IT8100A/E series represents a new generation of graphical programmable electronic loads. An advanced touchscreen and intuitive graphical interface enable fast parameter configuration and easy waveform editing, significantly enhancing usability and efficiency. Designed for ultra-high power density, the IT8100A/E delivers up to 7.2 kW in a compact 3U chassis (150 V model) and can scale to 1.8 MW through fiber-optic master-slave paralleling, meeting demanding high-voltage and high-current testing requirements. Available in 60V, 150 V, 600 V, and 1200 V ranges, with standalone power from 2 kW to 86.4 kW, the series features high-speed current slew rates and versatile operating modes-including dynamic, sequence, and advanced loading functions-ensuring outstanding performance in applications such as Al server power supplies, power modules, fuel cells, EV charging station, Solar Array and power electronics. It provides a powerful and reliable solution for R&D, validation, and production testing.

Graphical Touchscreen

IT8100A/E series provides versatile operation and functions, enabling fast and convenient control via the 5-inch touchscreen, keypad, and rotary knob. Parameter settings and measurement results are displayed directly, while the bilingual Chinese-English interface and user-oriented design support diverse testing requirements.

High-speed Dynamic Load

With the rapid development of AI technology, AI server loads change frequently, demanding faster transient response from power systems.This also means that load testing must accurately simulate these high-frequency dynamic load variations. The IT8100A/E series offers dynamic load capabilities up to 50 kHz, including dynamic current load (CCD) and dynamic resistance load (CRD). The current slew rate can reach up to 150 A/μs per unit, with a minimum response time of 8 μs, meeting the high-speed transient response testing requirements of switching power supplies.

User-defined Waveforms

The IT8100A/E series high-speed high-power DC electronic loads provide a user-defined current waveform function. Users can import captured real current waveform data or custom-edited current waveforms into the device via a front-panel USB drive for reproduction and simulation. This waveform customization feature helps users save the cost of DAQ cards or waveform generators.

Battery Discharge Mode

The IT8100A/E series electronic load provides a battery discharge function, supporting constant current, constant resistance, and constant power modes. It can operate under both constant or dynamic loads to meet diverse testing needs. Users can define discharge cutoff conditions, including cutoff voltage, cutoff capacity, and cutoff time, with discharge stopping when any of these conditions are met. During testing, battery voltage, time, and discharged capacity can be displayed in real time.