Overview of SK34A-LTP by Micro Commercial Components
The SK34A-LTP is a Schottky Rectifier Diode characterized by a single-phase, single-element structure, capable of handling up to 3A of output current and a maximum reverse voltage (V(RRM)) of 40V. This diode is built on silicon and comes in a DO-214AC (SMA) package with 2 pins. Schottky diodes are known for their low forward voltage drop, significant in this case as it is specified at a maximum of 0.5V, which aids in maintaining efficiency in circuits by reducing power losses during operation.
This component manufactured by Micro Commercial Components is designed for general-purpose applications and is noted for its ability to switch at high speeds. Its suitability for high-frequency applications is absorbed from the Schottky barrier principle, which inherently offers the edge over traditional p-n junction diodes in similar roles.
The part comes lead (Pb) free, complies with RoHS, and is not REACH compliant, indicating a focus on environmental friendliness and safety in electronics manufacturing. It is specified as active in its life cycle, suggesting it is still in production and available for procurement. Operating temperatures range widely from -55 °C to 125 °C, making it adaptable to a variety of challenging environments. Other notable features include its moisture sensitivity level (MSL) of 1, indicating it has a high resistance to moisture absorption, which is critical for reliability in diverse operating conditions.
Industry Applications for SK34A-LTP
The properties and capabilities of the SK34A-LTP suggest it could serve a wide range of applications across various industries. The following are illustrative of potential use-cases, requiring further analysis by engineering and procurement teams to verify compliance with specific standards and requirements:
- Consumer Electronics: Potentially used in power supply circuits within laptops, smartphones, and tablets, where efficient power conversion is crucial to prolong battery life and reduce heat.
- Energy and Power Systems: The component might be integrated into solar power inverters, offering the efficiency needed for converting DC from solar panels into usable AC power with minimal losses.
- Transportation and Logistics: Could be found within the charging circuits of electric vehicles (EVs) or in the power management systems of drones, where efficient power handling and heat management are vital.
- Renewable Energy: Possibly applicable in wind turbines or other renewable energy converters, where its high-frequency switching capability could optimize the power conversion process.
It’s important to note that these potential applications are conceptual and would necessitate thorough validation by design teams for real-world implementation, ensuring adherence to the nuanced requirements of each field.
About Micro Commercial Components
Micro Commercial Components (MCC) specializes in the manufacturing of diodes, including Rectifier Diodes, along with a broad spectrum of electronic components. MCC is recognized for producing components that find applications in a variety of sectors, including consumer electronics, automotive, and industrial markets. Their product offerings, including SK34A-LTP among others, are marked by innovation in technology, emphasizing efficiency, reliability, and environmental safety. The company’s diodes, such as the SK34A-LTP, are particularly noted for their adherence to industry standards, robust quality, and performance in demanding applications.
Where to Find SK34A-LTP by Micro Commercial Components
For procurement professionals and engineers looking to integrate SK34A-LTP into their projects, findchips.com offers a comprehensive platform to research, compare current stock levels, and pricing. Additionally, the website provides access to a wide array of Rectifier Diodes, offering alternatives to SK34A-LTP that might be suited for specific applications. Among the distributors historically offering this part are Win Source Electronics, New Advantage Corporation, TME, and DigiKey. However, for the most current availability and pricing, it is advised to visit findchips.com.