Application Hub

Why does your power supply voltage drop when connected to a load? This guide explains voltage drop causes, current limitations, power capacity, and solutions for electronics testing, battery applications, and industrial equipment.

How to Choose a High Current DC Power Supply? When selecting a DC regulated power supply, many users focus first on output voltage, but for industrial testing and development applications, current capability is often the key factor that determines whether the power supply can operate reliably. A power supply with insufficient current capacity may...

Programmable vs Manual DC Power Supply:Which One Is Right for Your Testing Needs? When choosing a DC power supply for electronics testing, engineers often face an important question: Should you choose a programmable DC power supply or a traditional manual DC power supply? Both types can provide stable DC voltage and current output, but...

Battery Formation Explained: How DC Power Supplies Enable Lithium Battery Testing and Activation 一、Introduction:  The Importance of Battery Formation in Modern Battery Manufacturing With the rapid growth of electric vehicles (EVs), renewable energy storage systems, and portable electronics, lithium-ion batteries have become one of the most important energy technologies worldwide. Before a lithium battery...

Why Solar Engineers Need a High Voltage DC Power Supply The photovoltaic industry is moving toward higher DC voltage architectures to improve efficiency and reduce system losses. Modern solar systems are evolving from traditional low-voltage designs toward: 400V DC systems 600V DC systems  800V DC systems  1000V (1kV) DC systems Higher voltage platforms provide:...