X40626S14I-2.7

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X40626S14I-2.7 is a product of Power Management Integrated Circuit (PMIC) Supervisors category. It offers a variety of features, including high accuracy voltage monotoring, and external reset control capabilities. It is designed to ensure reliable and efficient operation and performance of industrial and embedded system applications. In this article, we will discuss the applications and working principle of the X40626S14I-2.7.

X40626S14I-2.7 is suitable for the applications that require high accuracy voltage monitoring, and external reset control. It is designed to be used in high power and low power redundant systems, such as, industrial equipment, building security systems, telecom devices, motor and motor control systems, and medical equipment. It is also suitable for safety critical applications such as aerospace and military systems.

The X40626S14I-2.7 comprises two core components. The first component is an integrated voltage supervisor with an internal Voltage Reference (VREF). This component can be configured by two pins to detect and generate the different voltages and thresholds. The second component is a Reset Generator which includes a Delay Generator and a timer. This output can be configured and cascaded with other reset blocks for different system reset requirements.

The X40626S14I-2.7 operates in a voltage monitoring mode with an adaptive power-on reset (POR) and power-down reset (PDR) operation. It also features a built-in time delay between supply power-on and reset output assertion, as well as an adjustable voltage threshold window. The X40626S14I-2.7 voltage supervisor is designed to be highly accurate and stable, while providing a wide operating temperature range. This ensures reliable operation and performance of the system.

The X40626S14I-2.7 Reset Generator is designed with a Delay Generator, Timer, and adjustable parameters such as reset pulse width and initial delay. Thisreset generator can also cascade with other blocks, and can configured for different reset sequences and schemes. This is especially useful for redundant systems where multiple reset blocks are used.

In addition, the X40626S14I-2.7 also includes a sequencer to ensure proper order of initialization and restoration of the system. This feature eliminates the need for an external logic device for sequencing.

The X40626S14I-2.7 is also designed to be highly reliable and robust. It includes ESD protection, over voltage protection, and short circuit protection. This ensures that the unit is able to withstand any environmental and electrical stresses.

Overall, the X40626S14I-2.7 is an ideal choice for high power and low power redundant systems. It is designed to provide accurate and stable monitoring of system voltages, as well as external reset control capabilities. The features of the X40626S14I-2.7 ensure reliable and efficient operation and performance of embedded systems and industrial applications.

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