Overview of NTR5103NT1G by onsemi
The NTR5103NT1G from onsemi is a single, N-channel Small Signal Field-Effect Transistor. It operates at 60 V and has a maximum drain current of 260 mA. Its drain-source on resistance is maxed out at 2.5 Ohms. Designed in a compact, Surface-Mounted Technology (SMT) TO-236AB package (SOT23-3 style), this transistor is tailored for high-efficiency switching applications, characterized by a built-in diode which makes it highly suitable for delicate electronic configurations that need efficient voltage and current handling capacities.
NTR5103NT1G’s breakdown voltage minimum stands at 60 V, with an operating temperature range which can sustain up to 150°C, making it robust for various challenging environments. Moreover, it has an enhanced mode operation which, coupled with a maximum power dissipation of 0.42 W, ensures efficient performance in a host of applications.
Its compliance with RoHS and packaging that maintains a moisture sensitivity level of 1, according to the JEDEC standards, underscores its suitability for high reliability in environmentally sensitive applications. As of the current writing, the part’s factory lead time is listed as 4 weeks, implying a relatively quick availability for production needs.
Industry Applications for NTR5103NT1G
The NTR5103NT1G, with its specifications, is potentially suitable for various industry applications that hinge on robust and reliable switching operations. Below are some possible use cases:
- Consumer Electronics: This MOSFET could potentially be used in power management modules of portable devices such as smartphones and tablets. Its small footprint and high-efficiency switching characteristics could help in minimizing energy loss and extending battery life.
- Industrial Automation: Devices like sensors and actuators, which are integral to automated manufacturing lines, could potentially incorporate this FET owing to its high breakdown voltage and robust thermal performance, sustaining continuous operations in industrial settings.
- Computing and Data Storage: In server power supplies, where efficient power conversion is critical, the NTR5103NT1G might potentially be applied owing to its small size and high performance in switching applications, ensuring reliable and uninterrupted server operations.
- Telecommunications: Used in network equipment such as modems and switches, this transistor potentially helps achieve higher efficiency in signal transmission and enhanced reliability in communications infrastructure.
- Audio and Video Systems: Given its switching capacities, this component could potentially be useful in audio amplifiers and video processors, managing power more efficiently to enhance audio-visual output quality.
It’s important to note that these potential industry applications are illustrative and require thorough analysis and verification by engineering and design teams to ensure compliance with industry standards and specific application requirements.
About onsemi
onsemi is a leading manufacturer in the transistor domain, especially in the field of Small Signal Field-Effect Transistors. Their products, including the NTR5103NT1G, are known for robustness and reliability, addressing a broad spectrum of applications across various sectors. onsemi focuses on semiconductor solutions that lead to a smarter, more energy-efficient world. They produce a variety of transistors that cater to needs from basic switching devices to high-speed, high-voltage switching for modern electronic applications.
Where to Find NTR5103NT1G by onsemi
To purchase the NTR5103NT1G, I recommend researching through our website at findchips.com. Here, you can access comprehensive information about stock levels and pricing from various distributors. Historically, distributors such as Mouser Electronics, DigiKey, LCSC, and Future Electronics have stocked this part. However, to get current and precise availability, visit this specific page on FindChips. Additionally, if you are looking for alternatives to this part or similar parts offered by either onsemi or other manufacturers, consider browsing through other Small Signal Field-Effect Transistors at the highlighted link. This will provide you with a comparative look at options available in the marketplace.