Q1: What are the main application scenarios of linear adjustable DC power supplies?
This linear adjustable DC power supply can be widely used in electronic research and development, laboratory debugging, electronic equipment maintenance and testing, teaching and training, product testing in small production lines, as well as DIY projects of electronic enthusiasts, providing stable and precise DC power supply support for various electronic circuits.
Q2: What is the significance of the ripple voltage in linear DC power supply?
Ripple voltage is a key indicator of output quality, representing the AC component overlaid on the DC output. Excessive ripple can cause unwanted voltage fluctuations that may impair the performance or even damage sensitive electronic circuits, especially in precision instruments, audio equipment, and other high-stability applications. Minimizing ripple is essential to ensure a stable, clean power supply, which directly boosts the efficiency and accuracy of the system. Engineers and designers achieve low ripple through optimized circuit design, filtering, and regulation to meet the strict demands of modern electronic systems.