A dynamic voltage regulator is an electronic device used to dynamically adjust the output voltage according to load requirements. Unlike static voltage regulators, dynamic voltage regulators are able to quickly adjust the output voltage in response to changes in the load to meet the requirements of different load conditions. Here are some of the advantages of dynamic voltage regulators over static regulators:

High Efficiency: Dynamic voltage regulators are able to adjust the output voltage according to the load requirements, thus providing higher efficiency under different load conditions. When the load is light, it can decrease the output voltage to reduce power consumption; while when the load is heavy, it can increase the output voltage to provide sufficient power. This saves energy and reduces waste.

Wider range of adaptability: The dynamic voltage regulator can adapt to many different load situations and demands. It is able to realize dynamic adjustment in different voltage ranges and can cope with transient changes in the load to ensure the normal operation of the load.

Fast and Stable Response: Dynamic voltage regulators have the ability to respond quickly to changes in the load and adjust the output voltage relatively quickly. This enables the equipment to respond quickly and consistently to changes in load demand, enhancing support for transient loads and dynamic applications.

Reduced equipment cost: Because dynamic voltage regulators provide the appropriate voltage for the load demand, they reduce the need for other voltage regulators or power management components, thereby reducing equipment cost and footprint.

Despite the dynamic voltage regulator's advantages in terms of dynamic response and energy efficiency, static regulators may still be more suitable for some application scenarios where the load level is stable and very high voltage stability is required. The choice of which voltage regulator to use should be evaluated based on the specific application and requirements