TEA1613T/N1,518

Power Supply Controllers, Monitors,

The TEA1613T/N1,518 is an advanced power management integrated circuit (PMIC) with integrated high-end features that are capable of providing a regulated output up to 2 kW. This PMIC also includes a rich set of analog and digital functions which enable a wide range of applications, including AC/DC, DC/DC and DC/AC applications. Its excellent performance and its large array of features make the TEA1613T/N1,518 an ideal choice for powering any demanding application.

Application Field

The TEA1613T/N1,518 is particularly suitable for a wide range of demanding applications in the industrial, automotive and consumer industrial markets. It is designed for applications like high-power LED lighting, as well as other industrial, automotive and consumer applications, such as high-end portable audio and video equipment and energy efficient home appliances. Moreover, its output power capability makes it suitable for many high-end applications.

Features

The TEA1613T/N1,518 features a wide range of features that make it suitable for the most demanding applications. These features include: an integrated 2-wire temperature sensor with temperature compensation; a programmable dead time control; a programmable overcurrent protection; a programmable overvoltage protection; a programmable undervoltage protection; a programmable over-temperature protection; and a programmable current monitoring. All these features are designed to ensure maximum safety and reliability in all types of application.

Working Principle

The TEA1613T/N1,518 works by employing two main components; the primary regulator and the secondary regulator. The primary regulator is responsible for setting the output voltage and regulating the current. The secondary regulator is responsible for monitoring the output current, temperature and voltage. The output voltage is then regulated by the secondary regulator, which is connected to a voltage feedback pin that feeds back the current output voltage.

The primary regulator is also responsible for sensing the load and regulating the voltage accordingly. This is done by the use of a voltage reference, a current sense amplifier and a load sense amplifier. The primary and secondary regulators can be combined to form a “master-slave” configuration, in which the master regulator regulates the voltage, while the slave regulator monitors the output current, temperature and voltage.

The primary and secondary regulators are connected through a control loop that is capable of detecting any deviation from the target output voltage. This control loop adjusts the output voltage by either increasing or decreasing it. Finally, the output voltage is set and regulated by the primary[ regulator, while the secondary regulator continuously monitors the output conditions.

Conclusion

The TEA1613T/N1,518 is a highly advanced power management integrated circuit (PMIC) that provides a regulated output up to 2 kW and includes a rich set of analog and digital functions. Suitable applications include industrial, automotive and consumer industrial applications, such as high-power LED lighting, high-end portable audio and video equipment and energy efficient home appliances. Furthermore, its features allow it to be used in a wide range of demanding applications. The integrated primary and secondary regulators are responsible for setting the output voltage, regulating the current and monitoring the output current, temperature and voltage.