IXTA50N28T

Introducing the revolutionary IXTA50N28T, a cutting-edge product guaranteed to elevate your electronic designs to new heights. This state-of-the-art power MOSFET offers unrivaled performance and efficiency, making it the ideal choice for a wide range of applications. Featuring advanced technology and top-notch construction, the IXTA50N28T boasts an impressive maximum drain current of 50A and a voltage rating of 280V, enabling it to handle high-power demands effortlessly. Its ultra-low on-resistance ensures minimal power loss, resulting in increased energy efficiency and enhanced system reliability. Designed with versatility in mind, the IXTA50N28T is perfect for various industrial and automotive applications, including motor drives, power supplies, inverters, and more. Its compact size and robust design make it easy to integrate into existing circuits, providing unparalleled performance without compromising space constraints. Furthermore, the IXTA50N28T offers excellent thermal stability, thanks to its advanced thermal management system. This ensures reliable and consistent performance even in demanding conditions, making it a trustworthy choice for mission-critical applications. Experience the future of power MOSFET technology with the IXTA50N28T. Embrace efficiency, reliability, and versatility - all in one groundbreaking package. Upgrade your designs today and witness the transformative power of the IXTA50N28T.

banner

Other Products

View More
  • 2007-BB-HRGB24R-TRB-BTR-ND,2007-BB-HRGB24R-TRB-BCT-ND,2007-BB-HRGB24R-TRB-BDKR-ND

    2007-BB-HRGB24R-TRB-BTR-ND,2007-BB-HRGB24R-TRB-BCT-ND,2007-BB-HRGB24R-TRB-BDKR-ND

  • COM-11648-ND

    COM-11648-ND

  • 1528-1196-ND

    1528-1196-ND

  • 1528-1339-ND

    1528-1339-ND

  • 1830-IN-PI33QBTPRPGPBPW-40TR-ND,1830-IN-PI33QBTPRPGPBPW-40CT-ND,1830-IN-PI33QBTPRPGPBPW-40DKR-ND

    1830-IN-PI33QBTPRPGPBPW-40TR-ND,1830-IN-PI33QBTPRPGPBPW-40CT-ND,1830-IN-PI33QBTPRPGPBPW-40DKR-ND

  • 104990052-ND

    104990052-ND

  • KIT-35134-ND

    KIT-35134-ND

  • 1528-2594-ND

    1528-2594-ND

  • 2475-EMMM111-C/W/EP-ND

    2475-EMMM111-C/W/EP-ND

  • 1528-1843-ND

    1528-1843-ND

  • 1528-895-ND

    1528-895-ND

  • 110990053-ND

    110990053-ND

Related Blogs

  • 2025 / 05 / 15

    NVIDIA and Saudi Arabia Reach a 18,000 GB300 Chip Supply Agreement

    ...

    NVIDIA and Saudi Arabia Reach a 18,000 GB300 Chip Supply Agreement
  • 2025 / 05 / 14

    Google Faces 12 Civil Lawsuits in Europe: Antitrust Ruling Sparks Legal Storm

    ...

    Google Faces 12 Civil Lawsuits in Europe: Antitrust Ruling Sparks Legal Storm
  • 2025 / 05 / 13

    AMD/Xilinx XC2C Series CPLD: Technical Analysis and Selection Guide

    ...

    AMD/Xilinx XC2C Series CPLD: Technical Analysis and Selection Guide
  • 2025 / 05 / 12

    The Future of Smartphone Chips: AI, Efficiency, and Beyond

    ...

    The Future of Smartphone Chips: AI, Efficiency, and Beyond
  • 2025 / 05 / 09

    Cadence Unveils the Millennium M2000 Supercomputer with NVIDIA Chips

    ...

    Cadence Unveils the Millennium M2000 Supercomputer with NVIDIA Chips
  • 2025 / 05 / 08

    Trump Administration Plans to Lift Biden-Era AI Chip Restrictions

    ...

    Trump Administration Plans to Lift Biden-Era AI Chip Restrictions
  • 2025 / 05 / 07

    SK Hynix Achieves Breakthrough in Next-Generation Storage Technology: Carbon-Based Semiconductor Sel

    ...

    SK Hynix Achieves Breakthrough in Next-Generation Storage Technology: Carbon-Based Semiconductor Sel
  • 2025 / 05 / 06

    Microcontroller Unit (MCU): The Core Driving Force of Embedded Systems

    ...

    Microcontroller Unit (MCU): The Core Driving Force of Embedded Systems
  • 2025 / 04 / 30

    Technology Industry Updates: New Developments in Semiconductors, AI, and Supply Chain Layout

    ...

    Technology Industry Updates: New Developments in Semiconductors, AI, and Supply Chain Layout
  • 2025 / 04 / 29

    IBM's $150 Billion Bet on U.S. Innovation and Growth

    ...

    IBM's $150 Billion Bet on U.S. Innovation and Growth
Contact Information
close