S-77100A02-T8T1U4

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The S-77100A02-T8T1U4 is a power management integrated circuit (PMIC) designed for a wide variety of applications. It is a very versatile device, and is well suited for many industrial, automotive and mobile applications. The S-77100A02-T8T1U4 is a highly efficient power management solution that provides significant operational savings over traditional solutions.

The S-77100A02-T8T1U4 is a multi-phase, hybrid supply controller and monitor, with up to 11 power domains. It has a variety of interfaces, including I2C, SPI, and GPIO, allowing for external communication and control. The device employs a number of advanced switching techniques to reduce current consumption, such as power gating and power throttling, and features an advanced voltage scaling scheme to maximize efficiency.

The S-77100A02-T8T1U4 can support a wide range of input voltages and applications, from single-cell Li-Po batteries to 12V automotive supplies. It also provides adjustable current limits and voltage regulation, programmable fault thresholds, as well as thermal protection.

The S-77100A02-T8T1U4 features two dedicated comparators designed to detect overvoltage, undervoltage, and over-temperature conditions. If any of these conditions occur, the comparator will trigger an interrupt, allowing the system to take corrective action.

In addition to its advanced system monitoring functionality, the S-77100A02-T8T1U4 also includes a power supply sequencing feature. This allows the system to apply power to individual power domains in an ordered sequence to ensure proper operation and system stability.

The device also provides an inverse sleep mode, which uses an extremely low current draw to reduce power losses. The low current draw allows the system to remain in low standby mode even during occasional periods of inactivity, reducing overall power consumption.

The S-77100A02-T8T1U4 is a highly versatile, compact PMIC and is ideal for a wide range of applications. It provides excellent power savings, advanced fault detection and management, as well as various power supply sequencing features. The device is designed for use in industrial, automotive and mobile applications where power efficiency and robust fault detection and management are critical.

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