♦ 4.3'' HD LCD
♦ Voltage: 60V, 150V
♦ Power: 850W, 1500W, wide range output
♦ Two current ranges, 1μA current resolution
♦ Lower ripple and noise
♦ Using a new type of transformer, lighter, higher efficiency and stability
♦ Faster voltage rise and fall
♦ With CC, CV priority, suitable for a variety of DUT's
♦ Remote Sense function
♦ Support OVP, UVP, OCP, OPP, OTP, F oldback protection function
♦ Built-in USB/LAN/Digital IO communication interface, optional GPIB/RS232/analog IO
♦ Support SCPI, LabVIEW programming
♦ Trend analysis,monitor the voltage, current and power of the DUT in time
Data Logging Function (Trend Analysis)
IT-N6900 supports trend analysis function, allowing end users to observevoltage, current and power online for a long time. Users can save test datain U disk, and the time interval of data recording can be set, which isespecially suitable for long-term aging test of production lines or R&Dlaboratories. HD screen with graphic display, users can observe theabnormal situation of the test in real time.
The LIST programming function of IT-N6900 can provide a maximum of100s teps of sequence output , and a total of 10 sequence files can be edited.The user can generate various output change sequences by editing the steps suchas voltage, current, time and whether to cycle the steps of each single step.The parameters include time units.
IT-N6900 has CC/CV priority function, which is suitable forcomplex applications with high speed or no
overshoot test requirements. In CV priority mode, you can get faster voltagerising. In CC priority mode, the output current has no overshoot, which can beused to test the DUT of constant current operating characteristics. It is goodfor applications such as laser testing, integrated circuit testing, charge and
discharge testing, power transient simulation and characterization ofautomotive electronics, etc.
IT-N6900 supports multiple protection functions such asOVP/UVP/OCP/OPP/OTP/Foldback. The Foldback protection function is mainly usedto turn off the output when the power supply CV/CC is switched, so as toprotect the DUTs which are sensitive to voltage and current overshoot. You canset the working mode and the protection delay time. If the current working modeis changed, the protection will be triggered when the time is up and the outputwill be turned off.