STI3472 Step-Down Converter - Superior Power Management Solution

The STI3472 Step-Down Converter is the ultimate solution for efficient power management, providing maximum efficiency and reliability to repair your Whatsminer Control Board and for a wide range of applications. With its fully integrated design and high-efficiency performance, this converter ensures optimal power delivery and operation.

Upgrade to the STI3472 Step-Down Converter for Superior Power Management

Equipped with a high-efficiency 600KHz, 18V, 2A synchronous rectification step-down converter, the STI3472 enables efficient operation across a wide output current load range. It offers two operating modes, PWM control, and PFM mode switching control, ensuring high efficiency and wider load range operation.

Experience Maximum Efficiency and Reliability with the STI3472 Step-Down Converter

With a maximum efficiency of 95%, a frequency operation of 600KHz, and an output current of 2.0A, the STI3472 guarantees reliable power supply, eliminating concerns of downtime or devices running out of power.

The STI3472 step-down converter stands out with its no Schottky diode requirement, ensuring component reliability and longevity. It features a 3.5V to 18V input voltage range and a 0.8V reference control for excellent line and load transient response. The converter offers comprehensive internal compensation, stability with low ESR ceramic output capacitors, and includes thermal shutdown, inrush current limiting, and soft start features.

Packaged in a ROHS-compliant 6-pin SOT23 package, the STI3472 step-down converter operates within a temperature range of 40°C to +85°C, making it suitable for various applications. These include digital set-top boxes, flat-screen TVs and monitors, wireless and DSL modems, laptops, Whatsminer control boards, and distributed power systems.

Choose the STI3472 Step-Down Converter for a superior power management solution that guarantees maximum efficiency and reliability. Upgrade your power management system and experience optimal power delivery and performance.

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