Overview of IXFN230N10 by IXYS Corporation
The IXFN230N10 is a high-power N-Channel Metal-Oxide Semiconductor Field-Effect Transistor (MOSFET) designed and manufactured by IXYS Corporation. This device is specified to handle a continuous drain current (Id) of 230A and a drain-source voltage (Vds) of 100V. Its low on-resistance of only 0.006 ohm at a 10V test voltage maximizes efficiency by minimizing power loss. The transistor comes in a SOT-227B package, also known as a MINIBLOC-4 package, which is known for its high level of thermal efficiency and ease of mounting on a heat sink that is crucial for high power devices. Additionally, the IXFN230N10 features avalanche rating and built-in diode, ensuring reliability in applications susceptible to sudden voltage spikes. It is compliant with Restriction of Hazardous Substances (RoHS) and REACH, marking it as suitable for use in various global markets. Despite its impressive capabilities, it’s important to note that the IXFN230N10 has reached the “Obsolete” part lifecycle status, meaning it may become increasingly difficult to source in the future.
Industry Applications for IXFN230N10
Note: The potential industry applications listed below for the IXFN230N10 are conceptual and illustrative. Engineering and design teams should perform a thorough analysis and verify adherence to industry standards and specific application requirements before integrating this device into any project.
- Industrial Automation: Due to its high current handling and low Rds(on), the IXFN230N10 could potentially be utilized in the power stages of industrial motor drives, actuator controls, and power supplies that require efficient switching and thermal management.
- Renewable Energy Systems: In renewable energy applications such as solar inverters or wind power converters, the IXFN230N10 might serve an essential role in the power conversion process, benefiting from its avalanche rating and high power dissipation capability.
- Electronic Manufacturing: High-power testing equipment and soldering stations could leverage the IXFN230N10 for its ability to switch large currents efficiently, ensuring precise control and minimization of heat generation during operations.
- Transportation and Logistics: While not specifically automotive grade, certain non-critical transportation infrastructure, such as charging stations for electric vehicles or power management systems within logistics facilities, might find the IXFN230N10 useful for its robust power handling.
- Computing and Data Storage: Power supplies and converters within large data centers could potentially utilize the IXFN230N10, benefiting from its efficiency and power density in space-constrained environments.
About IXYS Corporation
IXYS Corporation has been a major player in the semiconductor and integrated circuit market, specializing in Power Field-Effect Transistors and other components crucial for power conversion and control. IXYS designs and manufactures a wide range of products including power semiconductors, mixed-signal integrated circuits, and Radio Frequency (RF) systems. Among their products, the IXFN230N10 and similar devices stand out for their design catered towards high-efficiency, high-power applications. Their commitment to innovation is evident in their diverse product range, addressing needs across industrial, communications, consumer, and medical sectors. Though IXYS is now a part of Littelfuse, Inc., the brand continues to be recognized for its technological prowess in power semiconductor devices.
Where to Find IXFN230N10 by IXYS Corporation
For those looking to source the IXFN230N10, findchips.com offers an invaluable tool for comparing current stock levels and pricing across multiple distributors. To explore alternate parts to the IXFN230N10 that might be offered by IXYS Corporation or other manufacturers, consider searching within the Power Field-Effect Transistors category. Historically, distributors such as TTI, Mouser Electronics, DigiKey, and Newark have carried this part. However, availability is subject to change, and given the obsolete status of IXFN230N10, sourcing may require more research. We recommend visiting findchips.com to get the most current stock levels and pricing information.