MAX6309UK46D3-T

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The MAX6309UK46D3-T is an ultra-low-power supervisor device, sometimes referred to as an protection supervisor IC (Supervisors IC). This device is part of a wide portfolio of supervisor ICs and falls under the PMIC (Power Monitoring and Control) category. As the name suggests, PMIC is an integrated circuit (IC) that helps to monitor and control a device\'s power supply, often in battery operated equipment.

MAX6309UK46D3-T\'s application field lies in devices running on a single power source, for example Li-ion batteries, super-capacitors, or any other source. This supervisor IC can be used on various operating types and supply voltages, from digital-only applications with 1.5V to 4.5V or applications with a combination of digital and analogue, ranging 3.3V to 4.5V. This device is suitable for a variety of applications, ranging from Industrial, Automotive, Medical and Automotive.

The working principle of the MAX6309UK46D3-T is quite simple. The IC acts as a supervisor for the power supply and will be enable the circuit only when the low voltage is stable and safe to operate. This IC\'s main purpose is to protect the circuit from fringe power events. It monitors the power supply, ensuring that the voltage is within the operational parameters. In case of a low voltage or overvoltage on the power supply, the supervisor IC trips, immediately disabling the circuit and protecting it from damage.

The MAX6309UK46D3-T has a dedicated factory-programmed input for brown-out (BOD) voltage. It can also interpret a fall in voltage as a reset signal and it has a reset delay timer. It comes with a wide detection range, with a BOD threshold typically setting up to 4.13V. The supervisor also features a push-button reset switch and an active low reset output signal. It has a wide range of operating temperatures and supply voltages.

The MAX6309UK46D3-T is an ideal supervisor IC for a variety of applications that require operations within critical low power supply levels. It features low quiescent current, wide input voltage range, push-button reset and a wide temperature range, making it an excellent choice for any such application.

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