LTC4367HMS8#TRPBF

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LTC4367HMS8#TRPBF is an advanced hot-swap controller designed to make it easy to safely integrate power modules into system power distribution. It offers several features to protect the system’s power system components from over-voltage, over-current, and over-temperature damage. It provides protection for the upstream supply, pins, and load when a hot-swapped power module is connected or disconnected from the system. It can be used in applications such as automotive, consumer and industrial electronics.

The overall application field of the LTC4367HMS8#TRPBF is as a hot-swap controller. It enables safe and accurate hot-swap circuit designs that comply with the international safety standard requirements of IEC60730. This makes the LTC4367HMS8#TRPBF suitable for a variety of applications, such as consumer electronics, communications, and automotive. It can also be used for system power distribution, including powering single board computers, embedded systems and distributed power architectures.

The operating principle of the LTC4367HMS8#TRPBF is fairly simple. First, the controller detects an increase in the load voltage when a new power module is connected to the system. This triggers the input current limit mode that lasts for a pre-defined period of time. During this period, the controller provides a voltage that is slightly less than the allowed maximum in order to protect the components from over-voltage damage.

Once the input current limit mode is complete, the controller monitors the load for any further increases in voltage. If the voltage reaches the level defined by the input overvoltage protection circuitry, the controller shuts down the supply. This and other features of the controller help protect the system against voltage, current, and temperature overload.

The LTC4367HMS8#TRPBF is an ideal choice for hot-swap operations in a wide range of applications. It offers features such as an input over-voltage threshold, input current limit mode, power on delay, and adjustable soft-start time. These features make it easy to safely and accurately hot-swap power modules into the system power distribution.

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