Tag: BTS9000

The DCIR function in BTS9(BTS9000 machine) is pretty easy to use. Accroding to the IEC standard, we should use 2 discharge steps together then to get the DCIR values: 0.2C discharge for 10s, and then 1C discharge for 1s. This is how to use this function in BTS9 software. Choose ‘measure resistance’ step from the drop down list, then double

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The sampling frequency of Neware battery tester series can be up to 100Hz or even 1000Hz, which means a huge amount of data could be retrieved in a very short time, this is helpful when customers want to use Neware testers for high C-rate or pulse test. While, for long time cycle life tests, this high-speed sampling frequency might bring

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BTS9000 is the flagship battery tester from Neware, it is primarily designed for: battery research institutes, universities, and laboratories of battery companies. Samsung and LG are using BTS9000 as well. It came into the market with extremely high accuracy (±0.02% of FS), amazingly quick hardware response time (≤100µs), high-speed data acquisition frequency (1000Hz) and many other industry-proven characteristics. BTS9000 has

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BTS9000 is the most advanced battery testing instrument from Neware, it’s the best choice for material research, but some customers think BTS9000 is a little expensive. Thus, we developed BTS9000-2CH for people who want to get high accuracy and high speed with low price. The only performance difference between BTS9000-2CH and BTS9000-4CH is that: the 2 channels of BTS9000-2CH can’t perform pulse test

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As the most advanced battery testing system from Neware, BTS9000 is capable of all the popular pulse tests, such as GSM/CDMA/GPRS/WCDMA, etc. Following pictures are the screenshots from Agilent oscilloscope, these pictures show that BTS9000 output pulse curves exactly as cutomers’ requirement. It the ideal choice for battery material research.