S-8200BAP-I6T1U

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

The S-8200BAP-I6T1U is a chip used in the field of Battery Management, which is a branch of Power Management ICs (PMICs). PMICs are integrated circuits (ICs) that are used in a wide range of electronically controlled products to stimulate, measure and control power within the device. Battery Management is a type of PMIC which uses a variety of technologies and approaches to achieve proper and safe charging, discharging and storage of power in batteries, batteries and other similar stores. The S-8200BAP-I6T1U is a chip designed for the battery management IC category for the purpose of improving the efficiency and reliability of the battery life in devices using both a single cell and multi-cell lithium Ion or aluminum battery pack.

The S-8200BAP-I6T1U was developed by the Renesas Electronics Corporation, and it is a Battery Management IC that is capable of driving two Li-ion/ Li-polymer cells independently, as well as simultaneously. It is a combination of a power switch, o-charger and battery monitor, and offers an efficient and reliable solution for the battery life in devices requiring both a single cell and multi-cell lithium Ion or aluminum battery pack. Furthermore, the S-8200BAP-I6T1U carries the Intelligent Battery Source Selector (IBSS) technology, which automatically identifies the type of cells connected to the device, and charges it at the correct voltage and rate. Additionally, it is dedicated to preventing overcharge, over discharge and overvoltage, and supports Li-ion/ Li-polymer cells up to 4.35V to ensure the maximum safety for all batteries used.

In addition to its battery management capabilities, the S-8200BAP-I6T1U also offers a variety of other features such as pulse charging, DC-DC buck-boost converter, and current sensing. This IC is also available with a wide selection of temperature monitoring and protection functions, including an active thermal management system, an over-temperature protection system, and a temperature indicator. The S-8200BAP-I6T1U also offers an I2C communications interface to enable system level monitoring and control of the battery status.

In the current climate of digital centralization, the need for efficient and reliable power sources, especially in remote or portable applications such as cellular phones, embedded systems, automotive and medical devices, is increasing. The S-8200BAP-I6T1U addresses this need with a combination of power switching and battery management functions. Furthermore, the chip incorporates protection and safety features to ensure the maximum safety for all batteries used. Hence, this chip becomes a great choice for maximizing both the efficiency and lifetime of the batteries used.

The working principle of the S-8200BAP-I6T1U is based on the working principle of battery management systems, which involve measuring, controlling and regulating the charge, discharge, and capacity of the battery. In the case of the S-8200BAP-I6T1U, this is achieved through the use of various circuitry and components such as o-switch, diode, current sense circuit and a control program. The o-switch is used to moderate the flow of current in the battery and control the amount of current flowing in and out of the battery. The diode is used to protect the charge and discharge circuits from any excessive voltage or current. The current sense circuit is used to measure the current flow in and out of the battery, while the control program is used to manage and control the operation of the battery management system. With these circuits and components, the S-8200BAP-I6T1U is capable of achieving efficient and reliable power management and battery life.

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