MAX6364LUT31-T

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PMIC stands for power management integrated circuits. These highly integrated and advanced devices are used to monitor, regulate and control the power supply of a system or circuit. Supervisors are a type of PMICs that are primarily used for applications such as detecting, sequencing, and fault management. In particular, the MAX6364LUT31-T is a supervisor that is designed to provide reliable power management for various types of embedded systems.

The MAX6364LUT31-T is a low-power supervisor that has a Push-Pull type output designed with a wide operating voltage range of 1.8V to 5.5V. It is a family of single- and three-volt-input precision voltage supervisors with an adjustable active-low Push-Pull reset with built-in debounce filter. The device also features a manual reset switch, over-temperature protection, brown-out detector, and an active-low Push-Pull reset output.

The MAX6364LUT31-T is well suited for use in a variety of embedded systems that require precise and stable power management. It can be used in processors, microcontrollers, digital signal processors, and other applications that require active reset as part of their power management profile. The device is housed in a small 8-lead thin-shrink small-outline package (TSSOP-8) and has a wide operating temperature range of -40°C to +85°C.

The main application field of the MAX6364LUT31-T is that of providing reliable power management for embedded systems. The device is designed to be used in various applications such as voltage-monitoring, controlling power up and power down of various system elements, generating reset signals, and detecting brownout or under-voltage conditions. It can be used to detect when an input power source reaches its specified voltage range, or when the voltage drops below a predetermined threshold. When the input voltage reaches a certain range, the device will output a signal indicating the power is safe to use, and a reset signal will be generated when the input voltage drops below the predetermined threshold.

The working principle of the MAX6364LUT31-T is very simple. The device monitors the input voltage at all times and when it reaches the specified voltage range, a “Power Good” signal is generated. On the other hand, when the voltage drops below the predetermined voltage threshold, a “Power Bad” signal is generated along with a reset signal. This reset signal will trigger a shutdown of the system or circuit.

To conclude, the MAX6364LUT31-T is a low-power supervisor device that is designed to provide reliable power management for embedded systems. It has an adjustable active-low Push-Pull reset with built-in debounce filter along with other features such as a manual reset switch and over-temperature protection. It monitors the input voltage of the system and generates a “Power Good” or “Power Bad” signal depending on the voltage level. When the input voltage drops below the specified threshold, a reset signal is generated, triggering the system to power down.

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