ADM8611N293ACBZ-R7

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ADM8611N293ACBZ-R7 is a PMIC (Power Management Integrated Circuit) specifically classified as a Supervisor, developed by Analog Devices. It offers a reset/power-on reset function with a wide range of programmable conditions. It is a popular choice for many applications, due to its wide variety of programmable and adjustable parameters, including programmable pre-trigger, trigger and post-trigger functions, and adjustable reset delay, hold-off and assert times. The ADM8611N293ACBZ-R7 is a low-power, low-quiescent current device, designed to operate with a power supply range of 3.8V to 6.0V

The ADM8611N293ACBZ-R7 supervisor is designed to operate as a reset/power-on reset circuit, utilizing a reset input, power-on reset input, and preset and reset outputs. The reset input senses the system supply voltage and reports to a master reset controller. The power-on reset input triggers the reset output following a power-on redundancy event. Finally, the preset output provides an optional “pre-set” signal to allow safer system power-up.

The ADM8611N293ACBZ-R7’s primary function is to provide a reset or power-on reset signal in response to a voltage drop on the reset input or the power-on reset input. The reset input voltage is monitored by the ADM8611N293ACBZ-R7 and when triggered, the output turns off until the reset input voltage has been restored to an acceptable level. The time window between the reset input’s voltage trip and the reset output’s activation is programmable through external resistors. The hold-off time, between the reset signal’s deactivation and the reset output’s re-activation, is programmable, as well. This allows the user to tailor the reset signal to fit the particular application’s requirements.

The ADM8611N293ACBZ-R7 offers two power-on reset inputs, each with a programmable pre-trigger and post-trigger window. This allows the supervisor to accommodate a variety of power-on reset conditions, depending on the application’s needs. The power-on reset inputs can be triggered during power-on by either a low-voltage input condition or a high-voltage input condition. The reset delay on the power-on reset input is again programmable, through external resistors.

The ADM8611N293ACBZ-R7 also features a wide variety of adjustable parameters. This allows the user to customize the reset signal to fit the requirements of the particular application. The reset/power-on reset output can be programmed to remain active for a specific amount of time after the reset or power-on reset condition is removed. The reset signal’s assert time, in other words, the time between the reset input’s high-voltage state and the reset output’s activation, is adjustable, as well. The ADM8611N293ACBZ-R7’s programmable parameters and adjustable settings make it a flexible and reliable reset/power-on reset supervisor.

The ADM8611N293ACBZ-R7 supervisor is most often used for applications that require a reset signal following a power-on redundancy event or other low-voltage input states. It has been used in a variety of consumer and industrial applications, such as electronic test equipment, security systems, SCADA systems, and other power-sensitive applications. The ADM8611N293ACBZ-R7 is also commonly used in military and aerospace applications, due to its low-power quiescent current and its ability to withstand extreme temperatures and environments.

The ADM8611N293ACBZ-R7 supervisor offers a fast, reliable reset and power-on reset signal that is adjustable and tailored to the particular application’s needs and requirements. Its wide range of programmable and adjustable parameters, including programmable pre-trigger, trigger, and post-trigger functions, as well as adjustable reset delay, hold-off and assert times, make the ADM8611N293ACBZ-R7 an ideal choice for many different applications. These qualities, combined with its low-power, low-quiescent current operation, make the ADM8611N293ACBZ-R7 a versatile and reliable solution for many power-sensitive circuit applications.

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