MAX6313UK35D4-T

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Introduction

PMIC (Power Management Integrated Circuit) - Supervisors are voltage regulator integrated circuits that provide advanced power management, protection and supervision circuitry for a wide variety of applications. The MAX6313UK35D4-T is a high-performance PMIC - Supervisors specifically designed for high-performance, low-power applications operating in environments such as automotive, industrial and medical. The MAX6313UK35D4-T has integrated advanced features such as voltage monitoring, adjustable voltage thresholds, adjustable current thresholds, short-circuit and over-voltage protection, low on-resistance and low quiescent current.

Application Fields of MAX6313UK35D4-T

The MAX6313UK35D4-T is a highly integrated PMIC - Supervisors designed for low power applications. It is ideal for applications such as automotive electronic control units (ECUs), medical equipment and industrial equipment. The MAX6313UK35D4-T also offers precision voltage monitoring and control for power supply for communication and industrial equipment, as well as automotive and medical low power DC-DC conversion.

In automotive applications, its wide operating temperature range and ultra-low quiescent current make it an ideal solution for ECUs powering safety-critical applications such as automatic emergency brakes, airbags and lane departure warning systems. It is also perfect for industrial and medical applications that require precision voltage monitoring and control.

The MAX6313UK35D4-T is designed to enable a system to operate with lower power consumption and reduce overall system cost. It provides excellent system power savings due to its low quiescent current and wide operating temperature range.

Working Principle of MAX6313UK35D4-T

The MAX6313UK35D4-T integrates a number of components required for power management and monitoring, such as precision voltage monitoring, adjustable voltage and current thresholds, short-circuit protection, and over-voltage protection. The MAX6313UK35D4-T is designed to operate from a single 2.5V to 38V supply. The main components and their functions are as follows:

Voltage Monitoring and Adjustment

The MAX6313UK35D4-T includes an adjustable voltage monitor that provides a precision voltage reference for the system. This voltage reference is used to monitor the power supply voltage and is adjustable across a 2.5V to 5.5V range. If the voltage monitored is higher or lower than the set point, the MAX6313UK35D4-T will generate a system reset or interrupt signal.

Adjustable Current Thresholds

The MAX6313UK35D4-T includes adjustable current thresholds. These thresholds can be adjusted to limit the current drawn from the power supply. If the current drawn from the regulated voltage exceeds the pre-set current threshold, the MAX6313UK35D4-T will generate a system reset or interrupt signal.

Short-Circuit and Over-Voltage Protection

The MAX6313UK35D4-T includes protection from short-circuits, and from over-voltage conditions. If a short-circuit or over-voltage condition is detected, the MAX6313UK35D4-T will generate a system reset or interrupt signal.

Low On-Resistance

The MAX6313UK35D4-T has a low on-resistance of 0.5 ohms. This allows it to efficiently regulate the power supply voltage for improved system performance.

Low Quiescent Current

The MAX6313UK35D4-T has a quiescent current of only 10 microamps. This low quiescent current allows it to draw a minimal amount of power from the power supply, resulting in improved system efficiency.

Conclusion

The MAX6313UK35D4-T is a PMIC - Supervisors designed for low-power applications. It integrates multiple advanced features such as voltage monitoring, adjustable voltage and current thresholds, short-circuit and over-voltage protection, low on-resistance and low quiescent current. It is ideal for applications such as automotive ECUs, medical equipment and industrial equipment, providing excellent system power savings due to its low quiescent current and wide operating temperature range. It is an excellent choice for high-performance, low-power applications operating in both automotive and industrial environments.

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