NTA4151PT1G by onsemi

Overview of NTA4151PT1G by onsemi

The NTA4151PT1G by onsemi is a single P-channel, gate Zener small signal MOSFET designed for various applications requiring high efficiency and power management. With a drain-source voltage (Vds) of -20V, a continuous drain current (Id) of 760mA, and an on-resistance Rds(On) of 0.36Ω, this semiconductor device offers optimal performance for switching applications. It is encapsulated in a SC-75 (SOT-416) 3 lead package, making it suitable for surface mount technologies. Featuring a gate-source threshold voltage (Vgs) max of -450mV, it is designed to facilitate lower voltage operations efficiently. Additionally, the part is compliant with RoHS standards, ensuring its acceptability in global markets where environmental concerns are paramount.

Industry Applications for NTA4151PT1G

The versatility of NTA4151PT1G lends itself to a wide range of potential industry applications. Below are some key sectors where this small signal MOSFET might find usage. It is important for engineering and design teams to perform detailed analyses to confirm that this part meets the specific requirements and standards of their intended applications.

  • Education and Research: In the context of educational laboratories and research projects, the NTA4151PT1G could potentially be used in experimental circuits focused on studying power management and efficiency in electronic systems. Its low on-resistance and P-channel configuration make it a practical choice for building and testing low-power switches and amplifiers.
  • Communication and Networking Equipment: This MOSFET might be ideal for switching applications within communication devices and networking systems due to its small footprint and efficiency. It could be considered for use in power regulation circuits of routers, modems, and other networking hardware that require efficient power management and space-saving componentry.
  • Portable Electronics: The low voltage operation and compact size of the NTA4151PT1R1G make it suitable for power management tasks in portable electronics such as smartphones, tablets, and wearables. Its P-channel configuration allows for efficient high-side switching, which is commonly needed in battery-operated devices.

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

About onsemi

onsemi is a leading manufacturer specializing in semiconductor components across the globe. Renowned for their innovative approach, they offer a comprehensive portfolio of energy-efficient solutions that are critical in advanced electronic systems. within the realm of transistors, onsemi is particularly recognized for its Small Signal Field-Effect Transistors lineup. The NTA4151PT1G is one of the many products that underline onsemi’s commitment to providing high-performance, energy-efficient small signal switches tailored for a wide array of applications. The company’s expertise spans several areas within the semiconductor industry, but their offerings related to Small Signal Field-Effect Transistors are particularly significant for clients looking to enhance power efficiency in their electronic designs.

Where to Find NTA4151PT1G by onsemi

To find the NTA4151PT1G MOSFET for your application, or to compare it with other available Small Signal Field-Effect Transistors, visiting Findchips.com is recommended. Findchips provides comprehensive, up-to-date information including current stock levels and pricing from a wide range of distributors. Historically, this part has been available from distributors such as Win Source Electronics, New Advantage Corporation, LCSC, and Flip Electronics. To get the most current stock levels and pricing, it is advisable to check Findchips.com where you can also explore alternate parts offered by onsemi or other manufacturers in the Small Signal Field-Effect Transistors category.

Compare pricing for NTA4151PT1G and other Small Signal Field-Effect Transistors / Transistors at findchips.com