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TEA2095T/1/S30J is listed in the Power Supply Controllers, Monitors range at ChipApex. The manufacturer field lists NXP USA Inc.. Its product description is RESONANT SR CONTROLLER. Review the specifications below when checking this part for your BOM.
The TEA2095T/1/S30J is a dual synchronous rectification controller IC designed for switch-mode power supplies, specifically optimized for resonant converter secondary-side rectification. It utilizes an adaptive gate drive method to achieve maximum efficiency across any load condition. The device features two independent driver stages with dedicated sensing inputs to control SR MOSFETs, correcting output from center-tapped transformer windings. It operates within a wide supply voltage range of 4.75V to 38V and supports switching frequencies up to 1 MHz. Packaged in an SO-8 format, it includes interlock functionality to prevent simultaneous external MOSFET conduction.
Verify the specific suffix S30J against official NXP documentation to confirm packaging details and tape-and-reel specifications. Ensure compatibility with the target PCB footprint and thermal requirements. Cross-reference the component marking with the manufacturer's latest datasheet to validate authenticity and production batch information before integration into the design.
Select this component for applications requiring high-efficiency synchronous rectification in resonant topologies. The dual-channel architecture suits center-tapped secondary designs. Verify that the operating frequency remains within the 1 MHz limit and that the supply voltage stays within the specified 4.75V to 38V range. Consider the SO-8 package constraints for thermal management and board space.
This part belongs to the TEA2095 series of synchronous rectification controllers from NXP Semiconductors. It is part of the GreenChip solution portfolio, aimed at improving power supply efficiency and meeting strict energy regulations. The series is designed to replace traditional diode rectifiers with active MOSFET control to reduce conduction losses in modern power adapters and displays.
Consult official NXP substitution guides for form-fit-function compatible alternatives. Verify pinout and electrical characteristics match if considering cross-brand replacements.
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