MAX6385XS34D7-T

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Power Management Integrated Circuit (PMIC) devices are often referred to as supervisors because they offer a large range of features and integrated support for efficient power management. The MAX6385XS34D7-T is a PMIC supervisor device that offers tight tolerance control of low-voltage supplies, independent monitoring of multiple voltage nodes, and an on-chip comparator for threshold and reset signalling. This integrated device is designed to help reduce design footprint and simplify the design process for providing reliable power management for system functions.

In the presence of low system voltage, the MAX6385XS34D7-T device serves as a system supervisor, providing accurate control of low voltage supplies and reset signalling. The integrated device offers stringent control of low voltage operation, with a tight tolerance of 10%, with an adjustable alarm threshold. The device is designed to function over a -40 ^oC to +85 ^oC temperature range and has an integrated bandgap reference with an output error of less than 0.5%.

It is a versatile device, allowing the voltage supervisor to be universally applied in the system. The MAX6385XS34D7-T provides reset outputs and open-drain outputs with an adjustable 2.5V level that can be used to control a wide range of external logic devices such as CPU, FPGA and other digital logic applications. The device also includes a bidirectional GPIO that is used for system control and sensing. This device offers monitoring of two independent voltage lines, enabling simultaneous voltage monitoring on two supply rails.

The MAX6385XS34D7-T is designed to operate with a wide operating supply range that allows it to be used with both 3.3V and 5V systems. An integrated low-voltage detector (LVD) allows the supervisor to detect low-voltage conditions and issue a reset output that can be used to prevent data corruption or system failure. The device has an adjustable time delay of between 10 microseconds and 4.17 milliseconds and an adjustable reset delay of between 5 microseconds and 3 seconds.

The MAX6385XS34D7-T PMIC supervisor device also offers frequency monitoring of the input signals. An adjustable frequency range of between 0.25Hz and 25KHz is available to detect pulse width glitches and other input signal irregularities. Also included is an adjustable state change detect that allows the device to detect changes in programmable device states. This feature allows the supervisor to detect changes in the output state of a logic device and to adjust the system response accordingly.

The MAX6385XS34D7-T is an integrated device that offers a variety of advantages for system supervisors, including low power consumption, small package sizes and a wide voltage range. It is capable of accurately controlling low voltage supplies while monitoring multiple voltage nodes and providing reset signalling. It also offers frequency monitoring of the input signals and adjustable state change detect to detect changes in the output state of logic devices. The device provides efficient power monitoring and supervision, making it an ideal solution for many power management applications.

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