MAX8214AESE+

The MAX8214AESE+ is a device belonging to the PMIC—Supervisors family, specialising in providing integrated circuits designed to monitor the battery voltage. It is a highly efficient device, capable of operating across a wide range of temperatures and provides vital support to applications where reliable and accurate voltage sensing is needed. Additionally, this device can be used in a broad range of portable and battery-powered equipment, including high-end mobile phones, tablets, laptops, and medical devices.

The MAX8214AESE+ contains an array of features which make it extremely useful in applications that require accurate and reliable voltage sensing. The device has an integrated voltage regulator, allowing multiple voltage levels to be maintained, depending on the needs of the application. Additionally, the MAX8214AESE+ includes low power consumption and thermal production capabilities, allowing for more efficient operation over extended periods of time. The device also has an enhanced range of supported input voltage tolerance, allowing it to support a wider range of voltages.

The primary function of the MAX8214AESE+ is to provide accurate and reliable voltage sensing. It utilizes a set of low power MOSFETs to monitor the voltage level on battery supplies and provide reliable switching to the appropriate output levels. Once the desired voltage range is detected, the MAX8214AESE+ will switch to the appropriate output level, ensuring that devices are not over or under-voltaged. Additionally, this device also includes independent power-on reset (POR) circuit which is useful for applications that require reset during startup.

The MAX8214AESE+ also contains an array of applications specific features that make it a practical and cost-effective choice in a number of on-board battery management applications. For example, the device provides a selectable output current which gives designers the ability to choose the amount of current to be supplied to the device, or to set a limit on the current that can be provided. Additionally, the MAX8214AESE+ offers a wide range of adjustable parameters, allowing designers to make changes to the output voltage, voltage monitoring, and timing parameters.

Furthermore, the MAX8214AESE+ includes several software utilities and features that allow designers to customize and optimize their projects. Among these features are a set of overlays which allow users to send a set of commands to the MAX8214AESE+ to adjust settings such as voltage, watchdog timer, and other parameters. Additionally, the device also offers support for UART, I2C, and SPI interface, allowing users to securely interface their equipment with the MAX8214AESE+ for application programming.

In conclusion, the MAX8214AESE+ is a powerful and reliable device which offers improved voltage sensing and other additional features that are attractive to designers in a variety of battery management applications. Its range of adjustable parameters and design utilities makes it a popular choice, while its low power consumption makes it a cost-effective solution for equipment which requires accurate and reliable voltage sensing.