Overview of PESD2IVN24-TR by Nexperia
The PESD2IVN24-TR is a transient voltage suppressor diode, designed for electrostatic discharge (ESD) protection for in-vehicle networks. This part is encased in a small TO-236 (SOT-23) package and features three pins. Manufactured by Nexperia, a leader in the field of discrete, logic, and MOSFET devices, the PESD2IVN24-TR is characterized by a maximum clamping voltage of 42V and a breakdown voltage range from 25.5V to 35.5V, with a nominal value of 30.5V. Its design is tailored specifically to meet the rigorous standards of the automotive industry, including the AEC-Q101 qualification, highlighting its reliability and performance under tough conditions. Compliant with RoHS, it ensures environmental friendliness and safety in applications.
This component is bidirectional and incorporates a common cathode, 2-element configuration. The silicon diode element material indicates its technology base, with an avalanche characteristic for handling voltage spikes. Operating temperatures range from -55°C to 150°C, allowing functionality in a wide variety of climatic conditions. Additionally, the PESD2IVN24-TR boasts a moisture sensitivity level of 1, indicating its robustness in humid environments. With a peak reflow temperature of 260°C, it is suitable for high-temperature soldering processes, making it ideal for surface-mount device (SMD) applications.
Industry Applications for PESD2IVN24-TR
The PESD2IVN24-TR is suited for a broad range of industry applications, leveraging its ESD protection capabilities and automotive qualification. While the specific use of this component in applications should always be verified by engineering and design teams, here are some potential industries and use cases:
- Automotive Electronics: Given its AEC-Q101 qualification, the PESD2IVN24-TR could be utilized in various in-vehicle network systems, including CAN-BUS and LIN-BUS, where robust ESD protection is critical.
- Consumer Electronics: Devices such as smartphones, tablets, and other personal electronics that require stringent ESD protection might incorporate this component to safeguard their delicate internal circuits.
- Industrial Control Systems: For industrial environments where machinery and control units are exposed to significant electrical noise and potential ESD events, the PESD2IVN24-TR can offer reliable protection, ensuring system stability and integrity.
- Telecommunications: Equipment like routers, switches, and base stations that are sensitive to electrical transients could benefit from the ESD protection provided by this diode, enhancing their operational reliability in the field.
These possible applications are conceptual/illustrative and require thorough analysis and verification by professional teams to ensure compatibility and performance within the specific environments and requirements.
About Nexperia
Nexperia is a globally recognized manufacturer specializing in the production of discrete and MOSFET components, as well as analog and logic ICs. With a sharp focus on efficiency and precision, Nexperia has established a strong portfolio in diodes, including a range of Transient Suppressors. The PESD2IVN24-TR is part of this portfolio, embodying the company’s commitment to providing components that enhance the reliability and functionality of electronic systems, particularly in demanding applications such as automotive environments. Nexperia’s components are known for their quality, durability, and performance, catering to a wide array of industry needs.
Where to Find PESD2IVN24-TR by Nexperia
To source the PESD2IVN24-TR or to explore alternatives within the category of Transient Suppressors, consider beginning your search at findchips.com. Our platform offers the latest stock levels, pricing, and availability from a variety of distributors. Historically, this part has been available from distributors such as Win Source Electronics, New Advantage Corporation, LCSC, and EBV Elektronik. However, inventory and pricing can fluctuate, so it’s recommended to visit FindChips for the most current information.