MAX6765TTLD4+T

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The MAX6765TTLD4+T is a low quiescent-current supervisor with four manual reset inputs. It is designed for systems that use manual reset inputs to monitor power and environmental conditions. This supervisor takes a manual reset input and generates an active low reset pulse for the microprocessor when the overall system fails. The MAX6765TTLD4+T offers reset accuracy to within ±2.5%, combined with fast response time (50ms typical). It also features two output drivers to control power rails, active-low manual reset inputs, and hysteretic accuracy to improve immunity to noise.The MAX6765TTLD4+T belongs to the category of PMIC (Power Management Integrated Circuits). It is classified as a Supervisors – the specific term for a device that monitors the power supply and issues reset commands. This type of supervisor is typically used in applications where manual resetting is desired for a periodic reset. It is also used in portable and home applications, where systems require monitoring and manual resetting for robustness.The MAX6765TTLD4+T has a low quiescent current rating, making it highly efficient and suitable for portable applications. It runs from a 1.8V–5.5V supply and draws just 12µA quiescent current when enabled. The MAX6765TTLD4+T has four manual reset inputs and two active-low power-up/down outputs. It monitors and manages the system’s power-up and power-down sequences, with reset accuracy to within ±2.5%. The MAX6765TTLD4+T\'s hysteretic accuracy makes it immune to noisy inputs, and its fast response time (50ms typical) ensures quick resetting of the microprocessor.The MAX6765TTLD4+T is a highly reliable supervisor for applications that require quick and accurate resetting of microprocessors. It can be used in a variety of applications including portable electronics, home appliances, and medical devices. It features a low quiescent current rating, reset accuracy within ±2.5%, hysteretic accuracy for immunity to noise, and fast response time. It is a highly efficient supervisor suitable for a wide range of applications.

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