NVJD5121NT1G by onsemi

Overview of NVJD5121NT1G by onsemi

The NVJD5121NT1G is a Dual N-Channel Power MOSFET with a featured added Electrostatic Discharge (ESD) protection. This semiconductor, listed for operation at 60V and capable of supporting a continuous drain current of up to 295mA, is designed within the SC-88-6 / SC-70-6 / SOT-363-6 package format. Often supplied on a 3000-unit reel, the component is ideally sized for automated surface-mount assembly processes.

It is distinguished by its low drain-source on-resistance of 1.6Ω, providing an efficient performance in a compact form factor. This part is AEC-Q101 qualified, making it suitable for automotive applications where reliability under harsh environments is required. The integration of ESD protection enhances the durability and robustness of the device, crucial for applications sensitive to static damage.

Furthermore, according to its comprehensive product specifications, NVJD5121NT1G operates over a very wide temperature range from -55 °C to 150 °C, enhancing its usability in extreme conditions. It also exhibits moisture sensitivity level 1, indicating optimal performance reliability when subject to moisture exposure during assembly processes.

Industry Applications for NVJD5121NT1G

The applications for NVJD5121NT1G span across various sectors due to its technical specifications and dual-channel functionality which makes it versatile for power management roles:

  • Automotive: Owing to its AEC-Q101 certification, the NVJD5121NT1G could potentially be used in power distribution modules, powertrain systems, or as part of the environmental control units. These usage scenarios leverage its enhanced reliability and ruggedness in automotive environments where stability and endurance are critical.
  • Energy and Power Systems: In the realm of power converters or smart grid systems, the device might be integrated into subsystems that require efficient and reliable switching operations, leveraging its low on-resistance and high thermal durability to minimize energy losses.
  • Renewable Energy: For solar power inverters or wind energy converters, which require dependable and robust switching components, the NVJD5121NT1G could be considered. Its capabilities to switch under a broad range of temperatures supports use in outdoor environments typically seen in renewable energy installations.

Please note that these potential industrial applications are merely conceptual or illustrative and require in-depth analysis and validation from engineering and design teams to ensure compliance with industry standards and specific application necessities.

About onsemi

onsemi is a well-regarded provider within the electronics sector, particularly in the fabrication of various transistor types including Small Signal Field-Effect Transistors. The NVJD5121NT1G exemplifies onsemi’s commitment to producing high-quality components designed for critical and demanding applications across multiple industries.

onsemi focuses on sustainable and innovative solutions that address key challenges in the electronics industry, particularly power management and efficient energy use. The company’s portfolio includes a broad variety of transistors that meet diverse application needs, from automotive to industrial power systems, demonstrating its engineering and manufacturing capabilities.

Where to Find NVJD5121NT1G by onsemi

To acquire the NVJD5121NT1G, potential buyers should consider searching through findchips.com. On our platform, users can explore availability and pricing at various distributors. This semiconductor has historically been available from distributors such as Win Source Electronics, LCSC, and Mouser Electronics, among others. Interested parties are highly encouraged to visit findchips.com to check the latest stock levels and pricing.

For alternate components or comparable devices, browse the Small Signal Field-Effect Transistors section on our site, which could provide other parts offered by onsemi or competing manufacturers.

Compare pricing for NVJD5121NT1G and other Small Signal Field-Effect Transistors / Transistors at findchips.com