MAX6376XR30+T

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The MAX6376XR30+T is a microprocessor supervisory circuit (µP Supervisor) used to reset, monitor and protect computer systems. It is a member of the MAX6376 Supervisor family, a range of integrated circuits that provide reliable reset and power-fail signals.

This supervisory circuit is an adaptive voltage detector, with a unique design that automatically compensates for aging and temperature fluctuations. It also includes an internal precision voltage reference and CMOS glitch-free reset. This device is specifically designed to prevent unexpected system reset due to noise or power supply glitches.

The MAX6376XR30+T device features a low-noise power-on reset (POR) delay of 0.2µs minimum, minimizing total board power-up time. It also features a minimum reset assertion time of 4.3ms, and a reset debounce filter on its reset output (R#). It is housed in a small 8-lead SOIC package and has an operating temperature range of -40°C to +85°C.

The device works by continuously measuring the supply voltage and comparing it to a preset threshold level. When the voltage is below the preset threshold, the MAX6376XR30+T generates a reset signal, triggering the µP reset. The main application fields of the MAX6376XR30+T are communication systems, industrial automation, process control, medical systems, embedded applications and consumer electronics.

The main feature of the MAX6376XR30+T is its low-noise operation. It does not generate false resets due to power supply noise and other disturbances, reducing the risk of system lockup and subsequent system reset. The device also features an internal precision voltage reference and a CMOS glitch-free reset. This helps to improve system reliability and prevent unexpected system resets.

The MAX6376XR30+T is a very reliable supervisory circuit that provides reliable reset and power-fail signals. It is ideal for use in communication systems, industrial automation, process control, medical systems, embedded applications and consumer electronics. Its low-noise operation and internal precision voltage reference help to ensure proper system protection.

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