Battery Test
ITECH IT6400 Series – Bipolar DC Power Supplies and Battery Simulator
The unique bipolar voltage/current output makes the IT6400 series a bipolar power source or a bipolar electronic load. The battery simulating function is especially applicable for development and high speed production testing of portable, battery-operated products. IT6400 has an ultrafast transient time, less than 20 μs and resolution up to 1 nA. Its new designed speed shift mode achieves voltage/current fast rising and without overshoot, the rising time up to 150μs. Meanwhile, the waveform display function let the test be visible and simple. IT6400 series can be widely used in portable battery-operated products test, mobile power pack test, LED test and other fields.
ITECH ITS5300 – Battery Test Charge & Discharge System
ITECH’s ITS5300 is the most accurate battery testing system, and includes ITECH’s power supply and electronic load, internal resistance tester, temperature capture card and ITS5000 battery test software. With this system it is possible to do a charge test in CC/CV and a discharge test for a CC/CR/CP for multi-channel single battery/battery pack simultaneously. Moreover, it can monitor voltage, temperature, and internal resistance of each single battery, generate charge-discharge curves and save test data.
ITECH BSS2000/BSS2000Pro – Battery Simulation Test Solution
BSS2000 & BSS2000 Pro software combined with ITECH’s latest high-performance bidirectional DC power supply, IT6000B/IT6000C/IT-M3400/IT-M3600 covers a power range up to 1152kW and can provide users with a wide range simulation solution covering low-power battery module to high-power power battery system simulation. The BSS2000 basic version, BSS2000 Pro version and BSS2000M Multi-channel version of the battery simulating software are products specifically designed for the above test scenarios. It solves the problem of increasing cost of buying and storage of different types of batteries and the battery simulator can be quickly set to different state of SoC without real charge and discharge process, greatly improving test efficiency.
