X5323V14IT1

The X5323V14IT1 is a high performance, multi-directional supervisor. It is designed to provide a reliable system reset and monitoring solution under extreme conditions and is an ideal choice to protect sensitive system components. Specifically, it helps maintain the integrity of embedded applications within the consumer, industrial and communication markets.

Supervisors are used in all types of circuits, from simple consumer devices to complex industrial systems. The X5323V14IT1 is a specific supervisor device used in systems for monitoring and resetting a wide range of applications. It works by monitoring the supply voltage, clock signals and temperature of the system’s components and immediately resetting the system if any of these parameters is out of its normal operating range. This prevents potential damage to the system due to faulty operation.

The X5323V14IT1 can be configured to detect up to twelve different voltages, with a detection and reset window of 1.5V. It also has the capability to detect clock and temperature signals, with both underVoltage and overVoltage reset options. The reset output is active-low, and can be configured in circuit to drive an even lower reset, such as bringing down the power supply rail of the system.

The X5323V14IT1 has a wide operating temperature range extending from -40°C to +85°C and offers ultra-low power consumption of just 3.7µA. Additionally, it has a wide operating voltage range from 2.4V to 5.5V, and it includes a low-power mode for reduced power consumption.

The X5323V14IT1 is ideal for use in all kinds of systems, from embedded designs, automotive, medical and industrial applications, to wireless systems. Highly reliable reset and monitoring capabilities make it an excellent choice for protecting critical system components. It is also widely used in battery-operated systems, such as cellular phones, Bluetooth, and sensors.

In summary, the X5323V14IT1 is a high-performance, multi-directional supervisor designed for reliable system reset and monitoring. It can be used to monitor power supply voltages, clock signals, and temperature signals, providing critical protection for sensitive system components. Its wide operating temperature and voltage ranges make it suitable for a variety of applications.