NVMFS5C404NT1G by onsemi

Overview of NVMFS5C404NT1G by onsemi

The NVMFS5C404NT1G, developed by onsemi, is a Single N-Channel Power MOSFET characterized by a drain-source breakdown voltage of 40 V, maximum drain current of 378 A, and a very low drain-source on-resistance of 0.0007 Ω. This component integrates advanced technology tailored for efficient power dissipation and high-speed switching. It features a maximum operating temperature of 175 °C and a minimum operating temperature of -55 °C, encapsulated in a small outline package (SO8-FL). This specific model is supplied on a 1500-reel, facilitating automatic assembly processes. Additionally, it supports high pulsating currents up to 900 A and a power dissipation capacity of up to 200 W.

This power MOSFET from onsemi is compliant with the latest environmental standards, including RoHS and is not REACH compliant, which impacts its use in certain regulated applications. Endorsed by AEC-Q101 standards, this device proves reliable in automotive stress test qualifications. Noteworthy features include a built-in diode configuration and a moisture sensitivity level of 1, indicating high robustness against moisture ingress. This robust electronic component is ideal for applications requiring high power density and efficiency, adhering to the Power Field-Effect Transistors subcategory in the broad field of transistors.

Industry Applications for NVMFS5C404NT1G

The NVMFS5C404NT1G is a versatile component that might find applications across various industries due to its high current and power handling capacities combined with efficiency and miniaturization:

  • Automotive: Given its compliance with AEC-Q101 standards, this power MOSFET could potentially be used in the automotive industry. It might manage power in electronic control units, electric power steering systems, or in the battery management systems of electric vehicles, where high efficiency and reliability are critical.
  • Industrial Automation: In industrial settings, this MOSFET could be utilized for motor control and drive applications, possibly serving in converters and inverters that require low on-resistance and high thermal performance.
  • Consumer Electronics: This component could find potential applications in powering high-performance computing devices or in power management solutions within gaming consoles, where efficient power conversion is crucial to handle pulses and minimize heat generation.
  • Computing and Data Storage: Due to its high-speed switching capability, the NVMFS5C404NT1G might be used in server power supplies, contributing to energy efficiency and heat reduction in data centers.

Note that these potential industry applications are conceptual and require meticulous analysis and verification by engineering and design teams to confirm adherence to industry standards and specific application requirements.

About onsemi

onsemi is a prominent player in the field of power management and signal conditioning technology, specializing in the development of energy-efficient innovations. Within the realm of transistors, onsemi produces a broad range of components, including Power Field-Effect Transistors, where it has established a robust portfolio. The NVMFS5C404NT1G represents just one of numerous high-performance components designed by onsemi with applications ranging from consumer electronics to automotive systems. Known for their rigorous standards of quality and reliability, onsemi’s products are integral to modern electronic systems requiring efficient power handling and high thermal performance.

Where to Find NVMFS5C404NT1G by onsemi

The NVMFS5C404NT1G can be researched on findchips.com to assess its availability and pricing from multiple distributors. Historically, this part has been available from distributors like DigiKey, Mouser Electronics, and Avnet Americas among others. To find alternate Power Field-Effect Transistors that might be offered by onsemi or other manufacturers, consider exploring the wide listings available on findchips.com.

Compare pricing for NVMFS5C404NT1G and other Power Field-Effect Transistors / Transistors at findchips.com