Modules (IGBTs / FETs Modules)

Electronic Component Modules – Powering Innovation

Optimized for Performance
Energy-Efficient & Reliable
Compatible with Leading Industry Standards

IGBT (Insulated Gate Bipolar Transistor) Modules and FET (Field Effect Transistor) Modules are compact, high-power semiconductor devices used in a wide range of electrical and electronic applications. They combine fast switching performance with high efficiency, making them ideal for motor drives, inverters, UPS systems, welding equipment, renewable energy systems, and more. Our IGBT & FET modules are 100% original, brand new, and sourced from trusted global manufacturers. 

Your Trusted Source for High-Performance IGBT Modules

IGBTs’ (Insulated Gate Bipolar Transistors) exceptional efficiency and fast switching speeds make them an ideal choice for modern power electronics. However, due to the complexity of their construction, relying on solely discrete components can be limiting and inefficient. HK Haoli Electronics solves this problem by expertly integrating multiple IGBTs and related components into robust, reliable modules, enhancing ease of use and system performance.

As a leading supplier, our extensive selection caters to every specific application, promising exceptional performance and reliability.

Discover HK Haoli Electronics difference with our bespoke IGBT module solutions,Trust in our deep application expertise to deliver solutions that meet and exceed your power conversion and control demands. Connect with us today to enhance your projects with our specialized, high-quality IGBT modules.

We supply a comprehensive range of IGBT power modules from leading manufacturers such as Infineon, Mitsubishi, Fuji Electric, Semikron, and IXYS.

Available in various configurations including single switch, half-bridge, chopper, six-pack, and PIM (Power Integrated Module), our IGBT modules are engineered for high voltage, high current, and fast switching needs. These modules are widely used in inverters, motor drives, industrial automation, welding systems, renewable energy, and electric vehicles, offering excellent thermal performance, high reliability, and long operating life.

Popular IGBT / FET Modules We Supply

BrandSeries / Part NumberVoltage RangeCurrent RatingApplication
InfineonFZ600R12KE3, FF300R12KS4600V–1700VUp to 600AInverters, Drives
MitsubishiCM600DY-24NF, PM75RLA120600V–1200V75A–600AWelding, Solar
Fuji Electric6MBP75RA120, 2MBI200N-060600V–1200V75A–200AUPS, AC Drives
IXYSVUO52-16NO7, VUO82-16NO71200V–1600V50A–150ASMPS, Automation
SemikronSKM75GB12T4, SKM150GB128D600V–1200V75A–150APower Conversion
Need other models? Send your BOM list for fast quotation. 

Comprehensive Guide to IGBT Modules

Unlock Reliable Power Switching Solutions for Industrial, Automotive, and Energy Applications

Elevate your designs with our high-quality, brand-original IGBT (Insulated Gate Bipolar Transistor) modules, widely used in power electronics for efficient energy conversion, motor control, and high-voltage applications. This comprehensive guide helps you understand the benefits, types, and selection criteria of IGBT modules — ensuring success in your next project.

With over 15 years of sourcing and distribution experience, HK Haoli Electronics is your trusted partner for authentic IGBT modules from global brands, offering competitive prices, fast BOM quotations, and reliable global shipping.

Chapter 1

What are IGBT Modules?

IGBT modules consist of multiple Insulated Gate Bipolar Transistors (IGBTs) and often include freewheeling diodes, integrated into a single, robust package. This integration enhances thermal management and simplifies circuit design, making them suitable for various high-power applications. These applications span industries such as motor control, power inverters, renewable energy, and electric vehicles, showcasing the module’s extensive utility.
The integration within these modules increases reliability, simplifies assembly, and improves thermal performance. Consequently, IGBT modules are invaluable in industries requiring efficient power conversion and control. Their distinctive characteristics and performance render them essential in advanced power electronic systems.

Chapter 2

Advantages of Using IGBT Modules

IGBT modules are distinguished by their efficiency, high switching speeds, and robustness, offering superior performance compared to discrete components. Their integration and range of benefits mark their superiority over traditional discrete designs:
Advantages and benefits of IGBT Modules

  • Simplified Design: IGBT modules simplify circuit design and reduce component count, leading to faster development times.
  • Improved Thermal Management: Integration allows for optimized heat dissipation, enhancing reliability and extending lifespan.
  • Enhanced Performance: IGBT modules showcase superior switching speeds and efficiency, leading to improved system performance.
  • Increased Reliability: Integration reduces the number of connections, leading to higher overall system reliability.
  • Compact Size: Modules offer a more compact solution compared to discrete components, saving valuable space.
    These advantages underscore the versatility and effectiveness of IGBT modules in a wide range of industries and applications.

Chapter 3

Specification of IGBT Modules

HK Haoli’s IGBT Modules are engineered for optimal performance across various applications. These modules are crafted with high-quality silicon and advanced packaging techniques, offering durability and efficiency. Below are the detailed specifications:

ParameterSpecification
Voltage Range600V – 6500V
Current Range10A – 3600A
Switching FrequencyUp to 20 kHz
Operating Temperature-40°C to +150°C
Isolation VoltageUp to 6 kV
Package TypeVarious (Standard, IPM)
ApplicationMotor Control, Inverters, etc.

