LTC4380IDD-4#PBF

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Surge suppression ICs are integrated circuits designed to protect sensitive electronic equipment from power spikes and surges. The LTC4380IDD-4#PBF is one such IC designed for this purpose. Let\'s take a closer look at the application field and working principle of the LTC4380IDD-4#PBF.

The LTC4380IDD-4#PBF is designed to protect electronic equipment from transient overvoltage events having a peak magnitude of up to 26V. It has a maximum operating supply voltage of 5V and an input/output voltage range of -0.3 V to 60 V. The IC contains a low-resistance MOSFET switch to provide fast transient response, a current limit input for operating at increased current limit, and two enable inputs for programmed overvoltage threshold levels. It is suitable for applications in communications systems, automotive and industrial controls, computer systems, and more.

The LTC4380IDD-4#PBF works by detecting the applied overvoltage and triggering the MOSFET switch. The IC then diverts the overvoltage away from the protected IC, thus protecting it from possible damage. The enable inputs allow the user to program the overvoltage threshold level. If the overvoltage exceeds the programmed threshold level, the MOSFET switch will be triggered, resulting in transient voltage suppression.

The LTC4380IDD-4#PBF is an easy-to-use, low-cost solution for surge suppression applications. It is designed to be used in a variety of systems, ranging from communications systems to automotive and industrial controls. Its low-resistance MOSFET switch provides fast transient response and its enable inputs allow the user to program an overvoltage threshold level for additional safety features. All of these features combine to make the LTC4380IDD-4#PBF an excellent choice for surge suppression applications.

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