LTC4380HMS-1#PBF

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TheLTC4380HMS-1#PBF is a high-efficiency, high-performance surge suppression IC (SSI) designed to provide superior protection against overcurrent and sudden voltage transients. It is a single-channel MOSFET-based SSI that can be used for multiple purposes such as Power-Line Surge Protection, Data Line Surge Protection, or Ground Line Surge Protection. It features low on-resistance, fast turn-on and turn-off times, and excellent EMC performance, making it suited for high-power applications such as internal automotive and industrial networks and automotive/industrial applications.

The SSI achieves low conduction losses and fast turn-on and turn-off times by using two internal parallel MOSFETs connected in series between the power supply and load. When a surge is detected, the MOSFETs shut off automatically, isolating the power supply from the load and protecting the circuit from the transient. The SSI also has a built-in permanent discharge circuit that helps to protect the MOSFETs by removing the remaining charge stored on the power supply and load after an overcurrent event.

The SSI can be configured to provide protection for both the positive and negative power supplies of the circuit. In addition, it can be configured with different fault conditions, such as overcurrent detection, undervoltage lockout. and automatic overvoltage protection. It also features a low quiescent current to save energy and a wide temperature range that makes it suited for harsh environments.

The SSI is ideal for applications that require reliable surge suppression. It can be used in various automotive and industrial applications such as Power Line Protection, Data Line Protection, and Ground Line Protection. It also provides excellent EMC performance and is suitable for use in battery operated systems.

The LTC4380HMS-1#PBF is a high-performance SSI that provides the highest level of protection against voltage transients. It is designed for use in high-power applications that require reliable surge suppression. The device features low on-resistance, fast turn-on and turn-off times, excellent EMC performance, and wide temperature range. It is well-suited for use in harsh environments and is ideal for use in automotive and industrial networks.

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