TND314S-TL-E

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Power Management Integrated Circuits (PMICs) are highly integrated solutions that offer a wide range of power management and conversion capabilities. They provide design engineers with the ability to manage energy in various systems ranging from small automotive and consumer electronic applications to large-scale industrial systems. PMICs are used to control every aspect of a system’s power management, including the distribution of power, load drivers, and other device protection components.

The TND314S-TL-E is a low dropout (LDO) regulator voltage regulator that is used to help protect electronic circuits from over-voltage and short-circuit conditions. It is categorized as a PMIC - Power Distribution Switches, Load Drivers, due to its ability to control the power distribution inside a system. The TND314S-TL-E also has a high efficiency, low noise behavior, and can be used in a wide range of applications, such as mobile devices and automotive systems.

The TND314S-TL-E is built with a two-mode (active and standby) operation and is capable of providing up to 3A output current. It features an overvoltage protection (OVP) of 6.3V and a short-circuit protection (SCP) of 8V. The device also has an adjustable output voltage (1.2V-6.3V), which makes it great for powering a wide variety of circuits. Additionally, it has low quiescent current (<100uA) and fast transient response (<100us).

In addition to the various protection features, the TND314S-TL-E also has a wide operating temperature range (-40C to 125C). This makes it ideal for applications where higher power losses and temperatures are expected, such as those found in industrial, consumer, or automotive designs. The TND314S-TL-E also has an adjustable eStartup Delay and an adjustable soft-start time, both of which can help reduce any inrush currents that are created during system startup.

The TND314S-TL-E is a great choice for use in systems where the power supply needs to be protected from overvoltage or short-circuit conditions. It can be used in numerous applications and high-temperature environments, and its wide operating temperature range makes it suitable for a wide range of applications. Its two-mode operation and protection features also add an extra layer of protection, ensuring that the circuit is protected against any overvoltage or short-circuit conditions.

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