Digital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full Load

TEA2376DT is a digital, configurable dual-phase interleaved power factor correction (PFC) controller launched by NXP. It aims to enhance the efficiency, power density, and reliability of power supply systems by employing designs such as “interleaved parallel” in its circuit structure. Below is a table summarizing its main advantages for quick reference:

Digital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full Load

Design Support and Resources: The TEA2376DT comes with a graphical user interface (GUI) tool (such as Ringo TEA2376 GUI) for easy parameter configuration, status monitoring, and debugging. NXP also provides evaluation boards, such as the TEA2376DB1602 300W PFC demonstration board, to facilitate rapid prototyping and performance evaluation. In summary, the TEA2376DT is a powerful and flexible digital PFC controller that enhances the efficiency, reliability, and power density of power supplies through advanced architecture and intelligent control, while simplifying the design process. It is particularly suitable for high-power supply designs that demand high performance, high power density, and compliance with strict energy efficiency standards.

1KW Example is as follows:

Digital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full Load

Data sheet is as follows:

Digital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full LoadDigital Dual-Phase Interleaved PFC Chip Solution TEA2376DT with 92% Efficiency at 10% Load and 98.3% at Full Load

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