CAT872-50ULGT3

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CAT872-50ULGT3 is a small size, low quiescent current device that offers the ability to monitor system power rails in a variety of applications. This PMIC - Supervisors device works by monitoring power rails in the system to detect any power anomalies.

A key feature of this device is its flexibility. It can be used in a wide range of applications from portable electronic products, to large-scale medical devices, to industrial equipment and other sensitive electronics. Additionally, CAT872-50ULGT3 is a stand-alone device, meaning it does not require any external components for its operation.

The primary benefit of the CAT872-50ULGT3 is its extremely low quiescent current draw. This current draw is much lower than any other similar PMIC - Supervisors in the market and it allows customers to save power in many of their applications. Additionally, the monitoring frequency of the device can be adjusted to suit different application needs.

In terms of its functionality, the CAT872-50ULGT3 provides two separate functions. First, it is able to detect any brown-out condition where the VIN voltage falls below a certain limit. This allows the system to be shut down in order to protect the system and prevent damage. Secondly, it can also detect any over-voltage condition where the VIN voltage rises above a certain limit. This also helps to protect the system from any potential damage.

The CAT872-50ULGT3 also offers many advanced features such as a wide operating temperature range, fault protection, and a low standby current output. Additionally, it offers user selectable power-on reset thresholds, adjustable delay times, and programmable voltage monitors. These features make the device well-suited for a variety of applications.

Overall, the CAT872-50ULGT3 is a great choice for customers who want an efficient and reliable power rail monitoring device. Its small size and low quiescent current draw make it very attractive in many applications, while its advanced features make it well-suited for a variety of applications. Additionally, its stand-alone design eliminates the need for any external components, allowing customers to build systems that are more power efficient and cost-effective.

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