Overview of AFT05MS004NT1 by NXP Semiconductors
The AFT05MS004NT1 is an RF Power Field Effect Transistor (FET) designed for RF energy applications. This transistor is equipped with a drain-source voltage (Vds) of 30Vdc, supports a frequency range from 136MHz to 941Mhz, and operates within a temperature range up to 150°C. The component is packaged in an SOT-89-3 format, including three pins and a power dissipation capability of 28W, making it suitable for high-power, high-frequency applications. Additionally, it is RoHS compliant, ensuring its adaptability in global markets adhering to environmental regulation.
The distinctive features of this RF Power Field-Effect Transistor like its specified operating frequency range and power dissipation make it an optimal choice for specific high-frequency applications. The currently stated factory lead time for this component from NXP Semiconductors is 53 weeks and 3 days as of current writing.
Industry Applications for AFT05MS004NT1
The AFT05MS004NT1 transistor might be applied in several industries due to its strong performance characteristics across varying frequency ranges and temperature resilience. It is crucial to understand that while certain industries could be suited for this component’s specifications, the following suggested applications are conceptual in nature and require thorough verification and adherence to industry-specific standards by engineering and design teams.
- Consumer Electronics: This component could potentially be utilized in the manufacturing of RF power amplifiers that are integral to broadcasting hardware such as high-power wireless speakers and advanced communication devices. Its ability to operate at high frequencies and power makes it suitable for devices requiring robust performance.
- Energy and Power Systems: Systems requiring reliable RF performance for control and communication within power distribution might benefit from this transistor. Components like RF signal amplifiers which facilitate reliable data transmission over broad varieties of power systems might utilize this transistor.
- Renewable Energy: The AFT05MS004NT1 could potentially play a role within the renewable energy sector, specifically in applications requiring durable and efficient RF communication systems. For instance, RF communication modules in solar panel arrays that need robust, long-range communication modules to transmit performance data or coordinate operational strategies could benefit from this component.
Note that all the above applications are based on the specifications of the AFT05MS004NT1 and should be treated as hypothetical without industry-specific certification and testing verification.
About NXP Semiconductors
NXP Semiconductors is a leading provider of smart connected solutions in applications that are integral to new ecosystems such as automotive, mobile, Internet of Things (IoT), industrial, and computing. NXP demonstrates significant prowess in the manufacturing of Transistors, emphasizing RF Power Field-Effect Transistors, among other semiconductor components. The company plays a pivotal role in delivering high-performance transistors such as the AFT05MS004NT1, attributed to its rigorous research and development that ensures reliability, efficiency, and innovation in product offerings. The company’s commitment to sustainability and safety is mirrored in their products being RoHS compliant.
Where to Find AFT05MS004NT1 by NXP Semiconductors
To acquire the AFT05MS004NT1 or to explore other alternatives, you can browse the extensive inventory on findchips.com. By accessing the website, engineers and procurement professionals can access real-time data on stock availability, pricing, and detailed part information. For those looking for other options, the site also offers a comprehensive list of RF Power Field-Effect Transistors that may align with different application requirements.
Historically, the AFT05MS004NT1 has been available from distributors such as Win Source Electronics, LCSC, EBV Elektronik, Chip1Stop, and Mouser Electronics among others. However, stock levels and availability can vary, so it is recommended to check the current status directly on findchips.com.