MAX17039 (2)

Three-Phase Quick-PWM™ CPU Core (Regulator A): This feature includes two internal drivers and one external driver, enabling efficient power delivery for CPU cores. It supports dynamic phase selection and transient-phase overlap mode, enhancing performance during load transients and improving overall system efficiency. Active overshoot suppression ensures stable voltage regulation, critical for high-performance computing applications.
One-Phase Quick-PWM with Internal Driver (Regulator B): Designed for GPU cores, this single-phase regulator simplifies design while maintaining high efficiency. It supports constant-on-time architecture, ensuring fast transient response and precise voltage regulation, making it ideal for graphics-intensive applications.
Active Voltage Positioning with Programmable Gain: This feature optimizes power delivery by dynamically adjusting the output voltage based on load conditions. It reduces power losses and improves thermal performance, making it suitable for energy-efficient systems like notebooks and servers.
Accurate Lossless Current Balance: Ensures precise current sharing across multiple phases, minimizing thermal stress and improving reliability. This feature is particularly beneficial in multi-phase designs, enhancing system stability and longevity.
Programmable 100kHz to 600kHz Switching Frequency: Allows flexibility in design by enabling optimization of switching frequency based on application requirements. Higher frequencies reduce component size, while lower frequencies improve efficiency, making it adaptable to a wide range of use cases, from compact notebooks to high-power servers.