S-8200BAN-I6T1U

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Modern electronic devices come in ever-smaller forms and with ever-increasing demands on power. While traditional power management strategies may be sufficient in simpler designs, they are less likely to be able to keep up with increasingly complex and power-hungry device applications. That’s where the S-8200BAN-I6T1U Battery Management integrated circuit (IC) comes in. This IC designed with PMIC—Battery Management makes it possible to maintain a steady supply of electricity to complex electronic devices.

The S-8200BAN-I6T1U is based on Eclipse-Sparc Architecture for power management and optimized for battery performance and power management efficiency. Its basic structure includes 7 N-channel field effect transistors (FETs), 30 independent power domains, and a unified control interface. This design allows the control and management of the FETs to be easily calibrated, enabling the IC to pass power from up to 30 different sources without creating excess noise or power loss.

The S-8200BAN-I6T1U is primarily intended for use in industrial and automotive applications, where it can provide power management and battery protection. The IC supports multiple communication protocols, including I2C, SPI and OBD-II, making it suitable for embedded applications. In addition, the S-8200BAN-I6T1U is certified to IEC 60730 class B standards, ensuring reliable operation of electronic systems.

The S-8200BAN-I6T1U’s power management system is based on a current monitoring and protection module that can detect over-current conditions. This module is further backed up by a dual-stage protection circuit, which provides additional protection against over-current, over-voltage and under-voltage conditions. The IC also features a fail-safe operating mode, in which the IC will shut down unconditionally in the event of an electrical fault. In addition, the IC offers optional support for external temperature sensors, ensuring that the power management system is protected against overheating.

The S-8200BAN-I6T1U’s built-in real-time clock allows it to enable and disable power sources at predetermined times, ensuring the power management system is efficient and saves energy when the device is not being used. Furthermore, the IC can be programmed to notify the host system of any issues or events that may require attention, such as voltage drop or over-temperature. These notifications can also be used to trigger corrective actions or provide additional feedback to the host system.

In short, the S-8200BAN-I6T1U makes it possible for complex electronic devices to obtain a steady supply of power and be protected from power fluctuations. With its 7 N-channel FETs, 30 independent power domains, communication interface support and dual-stage protection circuit, the S-8200BAN-I6T1U offers a reliable and efficient way to manage the power of even the most power-hungry devices.

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