IHW30N140R5LXKSA1 Power MOSFET Transistor TO-247 Package

IHW30N140R5LXKSA1 Overview

The IHW30N140R5LXKSA1 is a high-performance insulated-gate bipolar transistor (IGBT) engineered for demanding industrial applications requiring efficient power switching and robust reliability. Featuring advanced silicon technology, this device delivers low conduction and switching losses, making it ideal for high-voltage energy conversion systems. Its optimized design ensures stable operation under rigorous conditions, supporting precise control and long-term durability in power electronics. For detailed sourcing and technical documentation, visit IC Manufacturer.

IHW30N140R5LXKSA1 Technical Specifications

IHW30N140R5LXKSA1 Key Features

• High breakdown voltage of 1400 V enables use in industrial power conversion, supporting robust operation in high-voltage environments.
• Low collector-emitter saturation voltage (1.8 V) reduces conduction losses, improving overall system efficiency and minimizing heat generation.
• 30 A collector current capability allows for reliable switching in medium to high power loads, ensuring compatibility with a wide range of industrial equipment.
• Wide operating junction temperature range (-40??C to 150??C) ensures consistent performance even in challenging thermal conditions.
• TO-247-3 package supports efficient thermal management, aiding ease of assembly and long-term device reliability.

IHW30N140R5LXKSA1 Advantages vs Typical Alternatives

Compared to standard IGBTs, this device offers superior voltage handling at 1400 V and lower on-state voltage drop, directly enhancing energy efficiency and reducing thermal stress. The robust package and broad temperature range enable reliable operation in both standard and harsh industrial environments, making it a preferred solution for critical power switching applications.

Typical Applications

• Industrial motor drives: The device??s high voltage and current ratings make it ideal for use in variable speed drives and inverter circuits for controlling large motors in factory automation, HVAC systems, and process equipment.
• Power supplies for industrial equipment: Its efficient energy handling supports high-reliability switching in uninterruptible power supplies (UPS) and high-voltage SMPS units.
• Renewable energy systems: Suitable for use in solar inverter and wind turbine power conversion stages, where reliable high-voltage switching is essential.
• Welding equipment: The IGBT??s robust thermal and electrical characteristics support precise control of power delivery in industrial welding applications.

IHW30N140R5LXKSA1 Brand Info

This IGBT model is developed to meet the rigorous demands of modern industrial electronics. It reflects a commitment to innovation and quality, delivering advanced performance for critical energy conversion and motor control tasks. The device??s engineering focuses on efficiency, reliability, and integration, making it a strategic choice for engineers and sourcing specialists looking to enhance system robustness and operational longevity.

FAQ

What package type is used for IHW30N140R5LXKSA1, and why is it important?

This device is provided in a TO-247-3 package, which is widely recognized for supporting excellent thermal performance and ease of mounting in high-power industrial assemblies. This package type aids efficient heat dissipation, contributing to long-term reliability in demanding environments.

Can this IGBT operate in environments with high temperature fluctuations?

Yes, the device supports an operating junction temperature range from -40??C up to 150??C. This allows the component to maintain stable switching performance and reliability even in industrial settings with significant temperature variations or challenging cooling conditions.

What applications benefit most from the 1400 V voltage rating?

The high collector-emitter voltage rating makes this IGBT particularly suitable for applications such as industrial motor drives, renewable energy inverters, and other power conversion systems where elevated voltage operation ensures safety and system integrity.

How does the low V_CE(sat) value impact system efficiency?

A low collector-emitter saturation voltage reduces the power lost during conduction, leading to increased overall system efficiency. This also helps minimize heat generation, simplifying thermal management and potentially reducing the size or cost of cooling solutions.

Is the IHW30N140R5LXKSA1 suitable for fast switching applications?

With its optimized silicon design, the device achieves efficient switching performance, minimizing transition losses. This makes it suitable for high-frequency inverter circuits and other applications where fast and efficient switching is required for precise power control.