MAX6377XR23+T Integrated Circuits (ICs)

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The MAX6377XR23+T is an advanced performance, low-power, micropower supervisor designed to provide system management functions in embedded systems. This supervisor family provides typical reset assert and drop thresholds of 2.32V, adjustable reset delays up to 8s, and battery monitor support. It has been designed for circuit protection in harsh environments and is optimized for low quiescent current for applications that require low operating power. It provides flexibility for monitoring one or two power sources. In this way, the MAX6377XR23+T application field and working principle allows you to monitor the state of two power sources and configure the circuit to take appropriate action in the event of an abnormal condition, thus ensuring that your system remains safe.

The MAX6377XR23+T is a PMIC - Supervisors designed to ensure the correct and consistent operation of the system in a range of temperature conditions. It operates as a supervisor, monitoring the system power supply and triggering an alarm if it detects any abnormal conditions. The supervisor has an internal comparator that compares the power supply voltage to a predetermined threshold. If the voltage falls below the threshold, the supervisor will initiate the system’s reset sequence. The reset sequence is easily adjustable, allowing the system to be configured to reset itself or trigger an external event. The supervisor also supports a system battery monitor, which can be used to fail-safe the system in case of battery failure.

The primary application for the MAX6377XR23+T is to monitor and protect embedded systems. It has been designed to reliably monitor and detect abnormal conditions, such as power-on reset, brown-out, and undervoltage conditions. It also provides protection from overvoltage, excessive temperature, and excessive current conditions. The supervisor ensures system reliability in a range of temperature conditions by providing an adjustable reset delay that can be set between 0.2s to 8s, so that the system can properly reinitialize when needed.

The MAX6377XR23+T supervisor is enabled by pulling a logic pin low. It then monitors the power-supply voltage and signals a power-on reset condition when the voltage falls below the predefined threshold. This pin can be configured to delay the reset signal and will also trigger an external reset circuit when the power drops below the set voltage. The supervisor is designed to restart the system if an abnormal condition is detected and to provide system reset protection against spikes and noise. The supervisor also contains logic to monitor system temperature and enable a system battery monitor if required.

The MAX6377XR23+T is a versatile device for applications in embedded systems. It is well suited for applications that require low power operation and a reliable power supply Voltage. With its adjustable reset delays, adjustable reset thresholds, system battery monitor support, and temperature monitoring, the MAX6377XR23+T provides reliable system protection and performance.

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