Overview of BF862,215 by NXP Semiconductors
The BF862,215, an N-channel junction field-effect transistor (JFET), encapsulated in a TO-236 3-pin SOT-23 package, represents a specific component within the broader Small Signal Field-Effect Transistors subcategory. Manufactured by NXP Semiconductors, this device is characterized by its N-channel configuration, with a breakdown voltage minimum of 20V, making it suitable for low-power switching and amplifying applications. The part supports a maximum drain current (ID) of 0.04 A and boasts a maximum operating temperature of 150°C, offering versatility for a wide range of electronic circuits.
The BF862,215 is notable for its plastic/epoxy package material, which contributes to its high reliability and sensitivity in deployment. Its depletion mode operating mechanism alongside a power dissipation maximum of 0.225 W underlines its efficiency in a compact SOT23 form factor. As a surface-mount device, it allows for streamlined manufacturing processes with a moisture sensitivity level of 1, ensuring performance stability in varied environmental conditions. However, it is important to note that this part has been marked as obsolete, indicating that it may be challenging to find in the current market.
Industry Applications for BF862,215
The wide array of features of the BF862,215 suggests its potential suitability for numerous industry applications, though any specific use would require thorough verification to ensure compliance with industry standards and application-specific requirements. Below are some illustrative uses that benefit from its electrical and physical properties:
- Environmental Monitoring: With its sensitivity and low power consumption, the BF862,215 might potentially be employed in environmental sensing equipment, such as air quality monitors. Its capability to operate effectively over a broad range of temperatures makes it ideal for outdoor or varied climate conditions.
- Space Technology: Although not qualified for aerospace or defense, similar parts might find applications in less critical space technology roles, such as experimental satellite communication systems where a low-power and high-reliability transistor is beneficial.
- Telecommunications: In telecommunications equipment, where signal integrity is paramount, the BF862,215 could possibly be utilized in amplifiers or other circuitry requiring the stable, low-noise characteristics provided by JFETs.
It is crucial to note that these potential applications are conceptual and illustrative; they require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About NXP Semiconductors
NXP Semiconductors has established itself as a formidable name in the semiconductor industry, offering a wide range of electronic components that cater to a host of applications. When it comes to Small Signal Field-Effect Transistors and transistors in general, NXP’s portfolio stands out for its innovation and reliability. The BF862,215 is just one example of NXP Semiconductors’ dedication to offering advanced solutions designed to meet the complex needs of modern electronic circuits. NXP’s approach to manufacturing transistors emphasizes not just the performance but also the practicality of its components, making them sought after in various sectors of the electronics industry.
Where to Find BF862,215 by NXP Semiconductors
Given its obsolete status, sourcing the BF862,215 might pose a challenge. Nonetheless, prospective buyers and engineers can leverage platforms like findchips.com to explore the availability of this part across multiple distributors. While historically available at distributors such as Farnell, it is essential to visit findchips.com to obtain real-time information on stock levels and competitive pricing. Additionally, for those considering alternative parts, the platform provides access to a wide array of Small Signal Field-Effect Transistors that might be offered by NXP Semiconductors or other renowned manufacturers, ensuring that engineers and procurement specialists can find the best fit for their application.