S-80850CNY-Z2-U

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PMIC, or power management integrated circuit, is a broad range of devices used to manage the power requirements of circuits in a wide variety of applications. Among these is the S-80850CNY-Z2-U supervisor, released by NXP Semiconductor. This device provides protection and control functions to ensure the stability and integrity of an industrial environment. It is commonly used in industrial applications such as motor driving, power supply protection, and power management in embedded projects.

The S-80850CNY-Z2-U supervisor is a three-channel, synchronous battery supervisor designed to monitor the battery voltage levels of three different sets of batteries. It has a programmable prescaler between the input and the output which enables it to generate an output signal at a particular voltage threshold for each set of batteries. The device can be programmed so that the output behavior can either be active-high or active-low, as well as have a different threshold voltage for each battery set.

The S-80850CNY-Z2-U supervisor has an extended operating temperature range of -55°C to +125°C, making it well suited for extreme temperature applications. It also has a wide input operating voltage of 1.59V to 5.5V and an output voltage of up to 4.3V. Furthermore, it features advanced protection circuitry including overtemperature shutdown, undervoltage lockout, and surge protection.

The S-80850CNY-Z2-U supervisor works by monitoring the voltage level of the three different sets of batteries. When the voltage of any of the battery sets falls below the pre-specified threshold, the supervisor generates a low-level or high-level output signal. This output signal can then be used to drive a relay or other electrical device, allowing the supervisor to provide additional protection, monitoring, and system control.

The S-80850CNY-Z2-U supervisor is an excellent choice for applications where high reliability and low power consumption is needed. Its wide operating temperature range, extended input voltage, and advanced protection circuitry make it well suited for a variety of industrial applications, such as motor driving, power supply protection, and power management in embedded projects. Additionally, its output behavior can be set to either active-low or active-high.

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