• Up to 42kW output power in a compact 3U chassis
• Dual independent channels with series/parallel configuration
• Master-slave parallel operation up to 10MW
• Advanced SiC technology for high efficiency and power density
• CC/CV priority mode for precise DUT control
• Integrated oscilloscope and data recorder functions
• 5-inch touch screen with intuitive graphical interface
• Extensive communication interfaces (LAN, USB, CAN, optional GPIB/EtherCAT)

• EV battery and powertrain testing
• Energy storage system validation
• Power electronics and inverter testing
• Aerospace and defense electrical testing
• Automated production line testing (ATE systems)
• Renewable energy systems (solar, grid simulation)
• R&D laboratories requiring high power DC sources

• Power rating: up to 42kW (single unit, dual channel combined)
• Scalable power: up to 10MW (parallel configuration)
• Channels: Dual independent, isolated outputs
• Technology: Third-generation SiC power devices
• Form factor: 3U rack-mounted unit
• Operating modes: CC (constant current), CV (constant voltage) with priority selection
• Interface options: 1. Standard; USB (TMC/VCP), LAN (Modbus-TCP, Profinet, VXI-11, Telnet), CAN 2.0B 2. Optional; GPIB, EtherCAT, Analog, RS232
• Display: 5-inch touch screen GUI
• Functions: List mode, waveform simulation, oscilloscope, data logging

The IT6600D Series High Power Programmable DC Power Supply is engineered for applications requiring high output power, flexibility, and measurement accuracy in compact test environments. By integrating third-generation SiC technology, a single 3U unit delivers up to 42kW through dual independent channels, significantly reducing system footprint compared to traditional multi-unit configurations.

Each channel operates independently with full isolation, allowing separate control and measurement, or can be configured in series or parallel to extend voltage and current ranges. This architecture enables the system to adapt to a wide range of test scenarios, from high-voltage battery validation to high-current power electronics testing.

The CC/CV priority function allows users to define the operating mode based on the DUT requirements, improving test accuracy and protecting sensitive components. Integrated features such as waveform programming, oscilloscope functionality, and data recording enable real-time analysis without external instrumentation.

With built-in communication interfaces including LAN, USB, CAN, and optional industrial protocols, the IT6600D integrates seamlessly into automated test systems and production lines. Its scalability up to 10MW through parallel operation supports future expansion without redesigning the test setup.

For organizations managing complex validation processes, this platform reduces system complexity, improves repeatability, and supports compliance-driven testing workflows. AV-TEK Consulting supports system configuration and integration based on specific application requirements.