Overview of IXFH18N90P by IXYS Corporation.
The IXFH18N90P is a high-performance Power Field-Effect Transistor (FET) designed for switching applications requiring high breakdown voltage and low on-state resistance. Its key parameters include an 18A drain current (I(D)), 900V drain-source breakdown voltage (DS Breakdown Voltage-Min), and 0.6ohm drain-source on-resistance (Drain-source On Resistance-Max), making it particularly suited for high-power applications. This component is encapsulated in a TO-247AD package, a plastic, 3-pin variant known for excellent thermal and electrical performance.
Manufactured by IXYS Corporation, a leader in the creation and distribution of Power Field-Effect Transistors, the IXFH18N90P incorporates advanced MOSFET technology to provide exceptional performance in terms of speed and power efficiency. Noteworthy features include avalanche rated capabilities, a drain maximum current of 18A, and a pulsed drain current-max (IDM) of 36A, all contributing to its robustness in demanding environments. It operates in enhancement mode, further enhancing its versatility in various applications. The device is also RoHS compliant, adhering to environmental standards regarding hazardous substances.
Industry Applications for IXFH18N90P
The following industry applications for the IXFH18N90P hinge on its high voltage rating, efficiency, and reliability. While the following use cases are conceptual and would require further validation by engineering teams, they illustrate the component’s versatility across different sectors.
- Consumer Electronics: The IXFH18N90P might find potential applications in high-end power supplies for entertainment systems and computing devices where efficiency and reliability are paramount. Its low on-resistance and high-temperature tolerance could potentially optimize power usage and thermal management in these applications.
- Energy and Power Systems: Within this sector, the IXFH18N90P could be utilized in power conversion systems such as inverters or converters found in industrial power supplies. Its high breakdown voltage and avalanche rating make it suitable for systems where power surges are common, ensuring reliability and safety.
- Renewable Energy: Specifically, in solar power inverters or wind turbine converters, the IXFH18N90P might provide improved efficiency thanks to its low on-state resistance and high-operating temperature range. These applications benefit from components that can handle fluctuating power levels and harsh conditions.
Note that these applications are conceptual and necessitate thorough analysis and verification by engineering and design teams for compliance with industry standards and specific requirements.
About IXYS Corporation.
IXYS Corporation has established itself as a key player in the development and manufacturing of semiconductor technologies, with a particular focus on Power Field-Effect Transistors Power Field-Effect Transistors and broader transistors categories. Over the years, IXYS has been dedicated to improving power conversion efficiency, making significant strides in MOSFET, IGBT, and thyristor technology. The IXFH18N90P is a testament to their commitment to offering devices that enable higher performance in various applications, from industrial to consumer electronics. Through continuous innovation, IXYS strives to meet the evolving needs of the electronics industry, offering a range of devices that highlight their mastery in semiconductor technology.
Where to Find IXFH18N90P by IXYS Corporation
To source the IXFH18N90P, interested parties should consider utilizing resources such as findchips.com. This site allows users to compare pricing and stock availability from various distributors in real-time. Historically, distributors such as TME, TTI, TTI Europe, and Mouser Electronics have offered the IXFH18N90P, though current availability can fluctuate. For alternative Power Field-Effect Transistors, FindChips provides a comprehensive platform to explore options from IXYS Corporation and other manufacturers, ensuring that you can find the best part for your application needs.