XC6124F649ER-G

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Introduction

XC6124F649ER-G is a PMIC (Power Management Integrated Circuit) device and Supervisors product type. This IC prevents the over-voltage, over-current, brown-out and reverse polarity protection, and also provides output voltage accuracy, voltage and current monitoring, output voltage control and system reset functions. It utilizes Low On Resistance (RDS on) DMOS technology to achieve low total power losses. This makes XC6124F649ER-G an ideal solution for industrial and consumer applications.

Application field

XC6124F649ER-G is widely used in a variety of industrial, consumer and commercial applications, such as automotive electronics, power distribution systems, electronic instrumentation/measurement and control systems, home/building automation, electric power processing, etc. It is ideal for use in applications where precise voltage and current regulation is necessary in a limited space.

Working Principle

XC6124F649ER-G works by taking an unregulated DC input voltage and regulating it by controlling the duty cycle of an internal power regulator. This power regulator provides precise output voltage accuracy, current monitoring and over-voltage protection. It also provides reset output, POWER GOOD output and voltage control over the input voltage. XC6124F649ER-G can also protect its circuitry from reverse polarity, brown-out, over-current and over-voltage conditions.

Conclusion

XC6124F649ER-G is a PMIC (Power Management Integrated Circuit) and Supervisors product type device. It provides high precise voltage accuracy, monitoring functions, voltage and current control and system reset. XC6124F649ER-G is designed for a variety of industrial, consumer and commercial applications, such as automotive electronics, power distribution systems, electronic instrumentation/measurement and control systems, home/building automation, electric power processing, etc. Moreover, it can protects its circuitry from a variety of external conditions, such as reverse polarity, brown-out, over-current and over-voltage.

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