●Single Device Range: voltage 0～1500V, current ±1200A, power ±6kW～±180kW
●Support master/slave parallel control mode, extended power up to 1.8MW
●Two quadrants seamless switching, the current between the DUT and the grid flow bidirectional
●Voltage accuracy 0.02%F.S., current accuracy 0.1%F.S.
●Supporting battery charge/discharge test
●CC/CV priority selection function, adjustable voltage slew rate
●Internal resistance simulation function, output timing function, voltage output ramp function
●Multiple protection functions, OVP, UVP, ±OCP, ±OPP, OTP, power failure protection
●LAN port and RS232 interface as standard, GPIB, CAN, RS485 and USB as optional
●Supporting PV matrix I-V curve simulation function (optional)
●Equipped with high-voltage isolation digital & analog, and monitoring interfaces

Bidirectional current, seamless switch between source and load
N35200 series DC Source can not only provide external power, but also absorb power, and return electric energy to the grid cleanly. N35200 series bidirectional power supply can be converted continuously seamlessly between the output and absorbed current, effectively avoiding voltage or current overshoot. It is widely used in power battery, UPS, battery protection board and other energy storage equipment testing.

Wide range of output design
N35200 series bidirectional DC power supply adopts a wide range design. A single power supply can output a wider range of voltage and current under the rated output power, satisfying engineers' test application scenarios for products of various voltage/current levels, and greatly reducing purchase cost and space occupancy in laboratory or automated test systems.

CC&CV priority function
N35200 series has the function of setting voltage loop feedback circuit priority or current loop feedback circuit priority, it can adopt the optimal working mode for testing according to the characteristics of DUT, so as to better protect DUT. As shown in Figure 1, when need to reduce voltage overshoot during testing, the voltage priority mode should be used in order to obtain a fast and smooth rising voltage. As shown in Figure 2, when need to reduce current overshoot during testing, the current priority mode should be used to obtain a fast and smooth rising current.

Master/slave design, convenient for power expansion
N35200 can be used independently or in master/slave parallel operation. It has built-in master/slave mode, and the Max.power can be expanded to 1.8MW. It adopts a unique current sharing design to ensure each module shares the load equally and ensure the consistency of product use.

●Laboratory, production line ATE automatic test system
●Photovoltaic inverter, hydrogen fuel cell, solar cell matrix and other new energy fields
●High-power energy storage, UPS, micro grid inverter and other energy storage applications
●BOBC, DC-DC, motor drive, automotive electronics and other automotive fields
●Semiconductor and components, laser, high power LED and other semiconductor testing fields
●Communication equipment, UAV, aerospace electronics, welding/electroplating, etc
●Charge and discharge test of power battery, lead storage battery and super capacitor