Characteristics
- Test type
- electric, voltage, resistance, leakage current, self-discharge, capacitance, leakage, electrical safety, internal resistance, electrical stability, life cycle, charge/discharge test
- Tested product
- for lead-acid battery, for lithium battery, for LiFePO4 battery, for supercapacitor, integrated circuit, for hydrogen fuel cell
- Applications
- industrial, laboratory, for production, R&D, for power systems
- Configuration
- compact
- Other characteristics
- computer-controlled, PC-controllable
Description
N5800 series supercapacitor module comprehensive testing instrument
N5800 series is specially developed by NGI for the R&D and production of supercapacitors and batteries. The sampling rate is up to 1ms, and the charging and discharging process can be seamlessly switched, which can fully meet the test requirements of high accuracy for electrical parameters such as charging capacitance, discharging capacitance,charging DCIR, discharging DCIR, energy conversion efficiency, cycle life, etc. N5800 supports the test standards of six-step method, IEC62391 and QC/T741.
N5800 PC application software supports customization. Users can customize the test files according to the test procedure.The test results can be stored in database and exported in the formats of Excel and JPG.
Features
■ Parameters test: CC charge, CC discharge, CV charge, cycle life, charging capacitance, discharging capacitance,DCIR, etc.
■ Sampling rate up to 1ms
■ Multifunctional application software, supporting production sorting
■ LED indicator light to display the channel status
■ Data storage and analysis
■ Voltage range: 0-5V
■ Seamless transition between charging and discharging
■ LAN interface
Functions & Advantages
Capacitance test
N5800 can measure the charging capacitance and discharging capacitance of supercapacitor. The test method is as follows: charge or discharge the measured supercapacitor under CC mode, record the time and voltage during the charging or discharging process, and calculate the capacitance by calculating the slew rate of the voltage and time during the process.
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