MIC2341-2YTQ

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MIC2341-2YTQ Hot Swap Controllers

The MIC2341-2YTQ hot swap controllers are ideal for hot swap applications such as low power and low voltage ATX power supplies, digital imaging systems, and networking systems. They provide a high level of protection, such as overvoltage protection and undervoltage protection, to ensure that the system is operating safely and reliably. The controllers feature programmable current limit, overvoltage protection (OVP), undervoltage protection (UVP), thermal shutdown, soft-start, and output discharge.

The MIC2341-2YTQ hot swap controllers offer a configurable current limit, which can be adjusted depending on the system\'s power requirements. The current limit ensures that the system is not over-powered, preventing any damage due to over-current or over-temperature conditions. The overvoltage protection feature guards against damage or system failures due to excessive voltages, while the undervoltage protection prevents system failures due to insufficient voltage.

The thermal shutdown feature protects the system from damage due to excessive temperatures, which may be caused by prolonged heavy loading or a faulty thermal solution. The soft-start feature allows the system to power up slowly and safely, reducing load-inrush currents to prevent overloading of the system.

In addition, the MIC2341-2YTQ hot swap controllers offer an output discharge feature, which is used to discharge the voltage stored in the output capacitor after the power supply has been turned off. This ensures that the system is safely powered down and does not present any risk of electric shock.

The MIC2341-2YTQ hot swap controllers are an ideal solution for low-power and low-voltage applications, offering high levels of protection and reliability. They are designed with a wide variety of features, including programmable current limit, overvoltage protection, undervoltage protection, thermal shutdown, soft-start, and output discharge, making them suitable for a wide range of applications.

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