MIC2595R-1YM

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Power management integrated circuits (PMICs) enable a wide range of applications by managing and controlling multiple power inputs, such as battery charging and power conditioner operation. Among the various PMICs available in the market, the MIC2595R-1YM is a high-performance PMIC specifically designed for hot swap applications. The MIC2595R-1YM is a unique solution that allows users to easily manage their hot-swap operations without having to manually configure the system. This PMIC provides a robust and reliable solution for hot-swap-managed systems.

The MIC2595R-1YM offers a wide range of features and benefits for hot swap applications. This device has high current and voltage ratings, allowing for maximum power delivery when enabling and disabling hot-swap devices. It also offers a variety of protection features, including input/output undervoltage, output overvoltage, and overcurrent protection. Furthermore, the MIC2595R-1YM includes an adjustable power-good signal that helps prevent latch-up in systems with tight power budgets.

The MIC2595R-1YM can be used in a variety of applications, from mainframe computers to embedded systems. It is an ideal solution for managing hot swap operations in data centers and enterprise-level systems, where power savings and reliability are critical. Furthermore, it is a versatile and cost-effective solution for adding hot-swap management capabilities to mobile, automotive, and IoT applications.

The MIC2595R-1YM operates on a variety of power supply voltages, from 3.3V to 40V. This allows users to efficiently manage hot-swap operations when using multiple power sources. In addition, the MIC2595R-1YM can be used to configure a system’s sequencing, delay, and enable/disable operations. This PMIC also enables power sequencing and delay programming using PMBus commands. As a result, users can easily configure their hot-swap operations without having to manually sequence power supplies.

The MIC2595R-1YM operates as a hot-swap controller by providing two independent channels for power management. The two channels allow users to configure their hot-swap operations in both standalone and networked applications. Each channel can be configured to operate independently, allowing for a wide range of flexibility when soft-swapping systems. Furthermore, both channels offer fast transient protection and auto-retry functionality, further enhancing the system’s reliability.

The MIC2595R-1YM provides an ideal solution for managing hot-swap operations in a variety of applications. Its ability to configure sequences and delays with PMBus commands allows users to easily configure their systems for optimal power management. Furthermore, its robust protection features ensure reliable operation in high-power and transient environments. As a result, the MIC2595R-1YM is a powerful and versatile solution for hot-swap applications.

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