Electronics and Electrical Engineering
IT6800A/B Series Dual-Range Programmable DC Power Supply
IT6800A/B series dual-range programmable DC power supply (72-180W). Each power supply has two voltage and current output ranges, equivalent to two power supplies in one, saving users cost and space. It features high resolution of 1mV/0.1mA. It supports both panel List programming and software operation via computer, meeting more communication needs. Suitable for laboratory testing, production line testing, maintenance and inspection, etc.
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IT-M3140 High-Power-Density Programmable DC Power Supply
The IT-M3140 series of high-power-density programmable DC power supplies integrates high-stability output, high-speed dynamic response (<1ms), 9 protection functions, and LIST programming mode. Within a compact 1/2 2U size, it provides an output capacity of 30V~1200V, 1850W&3000W, meeting the application requirements in fields such as electric tools, electric bicycles, UAVs, power modules, and semiconductors.
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IT-M3900D series high-power programmable DC power supply
The IT-M3900D series is a single-output programmable DC power supply with a compact design that saves rack space. It also features a wide-range output design, providing a broader range of voltage and current combinations within the specified power range. One unit can replace multiple power supplies, offering greater flexibility.
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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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IT-M3600 series feedback source load system
The IT-M3600 regenerative source load system integrates two devices into one machine. It serves as both a bidirectional power supply and a regenerative load, enabling bidirectional energy flow and versatile functionality. When used as a load, its energy recovery function converts absorbed DC electricity into AC electricity at the power frequency, returning it to the grid. When used as a power supply, it can also function as a wide-range bidirectional DC power supply. The IT-M3600 cleverly combines the advantages of both types of devices, while its ½U mini size saves users space, time, and costs. With high-precision output and measurement capabilities, the IT-M3600 is suitable for various testing applications, including multi-module batteries, multi-channel power supplies, micro-inverters, and semiconductor IC devices.
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IT16000C series high-power bidirectional programmable DC power supply
The IT16000C series is a modular, high-power, bidirectional, programmable DC power supply that cleverly combines intelligence, flexibility, and high power. It integrates up to 200k/250k power supply in a 27U integrated rack, making installation easier, and the power can be expanded to 4MW through parallel connection. It has both power supply and load functions, and also supports energy feedback to the grid, helping to recycle energy.
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IT-N2100 series solar array simulator
The IT-N2100 series solar array simulator is a high-performance DC power supply with rapid IV curve changes, used to simulate the IV output characteristics of various solar panels under different environments (temperature, illumination, shade attenuation, aging). It can be used for testing and verification of solar microinverters, power optimizers, satellite power systems, and solar panel arrays. This series features low ripple, low noise, and high-speed MPPT tracking speed, with multi-channel synchronous control and a high-voltage topology structure.
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IT6600PV Series Solar Array Simulator
The IT6600PV series represents a new generation of graphical solar array simulators, used for precisely simulating the IV output characteristics of various solar panels under different environmental conditions (temperature, illumination, shade attenuation, aging). The new touch screen design, combined with a graphical user interface, allows users to quickly set parameters and edit waveforms, testing the static and dynamic maximum power point tracking (MPPT) efficiency of photovoltaic inverters. It provides support for testing and verification of grid-tied inverters, string inverters, integrated photovoltaics and storage systems, and household inverters.
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AC/DC charging pile simulation system
New energy vehicles are mainly composed of several important components: motor, electronic control, battery, and charging. The charging part has also derived related supporting products such as on-board chargers, DC-DC converters, BOBC, and AC/DC charging piles.
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