• High power density: up to 8 channels in a 1U mainframe
• Flexible modular architecture with DC, bidirectional, and regenerative load modules
• Parallel operation up to 2 kW with master-slave configuration
• Integrated oscilloscope function (up to 200 kHz sampling)
• High-speed data logging up to 50 kHz with internal and external storage
• Advanced output functions: arbitrary waveform, list, sweep, battery simulation
• Full protection suite: OVP, OCP, OPP, OTP, UVP, foldback
• Multiple communication interfaces: LAN, USB, CAN, digital I/O with SCPI/Modbus

• DC-DC converter testing and validation
• Battery simulation and battery management system (BMS) testing
• Power semiconductor characterization
• EV component and charger testing
• Consumer electronics (3C) power validation
• Automated test equipment (ATE) system integration
• R&D and production line testing for power electronics

• Mainframe: 1U modular system
• Channel capacity: up to 8 modules (200W) or 4 modules (500W)
• Single module rating: up to 150 V / 50 A / 500 W
• Total scalable power: up to 2 kW (parallel configuration)
• Sampling rate (oscilloscope): up to 200 kHz
• Data logging rate: up to 50 kHz
• Memory: 2 GB internal + external PC storage
• Operating modes: CC, CV, CP, CR + combined modes and BSIM
• Interfaces: LAN, USB-TMC, USB-VCP, CAN, digital I/O
• Protocols: SCPI, Modbus
• AC input: 100–380 V AC single phase

The ITECH IT2700 Multi-channel Modular Power System is engineered for high-performance DC testing in automated test equipment (ATE) environments. Its compact 1U architecture delivers exceptional power density, supporting up to 8 configurable channels using a mix of DC power supply modules, bidirectional sources, and regenerative loads.

This modular approach allows engineers to build application-specific configurations, combining sourcing and loading capabilities within a single platform. Modules can operate independently or be synchronized and paralleled, enabling scalable power up to multi-kilowatt levels. This flexibility is particularly valuable in validation processes where multiple DUT conditions must be tested simultaneously.

The IT2700 integrates advanced measurement and control functions, including oscilloscope capability up to 200 kHz, high-speed data logging, and programmable waveform generation. Battery simulation (BSIM), transient testing, and list sequencing support complex test profiles required in power electronics and energy storage systems.

With built-in LAN, USB, CAN, and digital I/O interfaces, along with SCPI and Modbus protocol support, the system is designed for seamless integration into automated production and validation systems.

For organizations developing DC-DC converters, power semiconductors, battery management systems, or consumer electronics, the IT2700 provides a controlled and repeatable test environment that reduces validation risk and improves test throughput.

Contact AV-TEK Consulting to evaluate the right configuration for your application and system integration requirements.