S-8261ABLMD-G3LT2U

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The S-8261ABLMD-G3LT2U is an IC (integrated circuit) designed by Seiko Epson Corporation and forms part of the company\'s PMIC (Power Management IC) range. This particular IC is part of their Battery Management family and is used to monitor and manage the battery used in automotive, industrial and consumer applications such as telecommunication systems, portable medical equipment and household electronics.

The S-8261ABLMD-G3LT2U is a small and low-cost IC. It has a wide variety of features and functions, including a built-in comparator circuit, 3-channel switched capacitor filter, multilevel error amplifier and an internal voltage regulator. It operates using a 0-100% duty cycle PWM. This allows it to control secondary voltage of the battery by switching to the appropriate path based on battery level discrimination.

The IC also features a Temperature Monitoring System (TMS) that ensures optimal temperature is maintained while the battery is in use. Additionally, its high speed and low current monitor circuit (LCC) monitors the charging current flowing through the battery, allowing it to detect any abnormalities or errors occurring during charge or discharge. This helps to protect the battery from damage or overcharge.

The S-8261ABLMD-G3LT2U also supports Low-voltage cut-off protection circuits, allowing it to detect low battery voltages and instantly shut off the output power. This prevents the battery from being damaged by over discharge. In addition, it supports an overcharge protection circuit which prevents damage from overcharging the battery and an over voltage protection circuit that protects the IC from excessive voltage.

The S-8261ABLMD-G3LT2U is a powerful and versatile IC that is suitable for a wide range of applications. Its compact size, low cost, and wide range of features make it an attractive choice for manufacturers looking to save costs and maximize efficiency. Its wide compatibility with a range of battery types makes it a popular choice for many applications.

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