Proven Results Across Various Applications

Customer feedback highlights significant improvements in testing efficiency and energy utilization:

Higher throughput: Multi-channel parallel operation and synchronous/sequenced triggering greatly increase test efficiency in production and R&D.

Energy-saving design: Regenerative energy feedback and low-loss wiring reduce electricity and air-conditioning costs during long-term aging and parallel load tests.

Smart software integration: Built-in timing control, waveform capture, and long-duration data logging minimize manual reconnections and shorten debugging cycles.

Thanks to these measurable benefits, the IT2700 system has become a universal testing instrument for the aerospace, avionics, automotive electronics, power semiconductors, industrial automation, robotics, battery and energy-storage sectors — particularly for applications in the 100 W to 1 kW range.

New Release: 20 V / ±50 A / ±500 W High-Current Module

Building on this success, ITECH Electronics now introduces a new addition to the IT2700 family — a 20 V / ±50 A / ±500 W low-voltage, high-current module, available in three configurations: source, bidirectional source, and regenerative load.

The new module can be directly installed into the IT2700 1U chassis (IT2702 / IT2703 / IT2704) alongside existing modules, supporting master-slave parallel connection and scalable configurations up to 2 kW. It is ideally suited for testing batteries, avionics, industrial control systems, and consumer power devices in mid-power applications.

Highlights

a.     Copper-bar output terminals: Designed for high current, the copper electrodes reduce contact resistance, minimize temperature rise, and improve efficiency under heavy loads.

b.     Protective terminal cover: Provides continuous safety protection during connection and maintenance.

c.     Ultra-compact integration: Four 50 A / 500 W modules fit within a single 1U chassis, achieving low loss, simplified wiring, and enhanced safety.

d.     Seamless Integration with IT2700 mainframe

e.     Mix-and-match flexibility: Works with existing IT2700 modules, including power supply, bidirectional source, regenerative load, and SMU.

f.      Comprehensive control software: Supports multi-channel synchronization, sequence control, high-speed waveform sampling, and long-term data recording — all in one unit.

g.     Scalable power: Each module delivers 500 W; master-slave parallel operation allows quick configuration of 1 kW or 2 kW test systems.

Specialized Modules for Diverse Needs

SMU module: Offers nanoamp-level measurement accuracy for chip-level power characterization.

Bidirectional source module: Enables seamless charge/discharge transitions for precise battery simulation.

Regenerative load module: Supports energy recovery and monitoring — ideal for long-duration endurance or burn-in testing.

Typical Applications (20 V / ±50 A / ±500 W DUTs)

Battery & Energy Storage: Single-cell or small-module lithium batteries (18650 / 21700 / 4680), e-mobility battery packs, power-tool batteries, supercapacitors, and small fuel-cell stacks (polarization curve / constant-power discharge).

Power Modules & PMICs: Board-level DC-DC converters (1–12 V), low-voltage point-of-load (POL) supplies, and multi-port fast-charging power devices with transient load testing.

About ITECH Electronics

ITECH Electronics is a leading provider of programmable power supplies, electronic loads, and test solutions serving industries across renewable energy, automotive electronics, semiconductors, aerospace, medical electronics and so on. With continuous innovation in high-density, regenerative, and modular testing systems, ITECH empowers engineers worldwide to accelerate product development and ensure reliability.

For more information, visit www.itechate.com