• Modular architecture supporting 30+ module types (DC source, load, SMU, bidirectional)
• Up to 8 independent channels with electrical isolation
• Integrated oscilloscope sampling up to 200 kHz
• Built-in arbitrary waveform generation (ARB) for dynamic simulation
• Battery simulation with configurable SOC parameters
• LIST programming and sequence editing for automated testing
• Integrated Ah/Wh measurement and regenerative energy tracking
• Web-based remote control via LAN, plus USB, CAN, and Digital I/O interfaces

• Battery testing and battery simulation
• DC-DC converter validation
• Automotive electronics and EV subsystem testing
• Semiconductor and chip characterization
• IoT and wearable device testing
• Power management IC validation
• Renewable energy and energy storage testing

• System type: Modular DC Power Analyzer
• Channel capacity: Up to 8 channels
• Module types: DC power supply, electronic load, bidirectional PSU, SMU
• Power range: 20 W to 500 W per module
• Sampling rate: Up to 200 kHz (scope mode)
• Data logging interval: Minimum 20 μs
• Display modes: Meter / Scope / Data Logger
• Interfaces: USB, LAN, CAN, Digital I/O
• Control: Local GUI + Web control + PV2700 software
• Parallel capability: Master-slave module expansion (CC mode dependent)

The IT2705 Modular DC Power Analyzer is engineered to simplify complex DC power testing by integrating multiple instruments into a single, scalable platform. It combines DC sources, regenerative loads, bidirectional power modules, and SMU functionality, allowing engineers to perform sourcing, loading, measurement, and analysis within one system.

This architecture eliminates the need to synchronize separate bench instruments, reducing setup complexity and minimizing measurement uncertainty. With support for up to 8 independent channels and more than 30 available modules, the IT2705 can be configured to match specific test requirements across R&D and validation environments.

The system provides high-speed oscilloscope sampling up to 200 kHz, enabling accurate capture of transient events such as power-on/off behavior, load switching, and dynamic response. Built-in arbitrary waveform generation allows simulation of real-world operating conditions, including battery discharge profiles and DC-DC converter behavior.

Battery simulation capabilities further support development and validation of battery-powered devices by replicating realistic charge and discharge characteristics with repeatable conditions.

Typical use cases include DC-DC converter testing, IoT device validation, semiconductor characterization, and automotive electronics testing.

For organizations focused on efficiency, repeatability, and system integration, the IT2705 provides a structured approach to DC power analysis and validation.