Overview of BAT54,215 by Nexperia
The BAT54,215 is a Schottky barrier diode which utilizes a TO-236 3-pin package (also known as SOT-23). Manufactured by Nexperia, this Schottky rectifier offers a repetitive peak reverse voltage of 40V and an average forward current of 200mA. The maximum forward voltage is defined at 800mV and the forward surge current can reach up to 600mA. This component is capable of handling an operating temperature of up to 125°C while maintaining its integrity and performance.
Characterized by its single diode configuration, the BAT54,215 is made from silicon which lends itself to efficient performance in rectification purposes. It is ROHS compliant, ensuring that it meets current environmental standards regarding hazardous substances. The diode’s design is optimized for general purpose applications within electronic circuits, providing a reliable solution for managing voltage and current within specified limits.
The part is notable for its robustness, provided by its high moisture sensitivity level of 1, which allows it to operate reliably in varying environmental conditions without degradation in performance. The package is designed for surface mount technology, which facilitates easier assembly on printed circuit boards.
Industry Applications for BAT54,215
The BAT54,215 Schottky diode, with its versatile specifications, can suit a variety of industrial uses. Below are conceptual industry applications that can potentially leverage the BAT54,215, noting that these applications should be verified by engineering teams for compliance with specific standards and requirements:
- Energy and Power Systems: This diode might be used in solar power inverters or wind turbine controls, where fast switching and low forward voltage drop can enhance efficiency. The ability to handle high temperatures and efficient power handling makes it suitable for these environments.
- Aerospace and Defense: Its robust operating temperature range and high reliability under stress possibly make it suitable for use in aerospace avionics and military communications equipment. Components in these sectors require high reliability over broad temperature ranges and under varied environmental conditions.
- Space Technology: The BAT54,215’s properties might be applicable in satellite power systems, where long-term reliability and resistance to temperature variations are crucial. Its high performance in guarding against voltage irregularities could prove beneficial.
Note: The potential applications listed are illustrative. Analysis and verification by qualification teams are required to ensure compliance with industry standards and specific application needs.
About Nexperia
Nexperia is a leader in the field of Discretes, Logic and MOSFET devices, and their products are often recognized for their reliability and performance in demanding conditions. Within the realm of diodes, specifically in Rectifier Diodes, Nexperia offers an extensive range of components including the BAT54 series. These products are designed to meet various customer needs across a broad spectrum of electronic applications.
Nexperia’s focus on innovation is visible in their continuous improvement of product performance and environmental compliances, such as the ROHS and REACH standards. The company’s commitment to quality is evident in their manufacturing strategy, which emphasizes automation and tight process control, ensuring high product standards across their extensive portfolio.
Where to Find BAT54,215 by Nexperia
To locate the BAT54,215 diode for purchase, visit findchips.com. This platform offers current stock levels, pricing, and information on various distributors. Historically, this part has been available through distributors including New Advantage Corporation, EBV Elektronik, and Mouser Electronics. However, for up-to-date availability and competitive pricing, checking findchips.com is recommended.
Additionally, for alternatives or similar components offered by Nexperia or other manufacturers, the Rectifier Diodes link can be used to explore a wide array of options.