Ultra-High Precision CV / EIS Battery Testing System
SKU: ABG-BTTV-CELL-CVEIS
High-precision battery cell testing platform for cyclic voltammetry (CV), electrochemical impedance spectroscopy (EIS), and controlled charge–discharge characterization for advanced battery research and validation.
Overview
A high-precision electrochemical testing platform for battery materials and cell research, combining controlled battery testing with Cyclic Voltammetry (CV) and Electrochemical Impedance Spectroscopy (EIS) on applicable configurations.
Key Features & Highlights
Integrated CV / EIS workflow
Selected configurations combine electrochemical characterization with charge/discharge testing without moving the battery between systems.
24-bit acquisition
The referenced CT-8002S-5V100mA-EIS model uses 24-bit AD and 16-bit DA resolution.
High precision
The referenced CT-8002S-5V100mA-EIS model specifies ±0.01% F.S. voltage and current accuracy.
Six current ranges
The referenced model provides six current ranges from 0.1 mA through 100 mA.
Key Capabilities
Cyclic Voltammetry
Controlled voltage scanning for electrochemical reaction and redox characterization.
Electrochemical Impedance Spectroscopy
Impedance characterization for electrochemical interfaces and battery behavior.
Charge / discharge
Battery performance testing can be integrated into the research workflow.
Multi-dimensional characterization
Supports workflows combining CV/EIS with cycling and other electrochemical methods where configured.
Applications
Battery materials research
Electrode, electrolyte and interface characterization.
Solid-state battery research
Electrochemical interface and impedance studies.
Sodium-ion research
Electrochemical behavior and interfacial analysis.
Cell development
Advanced characterization during prototype development.
Industries Served
Battery R&D laboratories
Advanced electrochemical research and cell development.
Universities
Materials and electrochemistry research.
Battery manufacturers
Root-cause and performance characterization.
Research institutes
Next-generation battery technology development.
Testing / Operating Workflow
1. Prepare test cell
Install the cell using the appropriate fixture and electrical configuration.
2. Select electrochemical method
Configure CV, EIS, cycling or a combined sequence.
3. Execute measurement
Acquire high-resolution voltage/current response and impedance data.
4. Correlate results
Relate electrochemical signatures to cell performance and degradation.
Software & Data Management
Programmable test sequences
Combine electrochemical and charge/discharge steps within the supported BTS workflow.
Data analysis
Record and analyze test results for research and validation reporting.
Safety & Protection
Electrical protection
Operate within the voltage, current and power limits of the selected model and DUT.
Four-wire measurement
Applicable configurations can use precision measurement techniques to reduce lead-resistance effects.
System Integration
Research fixtures
Coin-cell and other laboratory fixtures can be selected for the DUT.
Environmental testing
Temperature-control equipment can be integrated where the research protocol requires it.
Configuration Options
Referenced model
CT-8002S-5V100mA-EIS.
Voltage
Referenced model output range: -5 V to +5 V; minimum discharge voltage -5 V.
Current
Referenced model ranges: 0.1 mA, 1 mA, 5 mA, 10 mA, 50 mA and 100 mA.
Benefits & Value Proposition
Higher-resolution electrochemical insight
Supports detailed analysis beyond conventional capacity/cycle measurements.
Integrated research workflow
Reduces the need to move the DUT between separate battery cycling and electrochemical measurement platforms.
Frequently Asked Questions
Which model is the technical reference for this page?
The detailed numerical specification on this page is based on CT-8002S-5V100mA-EIS. Other configurations are available according to the application.
Does the system support both CV and EIS?
Yes, where the selected configuration includes the corresponding CV/EIS functions.
Technical Specifications
| Reference model | ABG CT-8002S-5V100mA-EIS |
| Resolution | AD 24-bit; DA 16-bit |
| Voltage output | -5 V to +5 V |
| Voltage accuracy | ±0.01% F.S. |
| Current ranges | 0.1 mA / 1 mA / 5 mA / 10 mA / 50 mA / 100 mA |
| Current accuracy | ±0.01% F.S. |
| Single-channel output power | 0.5 W |
| Functions | CV / EIS / battery charge-discharge testing |
Technical buying guidance
Related buyer guides & requirements
Battery Tester Selection Guide
Define voltage, current, channels, temperature and data requirements before finalising a battery test-system configuration.
Read guideBattery Pack Testing Requirements
Review pack-level electrical, validation and test-matrix inputs where the product is used for pack testing.
Read guideBMS Testing Validation Lab
Connect battery testing with BMS simulation, communication, I/O and laboratory validation requirements.
Read guideTell Us About Your Testing Requirement
Share what you already know. You do not need to have every specification finalized before starting a technical discussion.