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How Parallel Current Expansion Architecture Breaks Through Test Current Limits — From 20,000 A to 200,000 A

Why Do Certain Tests Require Extremely High Currents

Figure AI's Figure 03 & Helix-02 Complete an 8-Hour Autonomous Humanoid Shift Livestream — The FT8330 Battery Simulator Behind the Breakthrough

How to use a Bidirectional Power Supply

[Industry Application]—AI Server Cabinet DC Busbar Temperature Rise Test

As a key component of power transmission, the DC busbar is responsible for effic...

FaithTech AI Server Power Supply Test System Solution

FaithTech is a renowned enterprise in the power supply testing industry, pioneer...

[Industry Application]—Ultra-Low Voltage, High-Current Test Solution for Power Supply Systems Targeting Next-Generation GPU VPD Architecture

Nuclear Fusion Superconducting Material Zero Resistance Test: High-Current Power Supply Supports the "Artificial Sun

On Science Island in Hefei, Anhui, there is a device unlike traditional nuclear ...

[Industry Application] FaithTech Battery Simulator Embeds a "Precision Power Ruler" for Automotive Camera Mass Production Testing

Automotive cameras serve as the "visual neural network" of modern vehicles. Thei...

[Customer Case] Electric Assist Bicycle Battery System Testing

Electric assist bicycles successfully combine the health and environmental benef...

BMS Testing - FaithTech Empowers Battery Management Safety and Efficiency with Precision Simulation

Through years of in-depth collaboration with customers, FaithTech has identified...

Applications and Advantages of Programmable Bidirectional DC Power Supplies

A programmable bidirectional DC power supply is a versatile electronic instrumen...