Neware 0.1uA to 5A Lithium Ion Battery Analyzer Four Range Four Range Automatic
CT - 9004 Cutting - edge Technology for Battery Material Research
1 . CT - 9004 , as our latest battery testing system , brings you up - to - date , sophisticated hardware technology and brand - new software experience .
2 . Its characterized with a maximum data acquisition frequency of 1000Hz , 4 automated - switch output ranges , 0.02percent accuracy and a minimum pulse width of 400μs .
3 . The core technologies are improvement on a new height , such as 8channel design , 0.02percent of FS accuracy, 1000Hz data acquisition frequency , multi - range , supporting GSM and CDMA .
4 . If you need highly accurate current output range to tell the subtle difference of the battery material , but don’t need many pulse tests , then CT - 9000 - 5V5A - 8CH is the better choice .
Accuracy 0.02percent of FS , 4 auto - switch output ranges , 400us pulse width, 1000Hz data record frequency , characterized above and even more advanced features , Neware BTS9000 is born to be the most advanced battery testing system , it is the best choice for you to find the future battery material .
GSM TEST / PULSE TEST / DCIR TEST
1 . BTS9000 is based on Neware sixth - generation testing system .
2 . It's designed for battery material research , high - precision tests, pulse charge/discharge tests , DCIR test , and cycle life test .
3 . As the most cutting - edge equipment for battery material research , BTS9000 comes with extremely high accuracy 0.02 percent of FS , amazing hardware response speed - less than 100μs , wide range of applications , high - speed testing data acquisition and many other industry - proven characteristics , its your ultimate choice for battery material research .
1000HZ
We designed and shipped our sophisticated series which is characterized with a max . data acquisition frequency of 1000Hz , a minimum pulse width reaching 400us , an accuracy of 0.02percent of FS and auto multi - current ranges enabled .
43,000 Hours - 5 years
Uninterrupted operation hours of 43000 hours , and equipment still outputs and measures accurately .
| Voltage | Per Channel Voltage Range | 0 V~5V |
| Min discharge voltage | 0.7 V - 0.5m cable , 5A discharge |
| Accuracy | 0.02percent of FS |
| Stability | 0.005percent of FS |
| Current | Current range | range1 , 0.1uA -150uA |
| range2 , 140uA - 5mA |
| range3 , 4.5mA - 150mA |
| range4 , 140mA - 5A |
| Accuracy | 0.02 percent of FS |
| range1 , 30nA |
| range2 , 1uA |
| range3 , 30uA |
| range4 , 1mA |
| Stability | 0.005 percent of FS |
| Data Recording | Record Condition | Time delta T- more than 1ms |
| Voltage delta U - more than 1mV |
| Current delta I - more than 100nA |
| Record Frequency | 1000Hz Continuous Charge / Discharge Mode / GSM Pulse Mode; |
| Charge | Charge Mode | Constant Current Charge , Constant Voltage Charge , Constant Current and Constant Voltage Charge , Constant Power Charge , Constant Resistance Charge |
| End Conditon | Voltage , Current , Relative Time , Capacity , Energy , Power |
| Discharge | Discharge Mode | CCD / CPD / CRD / Pulse Discharge |
| End Condition | Voltage , Current , Relative Time , Capacity |
| Pulse mode | Charge | CC , CP mode |
| Discharge | CC , CP mode |
| Min pulse width | 400μs |
| Pulse number | Single pulse working step supports 16 different pulse segments |
| End Condition | Voltage , Relative Time |
| DCIR | Support for the calculation of the point of the DCIR |
| Cycle | Loop Measure Range | 65535 |
| Max Steps Per Loop | 255 |
| Nested Loop | Nested loop Function , Max Support 3 Layers |
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0.1uA To 5A 1000Hz Lithium Ion Battery Analyzer system Four Range Images
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