IT6600D Series High-Power Programmable DC Power Supply
The IT6600D series leads a new generation of graphical programmable DC power supplies. Integrating a touch screen design and an intuitive graphical user interface simplifies parameter settings and waveform editing while significantly improving user convenience. It adopts advanced third-generation SiC technology.
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- Product Description
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- Commodity name: IT6600D Series High-Power Programmable DC Power Supply
The IT6600D series leads a new generation of graphical programmable DC power supplies. Integrating a touch screen design and an intuitive graphical user interface simplifies parameter settings and waveform editing while significantly improving user convenience. It adopts advanced third-generation SiC technology.
IT6600D Series High-Power Programmable DC Power SupplyThe IT6600D series leads the new generation of graphical programmable DC power supplies. By integrating touch screen design and an intuitive graphical user interface, it simplifies parameter setting and waveform editing, significantly improving user convenience. It uses advanced third-generation SiC technology. A high-power density design of 21kW per channel is achieved within a 3U chassis, and the two independent channels can be connected in series & parallel for an output of up to 42kW. One device can achieve the output range of 3-5 competitor devices, meeting the needs of various high-voltage and high-current applications, and improving the flexibility and efficiency of testing and development.
The IT6600D series features CC (constant current)/CV (constant voltage) priority, allowing users to select the output mode based on the specific needs of the device under test. This flexibility is especially important during precision measurements. Combined with high-precision, high-speed product features and multiple standard communication interfaces, it simplifies and accelerates test development, widely applicable to laboratory, production lines, and automated testing systems to meet diverse testing applications.Model Voltage Current Power Resolution Accuracy Interface Dimensions 
Product Features
♦ High power density, up to 42kW within 3U
♦ Fully independent dual-channel design within 3U; channels can be connected in series or parallel
♦ Master-slave current sharing, paralleling up to 10MW
♦ 5-inch touchscreen, graphical user interface
♦ Data logging function, detailed observation of trends
♦ Oscilloscope function, instantaneous analysis and saving without an oscilloscope
♦ CC/CV priority setting function
♦ List function, tens of millions of points of dynamic operating condition curve simulation
♦ Redundancy function, monitors the operation of individual units or cabinets, ensuring smooth overall output
♦ Standard Communication Interfaces
- USB (USB-TMC/USB-VCP)
- LAN (Rawsocket/Modbus-TCP/Profinet/VNC/VXI-11/Web/Telnet)
- CAN 2.0B (CANopen/CAN2.0)
- Digital IO
♦ Optional Communication Interfaces: GPIB/EtherCAT/Analog & RS232
♦ Supports Host Computer SoftwareHigh Power Density
The IT6600D series provides up to 42kW of power in a compact 3U chassis, saving significant lab space and improving user convenience and efficiency. It can be placed directly on a lab bench, a stark contrast to traditional bulky equipment. While suitable for high-power testing, it also maintains a clean and organized work environment. The IT6600D series is particularly suitable for integrated systems with high space utilization requirements. It not only reduces the physical space occupied by the equipment but also provides a streamlined solution for complex testing needs through efficient power management and precise control.

Fully Independent Dual Channels
The IT6600D series showcases innovative power supply technology with its 3U chassis and dual channels, each with an independent 21kW output power. Each channel uses a fully independent isolation design, allowing for individual control and measurement; it operates like two independent machines, providing twice the value.
In addition, these two channels can be connected in series or parallel, flexibly expanding the output capacity of the IT6600D series to easily handle various complex testing needs. The flexibility and functionality of this series make it an ideal high-efficiency testing solution for laboratory and industrial applications.
Wide Range Output, Versatile Use
The IT6600D series design concept transcends the limitations of traditional DC power supplies, offering an innovative wide-range output solution. The 3U chassis supports dual channels, series connection of channels, and parallel connection of channels, combining multiple ordinary DC power supplies into one, expanding the IT6600D series power curve to handle more complex and variable testing needs.
Graphical Touchscreen Design
The IT6600D series provides a wide range of operating methods and functions, allowing users to operate conveniently and quickly through a 5-inch touchscreen, keyboard, and knob. The simple and intuitive UI directly displays the settings and measurements of various parameters and provides output waveform previews.
The IT6600D series features a bilingual Chinese-English interface, considering the needs of global users. Regardless of the user's preferred language, they can easily operate the equipment and read data, improving its applicability and user-friendliness. The user-friendly settings and the ability to meet various measurement needs further demonstrate the high priority placed on user experience in the design of the IT6600D series.
Master-slave paralleling up to 10MW
When higher power is needed, the IT6600D series allows users to parallel multiple devices of the same specification to achieve an output power of up to 10MW. This scalability makes building power systems faster and more flexible, providing feasible solutions for various high-power application scenarios and meeting the wide-ranging power needs from laboratory testing to industrial-scale applications. It improves the efficiency of testing and production processes, reduces the complexity of system construction, and lowers overall costs.- Master-slave paralleling, active current sharing
- Simple operation, no need to disassemble the cabinet
- Fiber optic full isolation, effectively protects equipment and devices under test
- No calibration required after paralleling
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