Chapter 4

Guidelines for the Safe Use of IGBT Modules

guished by their efficiency, high switching speeds, and robustness, offering superior performance compared to discrete components. Their integration and range of benefits mark their superiority over traditional discrete designs:
Advantages and benefits of IGBT Modules

  • Simplified Design: IGBT modules simplify circuit design and reduce component count, leading to faster development times.
  • Improved Thermal Management: Integration allows for optimized heat dissipation, enhancing reliability and extending lifespan.
  • Enhanced Performance: IGBT modules showcase superior switching speeds and efficiency, leading to improved system performance.
  • Increased Reliability: Integration reduces the number of connections, leading to higher overall system reliability.
  • Compact Size: Modules offer a more compact solution compared to discrete components, saving valuable space.
    These advantages underscore the versatility and effectiveness of IGBT modules in a wide range of industries and applications.

Chapter 5

Diverse Applications of IGBT Modules

IGBT modules are distinguished by their efficiency, high switching speeds, and robustness, offering superior performance compared to discrete components. Their integration and range of benefits mark their superiority over traditional discrete designs:
Advantages and benefits of IGBT Modules

  • Simplified Design: IGBT modules simplify circuit design and reduce component count, leading to faster development times.
  • Improved Thermal Management: Integration allows for optimized heat dissipation, enhancing reliability and extending lifespan.
  • Enhanced Performance: IGBT modules showcase superior switching speeds and efficiency, leading to improved system performance.
  • Increased Reliability: Integration reduces the number of connections, leading to higher overall system reliability.
  • Compact Size: Modules offer a more compact solution compared to discrete components, saving valuable space.
    These advantages underscore the versatility and effectiveness of IGBT modules in a wide range of industries and applications.

Chapter 6

Guide to Selecting the Ideal IGBT Module

Choosing the right IGBT module requires careful consideration of various critical aspects to ensure it meets your specific needs effectively. Here’s a detailed guide to navigating these crucial factors:
Voltage and Current Requirements: Determine the voltage and current requirements of your application to select a module with appropriate ratings.
Switching Frequency: Consider the required switching frequency for your application to select a module with optimized switching characteristics.
Thermal Management: Evaluate the thermal requirements of your application and select a module with adequate cooling capabilities.
Application Environment: Consider the environmental conditions in which the module will operate, such as temperature, humidity, and vibration.
Package Type: Choose a package type that is suitable for your application’s mounting and connectivity requirements.
Control and Protection Features: Consider the control and protection features offered by the module, such as overvoltage protection, overcurrent protection, and short-circuit protection.
By meticulously evaluating these factors, you can confidently choose an IGBT module that enhances the efficiency of your applications. At HK Haoli Electronics Co.Ltd, we provide a wide selection of IGBT modules and expert advice to help you find the perfect match for your needs. Reach out to us to explore our offerings and how we can assist in optimizing your operations.

Chapter 7

Quality Assurance for IGBT Modules

At HK Haoli Electronics Co.ltd, we prioritize the highest quality standards for our IGBT modules, ensuring they meet rigorous performance and reliability criteria. To achieve this, each batch of our modules undergoes a comprehensive suite of in-house tests conducted by our Quality Control Department. These tests assess various critical aspects of the modules’ performance, including their electrical characteristics, thermal performance, and mechanical integrity. Only after successfully passing these stringent tests are the modules approved for shipment to our customers. This meticulous testing process reflects our commitment to delivering products that consistently exceed industry standards and customer expectations.
The testing parameters and their respective conditions and qualifications are outlined as follows:.

Test ItemTest ConditionQualification
Blocking VoltageRated Voltage, Max TemperatureLeakage Current Below Specification
Saturation VoltageRated Current, Typical Gate VoltageVoltage Drop Below Specification
Switching TimeSpecified Test Circuit, Rated ConditionsTime Within Specified Limits
Thermal ResistanceStandard Heat Sink, Rated PowerTemperature Rise Below Specification
Isolation VoltageAC Voltage, Specified DurationNo Breakdown or Leakage
Vibration TestSpecified Frequency and AmplitudeNo Mechanical Damage or Performance Degradation
Temperature Cycle-40°C to +150°C, Specified Number of CyclesNo Performance Degradation

Chapter 8

In Summary

Selecting the ideal IGBT module for your project might seem challenging, especially if you’re new to this field. However, the right information about IGBT modules can greatly simplify your decision-making process.
With your needs at the forefront, [Your Company Name] leverages over a decade of expertise in the power electronics industry to provide materials, finishes, and specifications that align with your project’s unique demands. Our team is dedicated to supporting you, offering customized guidance and preparing tailor-made samples of IGBT modules to fit your specific requirements precisely. Your success is our priority, and we are committed to ensuring you have the optimal solutions for your applications.

Power Up Your Projects with High-Performance IGBT Modules!

Unlock reliable, energy-efficient performance with our premium IGBT modules—engineered to meet your power switching needs across industrial, automotive, and renewable energy applications. At HK Haoli Electronics, our modules offer fast switching, low losses, and robust thermal stability. Boost your system’s reliability and efficiency—choose our IGBT solutions today!

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