S-8264AAG-I8T1U

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

Introduction

The S-8264AAG-I8T1U is an application-specific integrated circuit (ASIC), which designs with the requirements of low-power Internet of Things (IoT) applications, industrial automation and wearable applications in mind. Developed by Renesas Electronics America, Inc (RENesas), this chip is part of its family of low-power application specific integrated circuits (ASICs). Boasting low-power consumption and high integration abilities, the S-8264AAG-I8T1U can greatly reduce system power bills and makes for an elegant solution for a wide range of microcontroller-based applications.

Application fields

The S-8264AAG-I8T1U is a low-power battery management integrated circuit specifically targeted at microcontroller applications such as IoT and Industrial Automation. It was developed with the aim of providing maximum power savings for battery powered applications. The chip supports a wide range of voltage, current, temperature and switch Inputs/Outputs, which makes it ideal for a wide range of low power applications such as sensors, low-power lighting, and smoke detectors.

The S-8264AAG-I8T1U also integrates a power-shuffling technology which allows it to maintain peak efficiency while powering multiple devices, as well as an I2C interface allowing interfacing to an external system and an SMBus-compatible bus.

The S-8264AAG-I8T1U has a wide range of potential applications in IoT, Industrial Automation, and Wearable Devices, such as:

• Internet of Things (IoT): Use the chip as part of a wireless sensor network to manage the use of resources and monitor environmental data;
• Industrial Automation: The chip can be used in automated systems to control the flow of power from different sources in order to manage the energy efficiency of the system;
• Wearable Devices: The integrated power-shuffling technology makes it ideal for designs where multiple low-power components need to be powered simultaneously, making it the perfect choice for powering a range of applications in device such as watches and activity trackers.

Working Principle

The S-8264AAG-I8T1U combines modern techniques and protocols in order to achieve maximum power savings. This chip was developed with the aim of providing low-power efficient power management while allowing the flexibility to accommodate a wide range of Voltage, Temperature and Switch inputs/outputs.

At the core of the chip lies a power-shuffling technology which allows it to share the load efficiently between two or more sources. This technology works by using the device’s voltage measurement and control algorithms to identify which pieces of load require the most energy and supplies them with the required amount. This effectively reduces the power consumption of the system by eliminating unnecessary switching and overloads.

The chip integrates an I2C interface which allows external systems to connect to the device, exchange data and control the power-shuffling system. It also offers a SMBus-compatible bus for interfacing with external components. Furthermore, the device also offers support for multiple external DMA channels and interrupts with programmable activities.

In addition to power-shuffling technology, the S-8264AAG-I8T1U also offers a range of monitoring and alarm functions, allowing it to detect dangerous levels of power supply voltage, temperature changes and other abnormalities. These functions help to ensure that the system is kept at optimal efficiency and uptime.

Finally, the S-8264AAG-I8T1U also incorporates a range of state-of-the-art security features, such as data encryption and secure boot, to protect against malicious attacks from outside sources.

Conclusion

The S-8264AAG-I8T1U is a low-power, battery management integrated circuit which was developed by Renesas Electronics America, Inc (RENesas) for IOT, Industrial Automation and Wearable devices. The chip integrates a range of modern technologies and protocols, such as a power-shuffling technology, an I2C interface and a SMBus-compatible bus, in order to provide efficient and flexible power management for a range of microcontroller-based applications. It is also packed with a range of monitoring and alarm functions, as well as modern security features, making it an efficient and secure low-power solution.

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