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IT6600D Series High Power Programmable DC Power Supply
IT6600D series DC power supply is a new generation DC power supply. Its touch screen and intuitive GUI not only simplify parameter setting and waveform editing, but also improve convenience. It adopts advanced third-generation SiC technology. A 3U height single unit can output 21kW each in dual channels. If the two independent channels are connected in series/parallel, it can reach maximum power 42kW. Since 1 unit IT6600 can cover the output range of 3-5 normal power supplies, it can be applied to various applications
requiring high voltage or high current.
IT6600D's CC/CV priority allows the output mode to be selected based on the specific needs of the DUT, which is especially important during precision measurements. High-precision, high-speed features and a variety of standard communication interfaces enable IT6600D to be widely used in laboratories, production lines and automatic test systems.
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Model
Voltage
Current
Power
Resolution
Accuracy
Interface
Size
IT66168D-1200-800
1200V
800A
168kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
27U
inquiry
IT66126D-1200-600
1200V
600A
126kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
15U
inquiry
IT6684D-1200-400
1200V
400A
84kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
15U
inquiry
IT6642D-1200-200
1200V
200A
42kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
3U
inquiry
IT66420D-1200-2000
1200V
2000A
420kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
37U
inquiry
IT66378D-1200-1800
1200V
1800A
378kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
37U
inquiry
IT66336D-1200-1600
1200V
1600A
336kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
37U
inquiry
IT66294D-1200-1400
1200V
1400A
294kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
27U
inquiry
IT66252D-1200-1200
1200V
1200A
252kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
27U
inquiry
IT66210D-1200-1000
1200V
1000A
210kW
0.001V/0.001A
≤0.02%+0.01%FS / ≤0.03%+0.03%FS
USB/CAN/LAN/digital I/O port, optional GPIB/EtherCAT/Analog&RS232
27U
inquiry
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* The above specifications are subject to change without prior notice.
Product Features
High power density, up to 42kW in 3U
Independent dual-channel design in 3U unit, and channels can
be connected in series or parallel
Master-slave current sharing, output max. 10MW in parallel, no performance lost
5-inch touch screen with intuitive GUI
Data recorder function
Oscilloscope function, instant data analysis and saving
CC/CV priority
List function, dynamic working condition simulation with tens of millions of points
Redundancy function, helps to check the status of each single unit or cabinet and ensure the overall output
Built-in communication interface
  • 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 interface: GPIB/EtherCAT/Analog&RS232
Free PC software
Functions and Advantages

Industry-leading high power density

IT6600D provides up to 42kW power supply and loading power in a 3U chassis, making it possible of a bench top solution for a high-performance and high-power test. It is also very suitable for integrated systems with strict space requirements.


Independent dual-channel

A 3U height single unit of IT6600D can output 21kW each in dual channels. Each channel has a completely independent isolation design and can be controlled and measured separately. The two channels can also be connected in series or parallel to increase the output range and cope with various test requirements.