CAT810STBI-GT3

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Introduction

The CAT810STBI-GT3 Application Field and Working Principle is a PMIC – Supervisor. PMIC stands for Power Management Integrated Circuit, which is a special type of integrated circuit designed to store and manage electrical power. Supervisors supervise their specific power management functions and provide protection against misconfiguration and malfunctioning of the functional blocks.

Application Field

The CAT810STBI-GT3 Application Field and Working Principle is used in all types of applications that require reliable and efficient power management. In particular, it is used for SoC implementations for industrial, automotive, and medical systems, and is suitable for mission-critical, safety-critical, and high-availability systems.

Features and Benefits

The CAT810STBI-GT3 Application Field and Working Principle provides a wide range of features and benefits, including the following:

• Monitors supply voltages and supplies reset signals on selectable trigger thresholds.
• Provides power-on-reset and manual reset.
• Flexible reset configuration, including active-low or active-high reset signals.
• Supports long reset propagation time.
• Provision for dynamic power management.
• Supports open-drain or push-pull reset outputs.
• Compact QFN16 package.

The CAT810STBI-GT3 Application Field and Working Principle also provides high-accuracy trigger thresholds and low input currents, which enable reliable reset control. Furthermore, its wide-range supply voltage range from 3.0V to 6.0V makes it suitable for a variety of applications.

Working Principle

The CAT810STBI-GT3 Application Field and Working Principle monitors system voltages, and when an external supply interrupt is detected, or when the system power supply voltage falls below the selected threshold, it outputs a current-limited reset signal. This reset signal is designed to quickly reset the system, allowing it to return to normal operation.

The CAT810STBI-GT3 Application Field and Working Principle also features Smart Reset, which is a unique technology that allows for power-on-reset (POR) delays to be adjusted based on a voltage rail sequencing approach. This unique approach allows for more control over the reset signal, providing reliable system control. Furthermore, Smart Reset allows for shorter reset time and improved efficiency.

Conclusion

The CAT810STBI-GT3 Application Field and Working Principle is an ideal PMIC – Supervisor for applications that require reliable and efficient power management. It provides a wide range of features and benefits such as voltage monitoring, reset outputs, dynamic power management, and Smart Reset. In addition, it has a wide-range supply voltage range and high accuracy trigger thresholds that make it suitable for a wide range of applications.

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