MIC2562A-0BTS

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MIC2562A-0BTS is a Power Distribution Switch, Load Driver designed for low voltage applications such as battery-powered systems. It provides low-on resistance and high load capability, and its design makes it a viable option for use in applications such as Zigbee, Wi-Fi, Bluetooth, and other low voltage systems.

The MIC2562A-0BTS is a fully integrated high-side Power Distribution Switch and Load Driver. It utilizes a low resistance, low power switching FET with a low voltage operating range of 0.1V to 3.3V. It is designed for ultra-low power applications and is capable of switching power in a very efficient manner.

The MIC2562A-0BTS utilizes a Control Logic core located on chip, which is used to control the power switch. This Control Logic core is programmable, allowing engineers to tailor the device’s performance to specific application requirements. The Control Logic core offers multiple features, such as current limiting and soft start functionality, to prevent overloading of the system.

The device is capable of switching loads up to 20 mA and providing up to 5 W of continuous power. It includes an on-chip over temperature protection circuit, which will shut down the system if an over temperature condition occurs. The MIC2562A-0BTS also has a low ESR output capacitor for improved stability in high load applications.

The MIC2562A-0BTS is designed for use in applications such as Zigbee, Wi-Fi, Bluetooth, and other low voltage systems. It is extremely efficient and provides a low-on resistance and high load capability. Its design makes it a viable option for use in applications requiring extremely efficient power switching and low power consumption. Its Control Logic core allows engineers to customize its performance to the specific requirements of their application.

The MIC2562A-0BTS is a highly efficient, programmable, Power Distribution Switch and Load Driver. It provides low-on resistance, high load capability, and an on-chip over temperature protection circuit, making it a viable option for use in low voltage applications. Its Control Logic core can be customized to the specific requirements of an application, allowing engineers to tailor the device’s performance to the exact needs of their application.

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