X5325V14-4.5A

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Power management integrated circuits (PMICs) are an important component of modern electronic product design. With more and more electronic products become increasingly complex and digitalized, the design and integration of PMICs have become a key factor for successful product design. PMICs perform a variety of tasks, from power supply sequencing and monitoring to fault protection. One type of PMIC is Supervisor, which are used to monitor critical supplies and devices. In this article, we will discuss the X5325V14-4.5A application field and working principle, which is a Supervisor PMIC.

Overview of X5325V14-4.5A

The X5325V14-4.5A is a programmable, low-power Supervisor ICs used in a wide variety of applications. It can be used on CPUs, GPUs, memory, system processors and other power sensitive components. The X5325V14-4.5A use the latest CMOS technology and integrated high-performance circuitry to provide accurate supply and peripheral power management. It includes ultra-low power consumption and performance, high-accuracy operating temperature range, and high tolerance for temperature and supply noise.

The X5325V14-4.5A integrates multiple power management functions, such as inrush current limiting, supply voltage monitoring, temperature monitoring and fault protection. The device has an internal POR/BOR circuit with adjustable reset threshold, programmable reset time-out, low power mode, watch dog timer and adjustable reset delay. The device also provides voltage monitoring, which can trigger a reset event and call for external control measures if necessary.

Application & Working Principle of X5325V14-4.5A

The X5325V14-4.5A is an ideal device for applications where high accuracy and reliability are paramount. Its small size and low power consumption make it perfect for space constraint, portable systems. The device is used in CPU, GPU, peripheral and memory power management, as well as monitoring of other power supply and temperature measurements.

The X5325V14-4.5A features an internal, programmable reset timer, which can be used for automatic reset and power-on-reset functions. This reset timer is triggered by detecting any critical undervoltage or overvoltage condition and instructs the external control circuit to take appropriate action. The device also includes an over temperature detector, which triggers a reset if the temperature rises too high. Finally, the device includes a watchdog timer, which monitors and keeps track of system operations and can take corrective action if there is an issue.

The X5325V14-4.5A is also a voltage supervisor, which monitor the voltage of the device’s power supply. When the monitored voltage drops below a certain threshold, the device will trigger a reset. This is important for systems that may experience noises on the power supply, or for certain applications where low power consumption and high performance are necessary. The X5325V14-4.5A is also designed to reduce power consumption in low voltage conditions, further saving energy and extending its useful life.

Conclusion

The X5325V14-4.5A is a highly integrated, low-power Supervisor IC designed for high accuracy and reliability. It features advanced power management technology, such as POR/BOR circuit, voltage monitoring and low power mode, as well as temperature monitoring and fault protection to ensure system safety and stability. The X5325V14-4.5A is an ideal choice for CPU, GPU, peripheral and memory power management, as well as other applications requiring a low-power, high-performance supervisor.

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