Overview of PMEG4010CEJ,115 by Nexperia
The PMEG4010CEJ,115 is a Schottky barrier rectifier that features very low forward voltage, designated for efficient power dissipation and high current throughput. Manufactured by Nexperia, this component is encapsulated in a SC-90, SOD323F, 2 PIN package, known for its small form factor. With a maximum forward voltage of 0.57 V and capable of handling a continuous output current of up to 1 A, it strikes a balance between efficiency and power handling. Designed for high temperature operations, it can operate between -65 °C and 150 °C, making it suitable for a wide range of applications.
With RoHS compliance and a moisture sensitivity level of 1, the PMEG4010CEJ,115 emphasizes environmental consideration and reliability in humid conditions. The part is made using Silicon as the diode element material, categorized under the technology of Schottky. It is suited for surface-mount technology (SMT) applications, with Tin (Sn) as the terminal finish ensuring good solderability and connectivity. Additionally, aligning with its commitment to global compliance standards, it is Reach compliant and classified under ECCN code EAR99.
Industry Applications for PMEG4010CEJ,115
The PMEG4010CEJ,115, as part of the Rectifier Diodes subcategory, is versatile and finds use across multiple industries. While direct application should always be validated by engineering and design teams to ensure adherence to specifications and standards, potential use cases could include:
- Consumer Electronics: In portable devices or power supply circuits, the low forward voltage and high efficiency potentially minimize battery drain, extending device life.
- Energy and Power Systems: For power conversion and management solutions, its efficiency and thermal handling capabilities could be key in developing sustainable energy applications.
- Transportation and Logistics: Within modern transportation systems and infrastructure, this part could be integral in managing power supply and distribution with minimal losses.
- Renewable Energy: Given the push towards greener solutions, its potential in photo-voltaic systems or wind energy converters for efficient power conversion is considerable.
Please note, these potential industry applications are conceptual and illustrative, requiring thorough analysis by engineering and design teams to verify their suitability against industry standards and specific application demands.
About Nexperia
Nexperia is a leading-edge semiconductor manufacturer, particularly known for its robust portfolio in Rectifier Diodes and a wide array of diode technologies. The company places a strong emphasis on producing components that offer reliability and efficiency in compact, industry-standard packaging. PMEG4010CEJ,115 is a part of this lineage, underscoring Nexperia’s commitment to offering high-performing Schottky barrier rectifiers. Nexperia’s products, including similar parts to the PMEG4010CEJ,115, are engineered to meet the stringent requirements of a myriad of electronic applications, making the company a go-to for engineers looking for precise and durable components.
Where to Find PMEG4010CEJ,115 by Nexperia
To source the PMEG4010CEJ,115 Schottky barrier rectifier, or to explore alternate part options, findchips.com is an invaluable resource. Here, you can compare current stock levels and pricing from a variety of distributors. Historically, this part has been available from distributors such as New Advantage Corporation, Chip1Stop, Avnet Asia, and Bristol Electronics, among others. Given the dynamic nature of electronic component stock and availability, visiting findchips.com ensures access to the most current and comprehensive purchasing information.
Additionally, for projects that require a different set of specifications or perhaps a comparable component from either Nexperia or other manufacturers, exploring the broader category of Rectifier Diodes on findchips.com can help identify suitable alternatives. Detailed filters and search capabilities make it easy to find parts that meet specific requirements.