MAX6855UK28D2+T

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The MAX6855UK28D2+T is a supervisor IC that is specifically designed to improve and enhance the application field and working principle of PMIC Supervisors. The chief purpose of this supervisor IC is to supervise power supply voltage, and also to provide fault protection.

The MAX6855UK28D2+T has a variety of features that make it adept at PMIC Supervisors. The MAX6855UK28D2+T features a rail-to-rail output and supports adjustable supply voltages from 1.8V through 5.5V. It supports an input voltage range from 0.7V to 5.5V and has a zero standby-current consumption, so it’s extremely energy efficient. It also has an integrated voltage reference with 200mV accuracy and provides a power-on reset pin, providing reset immunity in the presence of a non-asserted reset.

The MAX6855UK28D2+T also provides improved fault protection. It has an adjustable delay-time circuit which has the ability to detect and differentiate between the valid power-up and power-down sequences and it has a power-fail input with a programmable reliable threshold. The MAX6855UK28D2+T is also equipped with an overvoltage fault (UV) input and an external integrated circuit active reset output.

In addition, the MAX6855UK28D2+T has an extremely wide operating temperature range of -40C to +85C, allowing it to function in virtually any environment. It consumes very low current, making it highly efficient, and it provides high tolerance against ESD and EMI, providing secure operation. Finally, the MAX6855UK28D2+T is available in a small footprint SOIC package, making it ideal for space-constrained applications.

The MAX6855UK28D2+T is a highly functional supervisor IC and a great choice for PMIC Supervisors. It has a wide range of features that make it well-suited to the application field and working principle of PMIC Supervisors. It can provide dependable power supply voltage supervision, improved fault protection, and low current consumption and ESD and EMI protection. All this is provided in a small footprint SOIC package, making it an attractive choice for any PMIC Supervisors application.

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