X40035V14I-CT1

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The X40035V14I-CT1 is an integrated power management IC (PMIC) from ON Semiconductor that contains both a supervisor and an LDO (low drop-out regulator). The device is suitable for a wide range of applications and has been engineered with power saving in mind. The X40035V14I-CT1 supervisor outputs are triggered to initiate in-system firmware updates, power-on reset operations, and other system reset activities.

The X40035V14I-CT1 supervisor is a combination of a supervisor with a voltage regulated LDO. The supervisor monitors the system reset and can initiate a reset if the monitored voltage or current values exceed certain limits. Furthermore, the LDO provides regulated power to other system components. Its low-quiescent current performance makes it ideal for use in low-power applications.

The X40035V14I-CT1 can be used in a variety of applications and can be configured for either wide or narrow voltage range detection. The device features two programmable reset thresholds; one for undervoltage and one for overvoltage. Additionally, the reset sources can be configured for either active high or active low. The X40035V14I-CT1 also features a wide operating temperature range and is suitable for use in automotive and industrial applications.

The X40035V14I-CT1 exhibits fast reset response times, thus reducing system start-up time. This PMIC allows the system to return to the original settings after a reset in a minimal time frame, while providing sufficient time for the firmware update or other system reset operations to be completed. Furthermore, the X40035V14I-CT1 has a high accuracy voltage reference that maintains voltage accuracy down to support the smallest capacitance loads.

The working principle of the X40035V14I-CT1 is based on the formation of a differential feedback loop. The input voltage is monitored by an error amplifier, which compares it to the output voltage. When the input voltage is outside of a predefined range the error amplifier sends a signal to initiate a reset. In the presence of an overvoltage the error amplifier will cause the reference voltage to decrease, thus triggering a reset. Conversely, when an undervoltage is detected the reference voltage will increase, thus triggering a reset.

The X40035V14I-CT1 is designed for use in a wide range of applications, including automotive, industrial, and embedded systems, as well as battery-powered applications. The device can also be used in power-aware, low-power and power-gated systems, and is especially well-suited for applications where reset timing accuracy is critical.

In summary, the X40035V14I-CT1 is a highly efficient, integrated power management IC (PMIC) from ON Semiconductor. The device contains both a supervisor and an LDO, and is suitable for a wide range of applications. The supervisor can be configured for either wide or narrow voltage range detection and is capable of monitoring the system reset voltage. The on-chip LDO provides regulated power to other system components and has low-quiescent current performance. The X40035V14I-CT1 is suitable for use in automotive, industrial, and embedded systems, as well as battery-powered applications.

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