CE-4008-20V10A

• 8 independent channels for parallel battery testing

• Voltage output: 0.1–20 V

• Current output: up to 10 A

• Single-channel output power: 200 W

• Voltage & current accuracy: ±0.02% F.S.

• Voltage stability: 0.1% F.S.

• Current stability: 0.04% F.S.

• Current response time: ≤1 ms

• Charge/discharge switching time: ≤10 ms

• Minimum pulse width: 100 ms

• Recording frequency: 10 Hz

• AD/DA resolution: 24-bit / 16-bit

• Energy efficiency: >70%

• DCIR testing supported

• Supports CC, CV, CP, CR, and pulse charge/discharge

• Up to 32 pulses per step

• 4-wire connection for reducing line-loss measurement errors

• TCP/IP communication, with optional CAN / RS485 for BMS communication

• Long-duration testing up to 365 × 24 hours per step

The NEWARE CE-4008-20V10A is an 8-channel battery testing system designed for high-precision battery characterization, 3C battery testing, and long-duration charge-discharge evaluation. With a voltage range of 0.1–20 V, current output up to 10 A, and 200 W output power per channel, it provides greater voltage capability than many conventional 5 V battery testers. The system supports multiple operating modes including CC, CV, CP, CR, and pulse charge-discharge, as well as DCIR testing. Its ≤1 ms current response and ≤10 ms charge-discharge switching time make it suitable for dynamic battery testing and pulse-based measurements. With ±0.02% F.S. voltage and current accuracy, 24-bit AD resolution, 4-wire measurement, and >70% energy efficiency, the CE-4008-20V10A is designed for reliable and efficient battery testing in research and laboratory environments.

• 3C Battery Testing

• Battery Cell Characterization

• Rechargeable Battery Testing

• Battery Materials Research

• Charge/Discharge Testing

• Cycle Life Testing

• DCIR Testing

• Pulse Charge/Discharge Testing

• Battery Aging & Long-Term Testing

• Battery Performance Evaluation

• BMS Communication & Testing

• Laptop and Tablet Batteries

• Portable Electronics

• Battery Development & R&D