PMEG6045ETPX by Nexperia

Overview of PMEG6045ETPX by Nexperia

The PMEG6045ETPX from Nexperia is characterized as a high-temperature Schottky barrier rectifier. It handles a repetitive peak reverse voltage of 60V and supports an average forward current of 4.5A. This part is distinctly designed for efficiency in a two-pin SOD-128 package, which is well-suited for compact applications. The maximum forward voltage specification is quite manageable at 530 mV, providing a balance between power dissipation and voltage drop.

A key aspect of this diode is its ability to withstand high surge currents up to 70A, which makes it suitable for applications that may experience occasional spikes in current. Its robust construction allows for a maximum operating temperature of 175°C, and a moisture sensitivity level of 1, highlighting its reliability in various environmental conditions. Being a product of Nexperia, a well-regarded semiconductor manufacturer, the PMEG6045ETPX complies with the latest industry standards including RoHS, AEC-Q101, and IEC-60134, reflecting its suitability for automotive and other demanding applications.

Industry Applications for PMEG6045ETPX

The specific applications for the PMEG6045ETPX span across various industries wherein high efficiency and durability in power rectification are required. Elements of this diode that are critical for industry applications include high temperature operability, surge current capability, and a robust packaging format. Here are several industries where this part could be potentially utilized:

  • Energy and Power Systems: This diode could potentially be used in power supplies and voltage regulator modules, ensuring efficiency in converting AC to DC power. Its high surge current tolerance makes it suitable for environments where electrical disturbances are common.
  • Transportation and Logistics: Owing to its high thermal and electrical performance specifications, the PMEG6045ETPX might be utilized in charging systems for electric vehicles or in power circuits within transportation infrastructure, enhancing operational reliability.
  • Automotive: Compliant with the automotive reliability standard AEC-Q101, this diode could be incorporated in automotive power management systems, contributing to the efficiency and reliability of automotive electronics under different operating conditions.
  • Renewable Energy: Given its capacity to manage high temperatures and currents, it might find use in solar power inverters or wind turbine power systems, integral in converting and conditioning power from renewable sources.

Note, these potential industry applications are only conceptual/illustrative and require thorough analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.

About Nexperia

Nexperia is a leading semiconductor company specialized in the production of Rectifier Diodes, amongst other electronic components. Known for its focus on efficiency and miniaturization, Nexperia produces diodes that are robust, reliable, and designed for high-volume production. The PMEG6045ETPX is part of their wide portfolio, which frequently features parts that offer superior thermal and electrical performance. Diodes by Nexperia, like PMEG6045ETPX, consistently meet stringent global standards and are favored in high-stress applications like automotive and industrial power systems.

Where to Find PMEG6045ETPX by Nexperia

To procure the PMEG6045ETPX, it is recommended to search through the credible platform of findchips.com. Through which, you can explore various distributors and check current stock levels and pricing. Historically, this part has been available at distributors such as LCSC, EBV Elektronik, Chip1Stop, and DigiKey. However, for real-time information regarding availability and optimal pricing, checking via Rectifier Diodes at findchips.com is advisable, as this can also show alternatives and similar parts from Nexperia or other reputable manufacturers.

Compare pricing for PMEG6045ETPX and other Rectifier Diodes / Diodes at findchips.com