Electronics and Electrical Engineering
IT8211 economical CNC electronic load
The IT8211 is a cost-effective electronic load with a small size, widely used in product production lines, maintenance, and other basic application fields. This series has a resolution of 1mV/1mA, providing accurate test results. This series can quickly recall 4*40 sets of memory data. The panel function keys and display interface are clear and straightforward, providing customers with a simple operation scheme to easily and quickly complete various complex tests.
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IT8000 series feedback DC electronic load
The IT8000 series is a high-power regenerative DC electronic load developed based on the third-generation SiC technology. It can simulate various load characteristics and feed energy back to the grid, saving users electricity and cooling costs while meeting energy-saving and environmental protection requirements.
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ITS5300 Battery Charge and Discharge Test System
The ITS5300 battery charge and discharge testing system is specifically designed for performance testing of various power batteries (lead-acid, nickel-hydrogen, lithium-ion, supercapacitors, hydrogen fuel cells, etc.), and can simulate various equivalent operating conditions of electric vehicles for battery packs.
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ITS9500 Power Automatic Testing System
The ITS9500 series power supply automatic testing system is a convenient and practical testing system. Its small size provides test results comparable to traditional large-scale cabinet testing systems, helping customers significantly save space and reduce costs.
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IT-N6900 Series Programmable DC Power Supply
The IT-N6900 series DC power supplies offer 60V and 150V outputs with power ratings of 850W and 1500W. The entire series features a black panel with a high-definition display, low ripple, and low noise, providing stable and clean DC power. They offer two current ranges and a current resolution as high as 1 μA. With CC/CV priority settings and added Foldback protection, they easily adapt to various loads, including DC-DC converters, semiconductor lasers, automotive electronics, communication electronics, motors, and photovoltaic components. The IT-N6900 series supports SCPI and LabVIEW drivers and features built-in USB/LAN/digital IO communication interfaces. GPIB/RS232 and analog interfaces are optional, making them suitable for remote control and system integration. Applications include R&D, production lines, and educational institutions.
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IT7200 Series Programmable AC/DC Power Supply
The IT7200 series programmable AC/DC power supply is designed to provide a high-performance, cost-effective testing solution for R&D, production, and laboratory testing, with the dual use of desktop and rack-mounted. It provides 300VA/600VA power output within a 1/2 2U size, and built-in USB/LAN communication interface for easy remote control and data storage.
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IT7900 Feedback Power Grid Simulator High Voltage Series
The IT7900 series represents a new generation of programmable, four-quadrant grid simulators. They can also function as four-quadrant power amplifiers, suitable for testing various grid-connected products. Examples include PCS, energy storage systems, microgrids, BOBC (V2X), and power-related hardware-in-the-loop simulation (PHiL). They feature energy recovery, offering 100% current absorption capability and feeding energy back to the grid, saving on electricity and cooling costs.
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IT7900EP Series High-Performance Feedback Grid Simulator
The IT7900EP series of high-performance regenerative grid simulators provides users with a leading integrated testing solution. The entire series uses silicon carbide (SiC) technology and can be used as a high-power AC power supply, a grid simulator, or a regenerative AC/DC electronic load.
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IT-M3100D Series Dual-Channel Programmable DC Power Supply
The IT-M3100D series dual-channel programmable DC power supply provides fully isolated dual-channel output in a mini size of only ½ 1U. The automatic wide-range design features provide users with greater voltage and current output, and one machine can cover a wide range of user application needs. With a flexible modular architecture, combined with independent multi-channel design and synchronous operation functions, users can configure each channel according to the test requirements of the device under test, meeting customized needs. It is especially suitable for production line aging testing and automated test system construction, and is also suitable for various experiments and evaluations, quality management, and other applications.
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