MAX6711TEXS+T Integrated Circuits (ICs)

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The MAX6711TEXS+T is a precise, adjustable, over-voltage/over-current supervisor IC that provides system-level protection for today\'s micro-systems. As part of the MAX6711 family, it offers a highly integrated solution for applications that require precise system-level over-voltage and over-current protection. It is part of the Power Management for Supervisors (PMIC - Supervisors) family, providing protection against transient over-voltages and over-currents. It also provides an adjustable over-voltage/current shutdown threshold, while allowing designers to establish precise system-level protections and control.

The MAX6711TEXS+T is built around a dual-mode input section that can be configured for either of two operational modes: over-voltage and over-current protection, or short-circuit protection. In the over-voltage and over-current protection mode, the input section consists of two comparator stages connected in series, with each comparator stage monitoring an independent threshold. The first comparator stage monitors a high voltage threshold established by the VH voltage supply, while the second comparator stage monitors a low voltage threshold established by the VL voltage supply.

In the short-circuit protection mode, the two comparator stages are connected in parallel and both monitor a voltage threshold established by the VH and VL voltage supplies. The MAX6711TEXS+T can be used with a wide range of input environments, including single supply or dual supply (VH and VL) sources.

The MAX6711TEXS+T is a highly versatile device, and its flexibility allows for a wide range of application implementations. For example, it can be used to monitor system-level voltage and current in a variety of applications, including automotive, medical, and industrial applications. Additionally, it can be used to protect against over-voltages and over-currents in alternative energy applications, such as solar and wind power systems.

The MAX6711TEXS+T offers a wide range of features that enable precise system-level protection. It is equipped with an adjustable over-voltage/current shutdown threshold, allowing designers to set precise system-level protections and control. This feature also enables the MAX6711TEXS+T to be used in a wide range of application environments and with a wide variety of input signals, such as voltage and current sources. Its tight shutdown thresholds ensure precise protection of the system, even in the presence of highly precise systems.

The MAX6711TEXS+T is a highly integrated device that includes an internal reset timer and an adjustable power-on reset (POR) delay circuit. This allows for maximum flexibility in application designs, as the POR delay can be adjusted to meet the specific requirements of each application. The reset timer is activated once the over-voltage/over-current threshold is exceeded, and it is responsible for resetting the system after a specified period of time. Additionally, the reset timer allows designers to adjust the reset time window, allowing for precise and reliable system protection. The MAX6711TEXS+T also includes an adjustable over-current threshold detect function, which is useful in applications where sensitive components must be protected against high current loads.

The MAX6711TEXS+T is an efficient and reliable device, delivering precision system protection in a highly integrated package. Thanks to its dual-mode input section and adjustable thresholds, designers can implement highly precise system-level protections and controls. Additionally, its power-on reset (POR) delay and reset timer ensure precise system protection, even in the presence of highly precise systems.

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