LT4250LCN8#PBF

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LT4250LCN8#PBF is a hot-swappable PMIC controller that helps protect and control the power supplies that connect to an active bus. The device is designed to protect against faults and damages in the input voltage and current of the micro-inverter. This device is a stepping stone for improving the reliability of devices in industrial, computing, and communications applications.

The LT4250LCN8#PBF has a wide operating temperature range from -40°C to 125°C, providing robust performance and protection from external stressors such as temperature, humidity, shock and vibration. The device has a low-power CMOS architecture and a quiescent current of only 10μA.

The LT4250LCN8#PBF also has a high input voltage range of 6V to 32V, making it suitable for all types of micro-inverters. The device is designed with a hot-swap technology that allows it to operate in both active and standby modes and provides protection against undervoltage, fault clamping, and overcurrent. The device is also designed to be insulated against reverse current which makes it suitable for powering high-power applications.

The LT4250LCN8#PBF also features a slew rate control that allows the user to customize the charging profile of the output voltage and current. Additionally, the device also features a low-power shutdown mode that saves power when the device is in an idle or in an inactive state. It also has an onboard circuit breaker that can detect overcurrent and turn off the device to prevent further damage.

The LT4250LCN8#PBF is a highly advanced hot-swap PMIC controller that helps protect and control the power supplies that connect to an active bus. Its wide operating temperature range, low-power CMOS architecture, and slew rate control make it suitable for industrial, communications and computing applications. Moreover, this device is capable of protecting against faults and damages in the input voltage and current of micro-inverters, and can operate in both active and standby modes, providing protection against undervoltage, fault clamping, and overcurrent. The device also features a low-power shutdown mode, an onboard circuit breaker, and is insulated against reverse current, making it suitable for powering high-power applications.

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