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.

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:...

To confirm whether the output wiring of a DC stabilized power supply has good contact, you can quickly verify it through three steps: visual inspection + parameter testing + practical verification. The methods are simple and easy to operate, as detailed below: I. Visual & Physical Inspection (No Tools Needed, Quick Troubleshooting) Observe the...

When buttons or knobs of a DC stabilized power supply fail (e.g., no response when pressing buttons, inability to adjust voltage/current via knobs, or failure to switch CV/CC modes), you can troubleshoot and resolve the issue by following the step-by-step guide below, starting with simple checks and moving to targeted repairs: I. Preliminary Quick...