyors

• AC and DC servo drives

• Uninterruptible Power Supplies (UPS)

• General three‑phase inverters for industrial machines

• Small robotics and automation systems

• Device Type: IGBT Power Module

• Series: V-Series (6th Generation)

• Configuration: 3-level T-type (1-leg) inverter module

• Manufacturer: Fuji Electric

• Package Type: M404 power module

This module integrates multiple IGBTs and diodes in a compact package to handle very high current and voltage levels, making it suitable for large industrial power electronics systems.

The module supports very high current switching and is designed for high-power industrial converters.

The 4MBI900VB-120R1-50 contains:

• 4 IGBTs

• Reverse-blocking IGBTs (RB-IGBT)

• Anti-parallel diodes

• Thermistor for temperature sensing

• 3-Level T-type NPC inverter (1-leg)

• Switches:

  • T1, T4 → Main inverter switches

  • T2, T3 → AC switch elements

This configuration improves efficiency and switching performance in high-power inverters.

• High current capability (900 A)

• High voltage rating (1200 V class)

• Reverse Blocking IGBT (RB-IGBT) technology

• Low inductance module structure

• Optimized T-type 3-level topology

• High efficiency and reduced switching loss

These features make the module suitable for high-power energy conversion systems.

The large package allows better thermal dissipation for high current operation.

The 4MBI900VB-120R1-50 is used in high-power industrial and renewable-energy equipment such as:

• Industrial motor drive inverters

• Uninterruptible Power Supply (UPS)

• Solar power converters

• Wind power generation systems

• High-power power conditioners

These applications require efficient switching and high power handling capability.

The module operates as a power electronic switching device:

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

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

3. Removing the gate signal turns the device OFF.

4. Free-wheel diodes carry reverse current during switching.

The 3-level T-type topology reduces switching losses and improves inverter efficiency.

The 6MBI75UC-120 is a high-power IGBT (Insulated Gate Bipolar Transistor) module designed for industrial power conversion applications. It integrates IGBTs and fast-recovery diodes in a compact module for efficient switching and conduction.

Typical Applications:

• AC motor drives (medium-power motors)

• UPS (Uninterruptible Power Supplies)

• Inverters for renewable energy systems

• Induction heating equipment

• Servo drives

The “6MBI75UC-120” code can be broken down as:

• 6MBI: 6-pack IGBT module

• 75: Rated current ~75 A per IGBT

• UC: Fuji’s “ultra-compact” module type with built-in diodes

• 120: Rated collector-emitter voltage = 1200 V

• IGBT + Diode Module: Combines high-speed IGBTs with freewheeling diodes.

• Current Rating: 75 A per IGBT

• Voltage Rating: 1200 V blocking voltage

• Low Saturation Voltage (Vce(sat)): Minimizes conduction losses.

• High-Speed Switching: Suitable for PWM inverters.

• Compact Module: Reduces PCB area and cooling requirements.

• Built-in Emitter Terminals: Lowers stray inductance in high-speed switching.

• Robust and Reliable: Good tolerance to short-duration overcurrent.

• Package Type: Fuji “UC” module, compact, bolt-on style

• Cooling Method: Baseplate mounted on heatsink, thermal interface material recommended

• Thermal Resistance (junction-to-case): ~0.5–0.6 °C/W

• Mechanical Features: Screw terminals for emitter/collector, gate pins for control

• Collector terminals (C1, C2, C3)

• Emitter terminals (E1, E2, E3)

• Gate terminals for each IGBT (G1, G2, G3)

• Built-in freewheeling diodes return to emitter terminals

• High reliability in industrial environments

• Low power loss and high efficiency for PWM inverter operation

• Simplified wiring due to integrated diodes

• Compact size reduces system volume

• Compatible with standard gate drivers (fast switching possible)