MAX6865UK29D4L+T

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The MAX6865UK29D4L+T is a unique device used in the area of power management and supervisors. This device combines several popular features into a single unit that provides excellent performance, reliability and cost efficiency. The MAX6865UK29D4L+T is a microprocessor supervisor that provides a complete, cost-effective solution for monitoring a variety of power sources in power systems. It is designed specifically for applications that require a wide input range, low quiescent current, high accuracy and flexibility.

The MAX6865UK29D4L+T is composed of two distinct but functionally connected subsystems. The first subsystem performs a variety of voltage and temperature monitoring functions, including an adjustable cold-start circuit, undervoltage monitoring, an adjustable overvoltage trip point and active temperature monitoring. The second subsystem contains all the logic required to properly monitor the monitored signals and assert an appropriate output to alert an external system that the conditions monitored are outside their acceptable limits.

The MAX6865UK29D4L+T is often used in situations where long-term power supply reliability is critical. This device allows the system designer to monitor the critical power sources without the need for complex external circuitry or programming. In addition, the MAX6865UK29D4L+T offers enhanced flexibility and performance compared to standard supervisor integrated circuit (IC) designs.

The MAX6865UK29D4L+T is a “true dual” device, meaning it contains two separate voltage and temperature monitoring circuits independent from each other. This feature allows the user to configure the device for multiple redundant power sources and/or a combination of different input supply ranges. This device can be configured for operation from a single power source or from multiple independent power sources. Each input supply can be separately configured for undervoltage and overvoltage limits, which can be adjusted to a resolution of 0.5%.

The MAX6865UK29D4L+T supports both active and non-active temperature monitoring. The user has the option of enabling a hardware thermal warning/shutdown threshold, allowing the device to shut down or activate an external system based on an over-temperature event. The device can also be configured to allow a maximum temperature rise of up to 22°C. This feature allows the device to remain within safe operating temperatures even when the ambient temperature is higher than the expected range.

The MAX6865UK29D4L+T uses a number of state-of-the-art features to ensure its power management and supervisor performance. The device includes an advanced low power mode, allowing the user to configure the device for low power sleep-mode operation, extending the battery life for portable devices. The device also incorporates a watch-dog timer for resetting the system in the event of a system lockup or failure. The MAX6865UK29D4L+T also features a highly accurate voltage reference, which is integrated into the device to ensure an accurate and reliable monitoring of the power sources.

The combination of features and performance offered by the MAX6865UK29D4L+T makes it an ideal choice for power management and supervisor applications. The device has been designed to provide a complete and cost-effective solution for these applications, with the added benefit of a highly accurate voltage reference, low-power sleep mode and active temperature monitoring. It is an ideal choice for a wide range of power supply and system applications.

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