MAX809TEUR+T Integrated Circuits (ICs)

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Power management integrated circuit (PMIC) supervisors are widely used in many electronic applications across a variety of fields. Among these supervisors, the MAX809TEUR+T is an affordable, ultra-low power PMIC for application in industrial and consumer markets. The integrated circuit is designed with advanced features, superior power-saving capabilities, and a wide array of flexible functions, making it suitable for a range of applications.

The MAX809TEUR+T application field mainly covers battery-powered devices like remote monitoring systems, wireless sensor networks, and portable electronics. Its versatile set of features also makes it a great choice for healthcare and automotive applications.

The low-power, CMOS process allows the integrated circuit to draw minimal power, enabling longer battery life and more efficient use of energy in any given application. The device includes an ultra-low quiescent current of 20μA, enabling the MAX809TEUR+T to extend the life of battery-powered devices even further.

The MAX809TEUR+T offers an array of features and functions to enable design flexibility. It includes:

• Brown-Out Reset (BOR) Voltage.
• Power On Reset (POR) voltage.
• Power Loss Detection (PLD).
• Voltage Monitoring (VMON).
• Thermal Shutdown (TSD).
• Manual Reset-on-demand (ManRes).
• Automatic Wake-up (AutoWU) Delay.
• Programmable Supply Voltage Monitor (PV).

The various functional modules in the MAX809TEUR+T, such as the POR, BOR, and PLD, monitor the power supply voltage levels of the system. When the voltage levels change, these modules enable the reset or alarm pin, or both, for the applications to be reset or alerted, if needed.

The MAX809TEUR+T also offers other features such as manual reset and wake-up, enabling complete control over the system’s power-on/power-off behavior. This is especially useful for applications with power-sensitive tasks like remote monitoring and data transfer, since the system can be set to automatically wake up from sleep mode at user-defined intervals.

The integrated circuit also includes thermal temperature monitors and alarms, allowing the application to be powered off if the system exceeds predetermined temperature levels. Additionally, its built-in voltage monitoring (VMON) capabilities enable the application to shut down, in case the voltage levels within the system are not within the safe range.

To sum up, the MAX809TEUR+T is an ideal ultra-low power supervisor for a range of applications that require precision control of power management functions. Thanks to its comprehensive set of features, flexible configuration options, and advanced protection schemes, this integrated circuit allows designers to maximize the power-saving capabilities of their system designs.

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