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PC1-02B-05-G

PC1-02B-05-G Description

The PC1-02B-05-G is an AC/DC converter designed and manufactured by Vicor Corporation, a renowned name in the electronics industry. This enclosed converter offers a power output of 800W with a single output of 5V and 160A. It features a universal input voltage range of 85 to 264 VAC, making it suitable for various global applications. The product is RoHS3 compliant, indicating its adherence to environmental regulations, and it has a moisture sensitivity level of 1, which means it can be stored and used in a wide range of environments without concerns about moisture damage.

PC1-02B-05-G Features

• Adjustable Output: Allows for precise voltage regulation to meet specific application needs.
• DC Input Capable: Offers flexibility in power source options.
• Power Factor Correction (PFC): Ensures high efficiency and reduces harmonic distortion.
• Remote Sense: Maintains output voltage stability over long cable runs.
• Standby Output: Provides a lower power draw option for energy-saving applications.
• Universal Input: Accommodates a wide range of input voltages for global compatibility.
• Voltage Isolation: Offers 4.242 kV isolation for safety and reliability.
• Mounting Type: Chassis Mount for easy integration into various systems.
• Size/Dimension: Compact design with dimensions of 10.24" L x 5.06" W x 1.86" H (260.0mm x 128.5mm x 47.3mm).

PC1-02B-05-G Applications

The PC1-02B-05-G is ideal for applications that require high power and reliability, such as:

• ITE (Commercial): Suitable for commercial and industrial equipment where high power and efficiency are crucial.
• Medical: Meets the stringent requirements of medical devices with its high power output and compliance with safety standards.

Conclusion of PC1-02B-05-G

The PC1-05B-02B-05-G from Vicor Corporation stands out with its high power output, adjustable output, and universal input capabilities, making it a versatile choice for a variety of applications. Its compliance with RoHS3 and CE standards, along with its high voltage isolation, ensures safety and reliability. Despite being classified as obsolete, it remains a robust solution for legacy systems or applications where high power and specific technical specifications are required.