LM5115SDX/NOPB

The LM5115SDX/NOPB is a highly-integrated device designed to address the complexity and cost of modern, high-performance AC-DC power system designs. This Power Management Integrated Circuit (PMIC) has the ability to step down and regulate an input voltage down to 1 V and supply up to 2 A of output current. Furthermore, the device supports a wide operating temperature range of -40°C to +125°C. The LM5115SDX/NOPB is suitable for use in applications such as industrial, automotive, and computing, where efficient, low-cost power delivery to the point of load is desirable.

The LM5115SDX/NOPB belongs to the family of Power Supply Controllers, Monitors, which is responsible for ensuring efficient, low-cost power delivery to the point of load. This device is designed to provide constant power to the load by detecting any input voltage fluctuations and maintaining a stable output. It does this by rapidly operating a power switch and controlling the current drawn from the input source through a correction loop and Adjustable Frequency Current Mode control architecture. This ensures a high efficiency and fast transient response to load transients.

In addition to providing a controlled supply of power, the LM5115SDX/NOPB also meets the EMI standards for safety and power delivery with its unique spread-spectrum switching operation and its improved differential voltage sensing accuracy. This ensures that the device meets all regulatory requirements for industrial, automotive, and computing systems. Furthermore, the device also features a configurable undervoltage lockout, soft start and power good signal.

In summary, the LM5115SDX/NOPB is a highly-integrated, high-performance PMIC designed to provide efficient, low-cost power delivery to the point of load. This device is suitable for use in industrial, automotive, and computing applications, where it is necessary to provide constant power to a load. Its unique spread-spectrum switching operation, adjustable frequency current-mode control architecture, and improved differential voltage sensing accuracy make it a cost-effective, reliable solution for such applications.