AS1906A24-T

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AS1906A24-T is a voltage detection supervisory circuit belonging to the family of PMIC (Power Management Integrated Circuit). This supervisory circuit is specifically used for detecting battery voltage and varies in voltage detection range from 1.5V to 6V. AS1906A24-T can be applied to different applications like consumer and industrial grade applications, automotive grade applications, application-specific integrated circuits etc.

This voltage detection supervisory circuit is mainly used for abnormal voltage conditions in the system to prevent damage to the system. It also helps in understanding the state of the system, whether it is running, in sleep state or in hibernate state. It also helps in maintaining a steady shunt voltage for further voltage monitoring.

As 19V06A24-T requires a very low current consumption of 2uA, it works efficiently in any kind of application and can detect any unpredictable changes in the voltage. Moreover, it can be used with battery backed ram and data retention power sources. Moreover, it supports a wide operating temperature ranging from -40°C to +125°C.

The working principle of AS1906A24-T is that it contains a pair of comparators and reference voltage, where one of the two comparators is used to compare the battery voltage with the reference voltage, and the other one is used to detect the external signal of active low. If the battery voltage increases above the programmed reference voltage and external signal is detected by the circuit, an active low will be sent to the reset signal and the detection output will be asserted, which will trigger the reset signal.

In summary, AS1906A24-T is a voltage detection supervisory circuit, mainly used for detecting battery voltage and triggering an active low signal based on the comparison between battery voltage and the reference voltage. Its low current consumption, wide operating temperature, compatibility with battery backed ram and data retention power sources make it a suitable product for many application areas like consumer and industrial grade applications, automotive grade applications, and application-specific integrated circuits. With its efficient working principle, it serves as an amazing product that can be used to prevent any unexpected damage to the system.

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