Vicor Corporation Tariff Inquiry

VI-PALL-EWW

VI-PALL-EWW Description

The VI-PALL-EWW is an AC/DC converter manufactured by Vicor Corporation, designed to provide reliable and efficient power conversion. With a rating of 2x28V and 100W, this converter is suitable for various applications requiring high-performance power solutions. The VI-PALL-EWW is classified under the category of External/Internal AC DC Converters and is currently marked as obsolete. Despite its obsolete status, it remains a valuable option for specific use cases.

VI-PALL-EWW Features

1. Manufacturer: Vicor Corporation, a renowned company in the electronics industry, known for its high-quality products.
2. ECCN: EAR99, indicating that the product is not subject to export controls.
3. HTSUS: 8504.40.9530, the Harmonized Tariff Schedule code for this product.
4. Package: Bulk, allowing for flexible integration into various systems.
5. Product Status: Obsolete, but still available for specific applications.
6. Moisture Sensitivity Level (MSL): 1 (Unlimited), ensuring reliable performance in various environments.

VI-PALL-EWW Applications

The VI-PALL-EWW is ideal for applications where a high-performance AC/DC converter is required. Some specific use cases include:

1. Industrial Automation: Providing stable power to control systems and sensors in industrial environments.
2. Telecommunications: Powering base stations and other communication equipment in remote locations.
3. Medical Equipment: Ensuring reliable power supply to critical medical devices.
4. Military and Aerospace: Supporting power requirements in harsh and demanding environments.

Conclusion of VI-PALL-EWW

The VI-PALL-EWW, despite being an obsolete model, offers unique advantages in specific applications. Its high-performance capabilities, reliable power conversion, and flexible packaging make it a valuable option for industries such as industrial automation, telecommunications, medical equipment, and military/aerospace. While it may not be the latest technology, the VI-PALL-EWW remains a viable solution for systems that require a dependable and efficient power source.