MAX6376XR26+T

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Power Management Integrated Circuit (PMIC) technology is highly complex and efficient, providing a vast array of potential applications for a variety of uses. Among the most sophisticated of PMICs is the MAX6376XR26+T, a high performance, highly integrated, digital supervisor/controller from Maxim Integrated. This device is well suited for battery management and monitoring of power supply rails in the most demanding of designs and applications.

The MAX6376XR26+T is designed to integrate many complex features into a single integrated circuit unit. It is an important supervisor device for monitoring the integrity of regulated dc power supplies that provide functional supply voltages in digital systems. The device offers a voltage detection range of 1.3V to 6.3V and a detection voltage accuracy of 0.02%.

The main purpose of the MAX6376XR26+T is to monitor the power supply output and provide a means to rapidly detect a drop in the output voltage below the nominal preset value. When a sudden drop in the output voltage is detected, the device automatically applies a reset pulse to the control logic or microprocessor to alert the system, or to take necessary corrective action to restore operation.

The MAX6376XR26+T offers a wide range of features, including advanced diagnostic functions to estimate the supply voltage. It also provides a selectable delay either before or after the supply voltage has returned to a state of integrity, as well as a programmable reset timeout, allowing flexibility in system configuration.

The device features an adjustable voltage output delay in order to allow the regulator to settle after the initial power-up. It also offers an adjustable reset timeout that is used to prevent false resets in the event of a minor voltage drop. The device can be implemented in both SOT-23-5 and SOIC-8 packages.

In addition to its ability to monitor the level of power supply voltages, the MAX6376XR26+T can also be used to monitor supply voltages for digital logic signals that have valid logic transition levels. This is especially useful for communication bus systems, whereby valid logic transitions are monitored to ensure communication is maintained.

The MAX6376XR26+T is an ideal choice for battery monitoring, system supervisory functions, and power supply sequencing in battery powered portable applications. It is well suited for applications including wireless charging, portable computers, tablet PCs, smartphones, personal navigation devices, and other portable consumer electronics.

The MAX6376XR26+T is designed to provide system integrity, high performance, and accurate monitoring in battery powered portable applications. The supervisory functions and diagnostics offered by the device ensure reliable operation in a variety of applications, making it a versatile and efficient solution for power management.

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