ISL88003IH16Z-TK

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PMIC - Supervisors is a broad topic containing various components, operating principles, and applications. ISL88003IH16Z-TK is one such PMIC - Supervisors component and this paper explores its application field and working principle.

ISL88003IH16Z-TK is a configurable, high-precision, low-power supervisor. It is capable of monitoring low-voltage power outputs, as well as up to 7 battery, capacitor, or resistor-divider voltages with an accuracy of +/- 1mV. It features a watchdog and manual reset input, and an active-low reset output, making it an ideal choice for use in communications, automotive, and industrial applications where accurate power supply management is necessary.

The application field of the ISL88003IH16Z-TK is wide, with many potential uses. Its precision and low-power operation make it especially suitable for use in mobile applications, such as cell phones and tablets. Its watchdog and manual reset input, as well as its active-low reset output, make it ideal for use in embedded systems, computers, and similar devices where power management is necessary. It can also be used in industrial applications such as factory automation systems, and in communications systems such as DSL, Wi-Fi, and cable modems.

The working principle of the ISL88003IH16Z-TK relies on its ability to accurately monitor the voltage of a power supply line. The device is set to constantly measure the voltage across a power line and if the voltage falls below a certain threshold, it will notify the system. A manual reset input can also be used to clear false alarms. If the voltage remains low for a certain period of time, the output will turn off, and the supervisor will start a cycle of resetting in order to restore the system.

The ISL88003IH16Z-TK is a robust and precise supervisor for use in many applications. Its high-precision monitoring capabilities make it ideal for embedded systems, factory automation systems, DSL, Wi-Fi, and cable systems. Furthermore, its low power consumption make it suitable for use in mobile applications, such cell phones and tablets. As such, it is an ideal choice for various applications requiring accurate power management.

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