SLG59M1714V Integrated Circuits (ICs)

The SLG59M1714V is an advanced power management integrated circuit (PMIC) that enables power supply control and distribution of multiple power enthusiasts in a variety of applications. The device includes advanced power control functions such as output voltage monitoring, over-voltage or over-current protection, power-failure detection, and automatic power control. It is specifically designed for power management of audio, video, and graphics applications in mobile and consumer electronics.

The SLG59M1714V features three independent dedicated power distribution switches and two load drivers, allowing users to switch or turnoff power supply lines easily. The switches are rated up to 6A current and are protected against over-current and over-voltage conditions. The load drivers are also protected with over-current and over-voltage protection, as well as manage the power consumption of external devices according to their power requirements.

The device also features an integrated power-failure detector which will activate the output section to ensure no power is lost when the power failure occurs. The SLG59M1714V is also designed with power surge protection, allowing devices to operate in high-noise environments. The device is designed with a variety of power monitor and control functions, such as power monitoring, current monitoring, voltage monitoring, and voltage regulation.

The SLG59M1714V is controlled by a three-phase power supply and can be set up in either a single ended or dual ended configuration. In dual ended configuration, two sets of power supplies are used, allowing the current to be shared and balanced between the two sources. In single ended configuration, one set of power supplies is used and the current is shared and balanced between the two sources.

The SLG59M1714V is ideal for controlling the power of multiple components in applications such as audio, video, and graphics applications in mobile and consumer electronics. It offers a robust feature set and advanced power management capabilities, making it an ideal power distribution and load drivers for these applications.