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Testing Solutions for AI Power Electronics

2025 . 10

Rexgear’s Testing Solutions for AI Power Electronics showcases advanced methods to validate AI server and data center power systems. Using ITECH programmable power supplies, electronic loads, and grid simulators, engineers can test PSUs, VRMs, and PDBs for voltage stability, transient response, redundancy, and efficiency. Designed for high-performance AI and GPU clusters, these solutions ensure reliability, safety, and energy optimization across demanding power delivery networks.

Fiber Optics in Test Systems: Ensuring Accurate Power Synchronization

2025 . 05

In high-power testing applications, parallel operation of AC and DC power supplies is common to increase output capability. However, without precise synchronization, these systems suffer from instability, uneven load sharing, and control loop interference. Fiber optic communication plays a critical role in maintaining accurate, noise-free coordination between units.

What If There’s a Unit That Can Simulate Both a Battery and a Regenerative Load?

2025 . 05

In today’s fast-evolving world of electric vehicles, renewable energy systems, and smart power electronics, testing power devices has become more complex than ever. Engineers need tools that can not only simulate real-world scenarios but also handle high-efficiency energy flows—both sourcing and sinking power. This is where regenerative power systems come in.

Pre-Charge Circuits and High Power Electronic Testing Equipment

2025 . 04

PRE-CHARGE

Data Recording Methods in ITECH Power Supplies (Simplified Version)

2025 . 03

ITECH power supplies offer three key data recording methods: USB Memory Stick for long-term logging, SCPI Query for real-time monitoring, and E-Log for high-speed precision. Selecting the right method depends on test goals, required resolution, and model capabilities.

Data Recording Functionality In ITECH Power Supplies

2025 . 02

ITECH power supplies enable precise real-time data recording through USB storage, SCPI queries, and the high-speed e-log function, ensuring reliability and performance optimization across various industries.

How to Choose a Power Analyzer for Your Testing Requirements

2025 . 02

Choose a power analyzer based on wiring, channels, voltage, accuracy, and interface. Rexgear offers high-precision models for efficient power measurement in various industries.

Cost Factors of Power Supplies in Electronic Testing Equipment

2025 . 02

The cost of power supplies in electronic testing depends on power output, efficiency, programmability, and durability. High-power, precision models require advanced components, while wide voltage range and bidirectional capabilities add flexibility but increase complexity and cost.

67% Less Bulk, 100% Power: The Future of Programmable DC Supplies

2025 . 01

The IT6600C power supply delivers 42kW in a compact 3U design, saving 67% space. Its bidirectional function recycles energy, boosting efficiency. Ideal for battery, EV, and renewable energy testing, it offers high precision, scalability to 10MW, and sustainable performance.

Paralleling Battery Testers: A Key to Efficiency

2024 . 12

Paralleling battery testers is a powerful technique to boost power capacity and improve testing efficiency. By connecting multiple programmable power supplies in parallel, users can handle high-power applications and complex test scenarios.

Power Supplies and Electronic Loads: Unlocking Energy Efficiency Potential

2024 . 11

A technical overview of modern power supply solutions focusing on the IT6600C bidirectional DC power supply and IT8200 regenerative AC/DC electronic load. These high-efficiency devices offer up to 95% energy feedback capability and serve various industrial applications, combining high power density with programmable features to help businesses achieve better energy efficiency and sustainability.

Advancements in Programmable DC Power Supplies

2024 . 10

Programmable DC power supplies offer precise control over output voltage and current, enhancing efficiency and flexibility in various applications. High-voltage DC power supplies, in particular, are crucial for industries like semiconductor testing and renewable energy.