ZNBG3115Q20TC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to ZNBG3115Q20TC

ZNBG3115Q20TC is a power management integrated circuit (PMIC) designed for applications such as automotive, server, and industrial control applications. It is a specialized PMIC designed for high-level circuit design tracking, providing an optimized solution for low voltage, high current applications. Some of the features of ZNBG3115Q20TC include low operating and quiescent current levels, dual phase paralleling with independent load sharing, as well as a unique fault management system.

Application Field

ZNBG3115Q20TC contains a variety of features and capabilities that make it well-suited for automotive, server, and industrial control applications. In automotive applications, ZNBG3115Q20TC can be used to provide power between the central computer center and the vehicle subsystems. In server applications, ZNBG3115Q20TC can be used to reduce power consumption and improve server efficiency and performance. In industrial applications, ZNBG3115Q20TC can be used in power control solutions as it provides multiple levels of overvoltage, undervoltage and clocking protection.

Working Principle

ZNBG3115Q20TC utilises an internal power-conversion circuit, which usually consists of an inductor and a switching device, to step up or step-down the input voltage depending on the load current requirement. This enables ZNBG3115Q20TC to provide a wide input voltage range and also to provide high current up to 30A. The output voltage of ZNBG3115Q20TC is adjustable by means of a short pulse width modulation (PWM) signal, which can be generated by a PWM generator circuit. This adjustment enables the ZNBG3115Q20TC to regulate the output voltage and current in order to maintain stable output.

ZNBG3115Q20TC also features multiple levels of overvoltage, undervoltage and clocking protection, which ensures that the circuit is protected from any potential damages. Additionally, ZNBG3115Q20TC has dual phase paralleling with independent load sharing, meaning that the output circuit can be split into two separate electrical paths in order to increase the power output capability. Moreover, ZNBG3115Q20TC uses a unique fault management system to protect itself from any potentially hazardous conditions such as over-current or thermal overloads.

Conclusion

In conclusion, ZNBG3115Q20TC is a specialized PMIC designed for high-level circuit design tracking which provides an optimal solution for low voltage, high current applications. It is suitable for automotive, server and industrial control applications, providing features such as low operating and quiescent current levels, dual phase paralleling with independent load sharing and a unique fault management system. This specialised PMIC is capable of providing a wide input voltage range and current up to 30A, as well as the ability to regulate the output voltage and current in order to maintain stability. Furthermore, it is highly protected due to its multiple levels of overvoltage, undervoltage and clocking protection.

The specific data is subject to PDF, and the above content is for reference