CAT1163WI-42-GT3

A PMIC - Supervisor, the CAT1163WI-42-GT3 is an advanced and highly sophisticated single-channel low voltage supervisor device housed in a 5-pin SC-70 package. As its name implies its designed to protect embedded systems from brownouts, power on/off transients, and power up/down sequences.

The main purpose of CAT1163WI-42-GT3 is to provide power supply supervision for power supply sequencing, power-on reset, power up delay and brownout reset function. The device is easy-to-use, inexpensive, and highly efficient in detecting sudden changes in power supply voltage and quickly responding with predefined action.

The CAT1163WI-42-GT3 works based on three main characteristics: Voltage Threshold, Time-out Period and Voltage Hysteresis Level. The voltage threshold is the voltage value which is used to trigger the reset. The Time-out Period is set to determine the length of time the CAT1163WI-42-GT3 will wait before resetting the system. The Voltage Hysteresis Level is used to prevent false reset tripping due to normal fluctuations in the power supply.

The CAT1163WI-42-GT3 provides a range of benefits for applications and systems that need fast and efficient power supply supervision. Its low power consumption and small package size make it suitable for low power embedded systems. It is also highly reliable and accurate in detecting power fluctuations and reacting accordingly. Furthermore, its open drain active-low reset output ensures a wide range of compatibility and ease of integration.

The CAT1163WI-42-GT3 is ideal for a wide range of applications including embedded systems, industrial automation, automotive systems, communications systems, consumer electronics, medical equipment, and more. It is especially suited for applications that require high reliability, a wide temperature range, and high accuracy.

In summary, the CAT1163WI-42-GT3 is an ideal solution for applications requiring reliable and efficient power supply supervision. Its low power consumption and small form factor make it great for embedded systems and other low power applications. It is easy to integrate and highly reliable in detecting power fluctuations and responding with predefined actions. The device is also highly accurate and suitable for applications requiring wide temperature range and high accuracy.