TPS2411PW

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TPS2411PW is a PMIC - OR Controllers, Ideal Diodes which combines a dansk delivery, regulation and overcurrent protection in one package. It is an ideal solution for a variety of applications requiring current monitoring and regulation, such as automotive, automotive audio, consumer electronics, industrial, and communication systems. The TPS2411PW is ideal for regulating and monitoring current in a wide range of applications from automotive and audio systems to consumer electronics and industrial applications.

Overview

The TPS2411PW is a highly integrated controller and ideal diode solution for current regulation in a variety of applications. The device provides integrated current regulation, overcurrent protection and robust overvoltage protection for applications where current regulation, overcurrent protection and overvoltage protection are critical. It features a wide input voltage range, a low-side ideal diode, a selectable current limit, and adjustable output voltage. The device is designed to provide a cost-effective and reliable solution for regulating and protecting the current in a wide range of automotive and consumer applications.

TPS2411PW Application Field

The TPS2411PW is suitable for a wide variety of applications with current regulation, overcurrent protection, and overvoltage protection. The device is ideal for automotive, audio, consumer electronics, industrial, and communication systems. Automotive applications include automotive audio systems, telematics, in-vehicle entertainment, vehicle electrical systems, and battery management systems. Audio applications include headphone amplifiers, audio amplifiers, and loudspeakers. Consumer electronics applications include video displays, laptop adaptors, and gaming systems. Industrial applications include industrial/process controls, UPS systems, inverters, and motor drives. The device is also suited for communications applications such as telecommunications, server chassis, LAN node access, and broadband access.

TPS2411PW Working Principle

The TPS2411PW integrates ideal diode and current-regulated architecture in order to ensure high efficiency and the reliable operation of output circuits. The wide range of features available with the device allows for the use of a single chip solution to regulate, monitor, and protect current in a wide range of applications. The device features overvoltage protection, current regulation, and overcurrent protection. The current regulation feature controls the output current within a set limit, while the overvoltage protection prevents the output voltage from exceeding a predetermined level. The overcurrent protection feature prevents output pin transients from exceeding the set limit. The TPS2411PW is able to regulate the output current by monitoring the voltage at the current sense pin. When the voltage at the pin exceeds the current limit set by the user, the output current is regulated to a level equal to or lower than the set limit.

The device also has a low-side ideal diode feature which allows for efficient conversion of high voltage sources into a lower voltage. The low-side ideal diode provides an efficient and cost effective solution for controlling the output voltage and current. In addition, the ideal diode feature improves the efficiency of the device by allowing the output voltage to be set at the reduced level while maintaining the same current level. The device also features selectable current limit, which allows the user to select the current limit for the device. The selectable current limit setting allows the user to adjust the output current to a desired level.

The TPS2411PW is a highly efficient and cost effective solution for current regulation, overcurrent protection, and overvoltage protection in a variety of applications. The device provides an efficient and reliable solution for regulating and protecting the current in a wide range of automotive and consumer applications. The device is also well suited for audio, consumer electronics, industrial and communication systems. The device features integrated ideal diode, selectable current limit, adjustable output voltage, and a wide input voltage range.

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