Medical electronic products encompass nursing and treatment equipment, medical diagnostic and imaging systems, medical measuring instruments, and health and rehabilitation equipment, such as respiratory therapy equipment, infusion and dialysis systems, CT/MRI imaging equipment, vital signs monitors, and wearable health products.

Because medical devices have extremely high requirements for safety and reliability, their internal electronic components must meet stringent quality and design specifications. These electronic systems are primarily used for power management and motor drives, such as the power supply systems for imaging equipment and analyzers, as well as the drive control of ventilators, dental, and surgical equipment. In motion control applications, stable and precise control methods are necessary to ensure patient safety and avoid potential risks.

In terms of motor control, BLDC motors typically use 12V or 24V low-voltage drives, while high-precision equipment often uses stepper or micro stepper motors. These systems have high requirements for power supply stability and usually adopt isolated DC-DC solutions to provide low-ripple, low-noise voltage outputs to meet the operating needs of different devices.