MIC2568-1BSM

The MIC2568-1BSM is an ultralow-side driver and power distribution switch belonging to the Power Distribution Switches, Load Drivers family of Power Management Integrated Circuits (PMIC). This component is designed for applications requiring signal distribution and low-current load and gate switching. To operate, the device needs a minimum working voltage of 2.7V and a maximum of 20V. It is equipped with an efficient internal power distribution switch that can be used to supply power to multiple output ports with minimal current loss. This component has an operating temperature of -40°C to +85°C, infinite cycle life, and is configured by the MAX2568 configuration pin.

The MIC2568-1BSM uses a power circuit design (also known as load switch) to provide an ultra-low-side driver with a fast switching speed and low quiescent current. This component is mainly used in situations where a system requires additional on/off control of several outputs with minimal power loss. It is capable of driving external N-MOSFETs and is compatible with low-power microprocessors. Its switching speed (5ns) allows for a fast response from signals without distorting the signal.

The MIC2568-1BSM\'s internal power distribution switch is configured using a MAX2568 configuration pin. This pin is used to select the output voltage, loading current, and other configuration settings. The device also features a thermal shutdown mode to protect it against excessive heat generated by the power distribution switch. Additionally, this component has built-in supply voltage protection, undervoltage lockout, and overvoltage protection. Finally, it is capable of switching voltages between 0-20V with a maximum output current of 1.25A.

In summary, the MIC2568-1BSM is an ultralow-side driver and power distribution switch belonging to the Power Distribution Switches, Load Drivers family of Power Management Integrated Circuits (PMIC). This component provides an efficient internal power distribution switch and low-current load and gate switching. It can be used in applications requiring fast response from signals without distorting the signal and is designed to protect the device from high heat, undervoltage lockout, and overvoltage protection.