X40035V14-A

Power Management Integrate Circuits (PMIC) are composed of adjustable voltage regulators, power switchers, and other high-speed voltage controllers used in modern computer and consumer electronics. PMICs provide flexible supplies of power for the processor, memory, and other peripheral components. In addition, they offer a wide range of features and technology to improve system performance and reliability, including Multi-Phase synchronization, Overcurrent and Overvoltage protection, and Fault Detection. The X40035V14-A is a PMIC device specifically designed for Supervisors applications.

The X40035V14-A Supervisor includes three independent supply voltage regulators, two low-side drivers, two high-side drivers, and one pressurized output driver. The pressurized output is suitable for powering small motors and other high-current applications. The low-side and high-side drivers provide excellent performance and protection against short-circuits, overloads, and over-temperature conditions. The two independent regulators provide high precision adjustable powers supply voltages that support the operation of microcontrollers and other digital devices.

The X40035V14-A Supervisor provides several voltage settings that are compatible with most microcontrollers and their peripherals. The adjustable output voltage settings range from 0.8V to 6.0V with a single selection. The adjustable output voltage range allows the device to easily adapt to different voltage requirements from different microcontrollers and peripherals. In order to maximize system performance, the X40035V14-A Supervisor implements advanced power management technologies such as variable frequency control and current sharing.

The variable frequency control technology of the X40035V14-A Supervisor helps reduce voltage ripple and noise by dynamically adjusting its switching frequency based on the current load. This helps reduce the amount of power dissipation and increases system efficiency. Furthermore, the X40035V14-A Supervisor can be configured to share the load between its two independent regulators. This feature allows the device to operate optimally and maintain precise voltage stability. In case of an overload or short circuit, the device can be disabled by the disable pin to protect against damage.

The X40035V14-A Supervisor is ideal for applications such as embedded systems, sensors, portable electronics, automotive electronics, and other DC/DC applications. It is capable of providing clean, regulated power with minimal power losses, and is flexible enough to meet various voltage requirements from the most modern microcontrollers and peripherals. Its advanced power management technologies and fault protection features add reliability and long-term performance for a wide range of applications.