NXP TEA2209T is an active bridge rectifier controller that can replace traditional diode bridges, significantly improving power converter efficiency by eliminating rectifier diode-forward conduction losses. It directly drives four rectifier MOSFETs, reducing external part count and enabling a self-supplying operation with very low IC power consumption. The TEA2209T features an integrated X-capacitor discharge function, undervoltage lockout for high-side and low-side drivers, drain-source overvoltage protection for external power MOSFETs, and a disable function for all external power FETs.
NXP TEA2209T is an active bridge rectifier controller that can replace traditional diode bridges, significantly improving power converter efficiency by eliminating rectifier diode-forward conduction losses. It directly drives four rectifier MOSFETs, reducing external part count and enabling a self-supplying operation with very low IC power consumption. The TEA2209T features an integrated X-capacitor discharge function, undervoltage lockout for high-side and low-side drivers, drain-source overvoltage protection for external power MOSFETs, and a disable function for all external power FETs.
NXP TEA2209T is an active bridge rectifier controller that can replace traditional diode bridges, significantly improving power converter efficiency by eliminating rectifier diode-forward conduction losses. It directly drives four rectifier MOSFETs, reducing external part count and enabling a self-supplying operation with very low IC power consumption. The TEA2209T features an integrated X-capacitor discharge function, undervoltage lockout for high-side and low-side drivers, drain-source overvoltage protection for external power MOSFETs, and a disable function for all external power FETs.
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