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The CTX110654-R is a specialty transformer manufactured by Eaton - Electronics Division. It functions as a power transformer designed for board mounting applications. The component provides electrical isolation and voltage conversion capabilities. Key specifications include an input voltage of 2.7VDC and an output voltage of 510VAC at a current rating of 5mA with a frequency of 40kHz. This device is intended for specialized electronic circuits requiring high-voltage generation from low-voltage DC sources.
Verify the manufacturer part number CTX110654-R against official Eaton documentation to ensure authenticity. Confirm that the specific variant matches the required electrical parameters, particularly the 2.7VDC input and 510VAC output ratings. Check for any suffixes or revisions that may indicate different packaging or performance characteristics. Ensure compliance with relevant safety standards for high-voltage components in your application design.
Select this component when a compact solution for stepping up low-voltage DC to high-voltage AC is required. Consider the 5mA output current limit and 40kHz operating frequency during circuit design. Evaluate the physical size and board mounting requirements against available space constraints. Ensure the thermal management strategy accommodates the power dissipation associated with the specified load conditions.
This part belongs to the specialty transformers category within Eaton's electronics division portfolio. These components are engineered for specific industrial and commercial applications where standard transformers may not meet size or performance requirements. The CTX series typically focuses on providing reliable isolation and voltage transformation in compact form factors suitable for modern electronic assemblies.
Consult Eaton's official substitution guide for verified alternative part numbers. Cross-reference technical specifications such as voltage ratios, current ratings, and frequency response before implementing any substitute. Generic replacements may not match the precise electrical characteristics or physical dimensions required for the original design.