BQ2028YZGT

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Battery Management systems are wide ranged application fields that primarily focus on the management, regulation and preservation of various battery energy sources. These energy sources like Lithium-ion, Lead acid and others are used in industries ranging from industrial to consumer applications.

The BQ2028YZGT is a compact, low on-resistance CMOS integrated dual-channel Power Management Integrated Circuit (PMIC) that enables design flexibility for Internet of Things (IoT) battery-powered applications.

The BQ2028YZGT includes two buck/boost devices that are optimized to manage the balance of energy supply and batter loads. It features various features such as internal buck power converters and advanced BMS (Battery Management System) that allows systems to efficiently consolidate multiple cells or batteries into a single package.

The BQ2028YZGT is designed to work with different types of cells and batteries, including Lithium-ion, Lead-Acid and Nickel Metal Hydride. It has a programmable input voltage range and allows designers to manage its shutdown voltage, regulation voltage, and other parameters.

The advanced PMIC also simplifies system integration as it only requires a single capacitor for charging of Lithium batteries and a battery connection. The advanced BMS also assists in the efficient control of charging and discharging cycles to maximize the life of the battery. It can also reduce the total amount of charge time and energy loss through discharging.

The BQ2028YZGT is suitable for implementation in a variety of applications such as UPS, wearables, notebooks, mobile phones, white goods, medical instruments, cameras and other battery-powered IoT devices. It also has a built in temperature sensor and over-current protection, allowing it to provide protection against extreme temperatures.

In summary, the BQ2028YZGT is a compact, integrated PMIC/BMS that is designed to enable designers to create long-lasting, energy efficient battery-powered systems. With its programmable input voltage and advanced BMS, it simplifies the design and implementation of a wide range of applications. The device also provides a high level of protection against temperature and over-current risks.

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