IT-M3900C is a regenerative bidirectional programmable DC power supply, it is not only a stand-alone bidirectional DC power supply but also can be used as a regenerative electronic load, to absorb the consumed energy and feedback cleanly to the grid. The high-efficiency energy feedback not only saves electricity consumption and heat dissipation costs but also does not interfere with the operation of the power grid. IT-M3900C provides high accuracy output measurement, high reliability, high safety, and abundant measurement functions. Which makes IT-M3900 meet customers’ high accuracy automatic ATE testing requirements, while extensively used in aspects of automotive electronics, new energy vehicles, photovoltaic energy storage, intelligent industrial equipment, battery simulation, etc.
The IT-M3900D series is a single channel output programmable DC power supply with a compact design to save rack space. The wide range of output design can provide a wider range of voltage and current combinations within the specified power range. One unit can be used as multiple power supplies, providing more flexibility. The CC/CV priority allows users to switch the output mode according to the different needs of the DUT priority, matched with the high-precision and high-speed product characteristics, and a variety of standard communication interfaces, simplifies and speeds up the test development. Thus, meeting the users’ variety of testing applications, widely used in laboratories, production lines, and automatic test systems.
IT-M3400 bidirectional DC power supply integrates the features of a bidirectional DC power supply and a regenerative electronic load. It keeps the advantages of high power density and modular architecture design of M series. It can meet the customer’s test requirement of different current and power level. Thanks to the independent multi-channel design, users can configure each channel according to the quantity and specifications of the DUT. At the same time, it has high-precision output and measurement, and has made a number of safety designs for testing, suitable for multiple test fields, such as power modules, intelligent industrial equipment, automotive electronics, charging and discharging tests of various small capacity batteries.
- Total Power: 222 Watts
- 3 channels
- Max Voltage: 64 Volts
- Max Current: 10 Amps
- 140 to 200 Watt
- 1 to 3 channel models available
- Low Ripple Noise <350 uVrms/2mVpp
- Total Power: 210 Watts
- 3 channels
- Max Voltage: 64 Volts
- Max Current: 6 Amps
The RPSu High Precision Power Supplies can deliver high current output up to 300A of maximum current and 60V of maximum voltage at 12Kw of maximum power with a long term stability of 2ppm. The RPSu is best suited for scientific and industrial applications such as particle accelerator magnets supply, medical imaging and treatment systems, and semiconductor processing.
ITECH’s IT7600 series high performance programmable AC power supplies, adopt advanced digital signal processing technology, with frequency up to 10-5000 Hz, built-in power meter and large-screen oscilloscope function. Power up to 54 kVA and support master-slave parallel, which can provide high-capacity single-phase or three-phase AC output. The IT7600 has built-in arbitrary waveform generator to simulate a variety of waveforms; as well as strong measurement and analysis functions.
- Single phase output power from 0.5-20kVA and three phase output power from 10-2000kVA.
- CE mark with high electromagnetic compatibility performance.
- Programming Sequence Function: STEP and GRADUAL modes allow users to easily set sequences of start/ end voltage, frequency and run time for testing purposes.
The IT7900 series is a programmable, four-quadrant grid simulator. It is also a four-quadrant power amplifier, which can be used to test various grid-connected equipment. For example, PCS, energy storage system, microgrid, BOBC (V2X), PHiL, etc. With the islanding mode (RLC settable), a single unit of IT7900 can realize the anti-islanding protection test. The power density of IT7900 series is very high, 15kVA in 3U. After parallel connection, the power can be extended up to 960kVA.