MAX6313UK47D4-T

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The MAX6313UK47D4-T is a low-cost, precision, microprocessor reset circuit. This device is suitable for resetting microprocessors when a logic supply rail or analog power supply becomes erratic or develops noise during operation. This reset circuit is an ideal feature for use in high-reliability microprocessor control systems. It has the advantage of providing an active high reset signal for the processor or micro-controller during system power-on or after power faults have been detected on the system power rail.

The MAX6313UK47D4-T is a precision micropower reset circuit. It consists of two comparator-based bias and threshold inputs, each with a separate active-low reset output and an internal voltage reference source. The comparator thresholds are set using external sources, allowing the user to optimize the reset process for a given system. The active-low reset output is asserted when the power supply reaches a power fault or shows erratic behavior. The reset duration is adjustable, allowing the user to balance system performance and power stability.

The MAX6313UK47D4-T is a member of the Protected Micro processors and Controllers (PMC) family, which have found wide acceptance in industrial, automotive, and consumer applications, where systems require reliable operation and high performance over extended temperature ranges. This device provides an active, current-limited reset output when an overvoltage, undervoltage, or excessive current condition is detected, providing protection against sustained and potentially damaging malfunctions.

The device is available in two versions: one with a 0.6 V threshold voltage, and one with a 0.8 V threshold voltage. This gives the user the flexibility to select a reset voltage for any application. The voltage references are provided on-chip, along with integrated semiconductor current-limiting circuits. This compact design makes the MAX6313UK47D4-T a highly reliable and cost-effective solution for resetting microprocessors.

The MAX6313UK47D4-T is designed to be suitable for use in a wide variety of applications, including industrial, automotive, and consumer products. It is also suitable for medical systems and aerospace applications. The device is available in a small footprint, surface-mount package, making it an ideal choice for space-constrained applications. Furthermore, the device is certified for the extended temperature range and rated for up to 300 mA. This makes the MAX6313UK47D4-T an ideal choice for high-reliability applications.

The MAX6313UK47D4-T is an ideal choice for applications such as embedded desktops and servers, industrial controllers, instrumentation systems, and set-top boxes. It offers an integrated protection scheme that prevents system malfunctions and provides comprehensive protection of the processor or micro-controller in the event of an overvoltage, undervoltage, or excessive current condition. The user can configure the reset threshold and duration to balance system performance and power stability. Furthermore, the device is certified for the extended temperature range and rated for up to 300 mA, making it highly reliable in industrial applications.

In summary, the MAX6313UK47D4-T is a precision microprocessor reset circuit that is suitable for resetting microprocessors when a logic supply rail or analog power supply becomes erratic or develops noise during operation. The device provides an active, current-limited reset output when an overvoltage, undervoltage, or excessive current condition is detected, providing protection against sustained and potentially damaging malfunctions. The device is available in two versions and is certified for the extended temperature range and rated for up to 300 mA, making it an ideal choice for high-reliability applications.

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