The NXP TEA18361T/1J is a highly integrated GreenChip SMPS (Switched Mode Power Supply) control IC designed for efficient and cost-effective power solutions. This advanced controller is ideal for applications in power supplies that require low standby power and high efficiency across a wide load range.

Key Features

• High Efficiency: With its advanced control techniques, the TEA18361T/1J ensures high efficiency at both high and low loads, making it suitable for energy-saving applications.
• Low Standby Power: The device is optimized for low power consumption in standby mode, helping to meet stringent energy regulations such as Energy Star and the European Code of Conduct.
• Integrated Protection Features: The IC includes various protection features such as OverVoltage Protection (OVP), OverCurrent Protection (OCP), and OverTemperature Protection (OTP), enhancing the reliability and safety of the power supply.
• Valley Switching: It employs valley switching for minimized switching losses, contributing to its high efficiency.
• Frequency Modulation: To reduce ElectroMagnetic Interference (EMI), the device features frequency modulation.
• GreenChip Technology: As part of NXP's GreenChip portfolio, the TEA18361T/1J is designed for eco-friendly power solutions.

Applications

The TEA18361T/1J is versatile and can be used in a variety of applications, including:

• Adapters for notebooks and smartphones
• Consumer electronics power supplies
• Standby and auxiliary power supplies
• LED lighting systems

Technical Specifications

The TEA18361T/1J operates over a wide supply voltage range and is housed in a compact SO8 package. It is designed to work with various converter topologies, such as flyback, forward, or quasi-resonant converters.

Conclusion

As an innovative solution from NXP, the TEA18361T/1J GreenChip SMPS control IC stands out for its energy efficiency, advanced features, and environmental consciousness. Whether for consumer electronics, lighting, or power adapters, this IC delivers performance and reliability in a compact form factor.