BQ30Z554DBTR-R1

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

PMIC - Battery Management encompasses many different components and processes that all have their own uses and intricacies. BQ30Z554DBTR-R1 is one such component that has a range of applications and is suited for several purposes. Knowing the working principle and the different fields in which it can be applied can help narrow down the best use of the device to fit the particular purpose.

The BQ30Z554DBTR-R1 is a battery fuel gauge and protection IC (Integrated Circuit) which allows for monitoring and controlling of the battery in low power and battery operated applications. It is an intelligent device which gives accurate readings on the capacity, state of charge (SOC) and health of the battery. The interface options available include an I2C interface.

Applications

The BQ30Z554DBTR-R1 is used in many different fields and applications, most notably as a "smart battery" fuel gauge in medical, industrial and consumer battery-powered applications. It is suitable for multiple environments such as medical, automotive, and consumer electronics; each with its own specific needs. One specific application for the device is in medical equipment, where precision and accuracy of the power readings is critical for the life-critical equipment. The BQ30Z554DBTR-R1 has a number of features that suit this kind of application, such as its accurate cell balancing, goal-oriented current control algorithm, and its user-friendly micro-controller interface.

The device is also suitable for use in gaming devices, because of its ability to accurately measure the SOC, current, and temperature. It also features an adjustable PWM signal with adjustable parameters and a low power sleep mode, which helps make it a suitable challenger for gaming devices where low latency and superior power efficiency is critical for presentation of the gaming environment.

The device is also widely used in automotive applications, where size and power efficiency are important considerations. The BQ30Z554DBTR-R1 is capable of operating from -40 to +125C and is UL-1992 approved, making it an ideal choice for the harsh environment of an automobile. It also features over-voltage and over-temperature protection, making it an ideal choice for automotive use.

Features and Working Principle

The BQ30Z554DBTR-R1 features an accurate measurement of the voltage, current, temperature, and state of charge of the battery. It also features a cell-balancing feature which allows for the optimization of the performance of the battery pack. With dynamic cell balancing and sophisticated real-time SOC estimation, the device is capable of significantly extending the battery life of a battery pack. It also allows for monitoring of the SOC and current from the battery pack, as well as performing battery safety checks.

The device also features a battery-protection system which ensures safe operation of the battery pack. It is able to detect over-charge, over-discharge, over-voltage, over-temperature, and other out-of-range states and adjust parameters accordingly. It is a smart device which can prevent damage to the battery caused by incorrect charging or discharging.

In order to make it possible for the BQ30Z554DBTR-R1 device to perform all of its functions, it is built with an embedded microcontroller which performs the calculations and communication necessary to obtain accurate readings and control the state of charge in the battery pack. It also has an I2C interface which enables the device to be accessed by an external host to perform the calculations and control the state of charge of the battery pack.

The device is specifically designed to be low power and yet able to provide accurate readings of the battery pack. It is able to dynamically measure the current, voltage and temperature of the system and provides accurate readings which can be read by the external host in order to safely control the state of charge of the battery pack.

In conclusion, the BQ30Z554DBTR-R1 is a versatile intelligent integrated circuit which is designed for a number of applications. It is specifically designed for low-power, battery-operated applications and provides accurate reading of the system and cell balancing of the battery pack. With a range of different protections and an I2C interface, the device is ideally suited for medical, automotive and consumer applications and can be used with confidence in all kinds of environments.

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