Overview of 1N5341BG by onsemi
The 1N5341BG is a single, 6.2V Zener diode offering a power dissipation of 5W. It is characterized by its “Surmetic 40” packaging, an axial lead, and is notable for its robustness under high-temperature conditions, with an operating temperature range from -65°C to +200°C. This part is marked by its compliance with RoHS standards, ensuring it meets current environmental requirements. Manufactured by onsemi, a leading semiconductor supplier, the 1N5341BG falls under the electronic parts subcategory of Zener Diodes, designed for voltage regulation across a wide range of applications.
Among its technical features, the 1N5341BG presents a nominal Zener voltage of 6.2V and operates with a maximum forward current of 200 mA. Its packaging description highlights a ROHS compliant, plastic, case 017AA-02, 2-pin configuration. Part of the 1N53 series, its design ensures stability and reliability in circuit operations, further exemplified by its dynamic impedance max of 1 Ω, allowing for more precise control within electronic circuits.
Industry Applications for 1N5341BG
The unique properties and high reliability of the 1N5341BG render it suitable for a diverse set of industry applications, particularly where precision voltage regulation is crucial. Although these potential applications are conceptual and would require further engineering and design validations, they indicate the versatility of this component.
- Space Technology: The 1N5341BG could potentially be used in space technology applications due to its high-temperature tolerance and reliability. Spacecraft and satellites might utilize this Zener diode for voltage regulation in critical systems, ensuring stable operation in the harsh environment of space.
- Aerospace and Defense: Given the part’s robust thermal performance and reliability, it is conceivable that the 1N5341BG might find applications in aerospace systems, such as aviation electronics and defense equipment. These applications demand components that can perform reliably under extreme conditions, from high altitudes to fluctuating temperatures.
- Power Supply Regulation: Any sector requiring stable and precise power supply, such as telecommunications, computing, and industrial equipment, could potentially employ the 1N5341BG. Its ability to manage power dissipation and maintain voltage levels might make it a key component in power regulation circuits within these fields.
- Protection Circuits: The device’s consistent performance under varying load and temperature conditions could make it suitable for use in protection circuits, guarding sensitive electronics against overvoltage conditions in a wide array of consumer electronics and industrial machinery.
Note: While these uses highlight possible applications, engineering and design teams must carry out thorough analysis and verification to ensure suitability for specific projects.
About onsemi
onsemi is renowned for its comprehensive range of semiconductor components and solutions, notably in the realm of Zener Diodes among other diode technologies. With a focus on energy efficiency and innovation, onsemi’s products cater to a broad spectrum of end-use applications, including automotive, consumer, and industrial markets. The 1N5341BG, alongside similar parts produced by the company, stands as a testament to onsemi’s commitment to providing high-quality, reliable components. Through advances in semiconductor technology, onsemi aims to address global challenges by enabling smaller, more efficient devices that contribute to a sustainable future.
Where to Find 1N5341BG by onsemi
To purchase the 1N5341BG or find out more about its availability, interested parties are recommended to visit findchips.com. Besides facilitating searches for Zener Diodes, the platform allows users to compare prices and stock levels from various distributors. Historically, the 1N5341BG has been available through distributors such as EBV Elektronik, Avnet, Mouser Electronics, and DigiKey. However, to obtain the most current stock levels and pricing information, potential buyers should consult findchips.com directly.