DCM4623TD2H31E0T70

Product Overview

DCM4623TD2H31E0T70 is a Vicor Corporation DC-DC converter designated for board-mount power conversion. The technical designation includes 4623 DCM, 6/1 K, 28 V, 500 W, and TH. The product is a DC-DC converter with an output-input designation, which is relevant when defining the converter's role in a power architecture. As a board-mount DC-DC converter, it is intended for integration on a circuit board rather than as a standalone enclosure-level supply. The technical designation therefore provides the primary basis for evaluating compatibility with a system's voltage, power, and mounting requirements, while additional specifications should be confirmed from the component's complete technical documentation before design release.

Key Features

• Part number DCM4623TD2H31E0T70 is manufactured by Vicor Corporation.
• The technical designation includes 4623 DCM, 6/1 K, 28 V, 500 W, and TH.
• The device is a board-mount DC-DC converter.
• The DC-DC converter has an output-input designation.
• The 28 V and 500 W values are part of the technical designation.

Applications

• Board-level DC power conversion in embedded computing systems.
• Power distribution in communications and network equipment.
• DC bus conversion in instrumentation and test equipment.
• On-board power architecture support for industrial control hardware.

Design & Procurement Notes

When selecting DCM4623TD2H31E0T70, confirm that the 28 V and 500 W values in the designation match the intended system power requirements. Verify that the 6/1 K value and output-input designation are compatible with the chosen input source and load path. Because the device is a board-mount DC-DC converter with a TH designation, check mounting orientation, board spacing, and mechanical clearance before layout. The technical designation does not define input voltage range, efficiency, isolation, protection features, or environmental ratings, so those parameters should not be assumed. Review the complete technical documentation for the part to confirm electrical, thermal, and mechanical requirements before design release.