MAX16135HRR/V+T

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MAX16135HRR/V+T is a member of the power management integrated circuit (PMIC) family designed and manufactured by Maxim Integrated Products, Inc. It is classified as a supervisor component, and offers sustained high performance during system supervisor operations. This article will explore the various application fields of MAX16135HRR/V+T as well as its operating principle.

Application Fields Known as the Five Ws

Maxim\'s MAX16135HRR/V+T has a number of known application fields. It can be used for a wide range of tasks, from basic voltage and temperature monitoring to complex system supervision. The five known application fields for MAX16135HRR/V+T are:

• What: MAX16135HRR/V+T is a supervisor component that monitors supply voltages and temperatures.
• Where: MAX16135HRR/V+T can be used in a wide range of systems, from personal electronics to industrial machines.
• When: MAX16135HRR/V+T is most often used to monitor system supply voltages and temperatures during operation.
• Who: MAX16135HRR/V+T is most commonly used by system designers and engineers.
• Why: MAX16135HRR/V+T is used to ensure fault-free system operations.

Working Principle

The MAX16135HRR/V+T was designed to monitor supply voltages and temperatures to ensure fault-free system operations. Its design includes a number of features for this purpose, such as tolerance support, hysteresis, temperature-dependent supply voltage switching, temperature-dependence threshold reduction, temperature-dependence trip point reduction, and temperature-based delay.

The MAX16135HRR/V+T uses a range of thresholds and hysteresis loops to detect voltage and temperature levels. It adjusts the thresholds dependent on temperature, depending on the settings selected by the user. This reduces the risk of false triggers due to temperature changes, and also ensures that the right thresholds are triggered at different temperature levels. For example, a user may want to reduce the trip point of a system at a high temperature to help ensure system reliability.

The supply voltage switching feature allows for switching between different supply voltages based on temperature. This is useful for applications where one voltage is used at low temperatures, and another is preferred at higher temperatures. This feature helps prevent supply voltage collapse, thus improving system reliability. Finally, the temperature-based delay feature allows for delaying the response time of the supervisor, thus helping to ensure that a system is responding correctly to any temperature changes.

Conclusion

The MAX16135HRR/V+T is a powerful supervisor component designed and manufactured by Maxim Integrated Products, Inc. This PMIC offers a range of features designed to monitor supply voltages and temperatures, and to improve system reliability. Through tolerance support, hysteresis, temperature-dependent supply voltage switching, temperature-dependence threshold reduction, temperature-dependence trip point reduction, and temperature-based delay, the MAX16135HRR/V+T is able to reduce the risk of false triggers and improve system reliability. As such, it is an excellent choice for system designers and engineers who require a reliable supervisor component.

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