CT-9002-5V6A-F-204n
4 ranges, wide dynamic range, high speed sampling and high accuracy.
Quantity
Key Highlights
4 selectable current ranges from 0.1 µA to 6 A
0–5 V charging range
−5 V to +5 V discharge range
±0.02% F.S. voltage and current accuracy
±0.01% F.S. voltage and current stability
Up to 1,000 Hz data recording frequency
≤100 µs current response time
30 W maximum output power per channel
16-bit AD/DA resolution
≥1,000 MΩ input impedance in the startup state
≥10 ms work-step time
Supports DCIR, dQ/dV, CV, Cycle Life, and Rate Charge/Discharge testing
Supports SMBus communication
Supports battery simulation testing
Optional discharge to 0 V
Programmable condition switches for complex test sequences
Designed for Consumer Electronics, Coin Cells, and Pouch Cells
Description
The NEWARE CT-9002-5V6A-F-204N is a high-precision battery testing system designed for battery characterization requiring a wide dynamic current range, fast response, and high-speed data acquisition. With four selectable current ranges from 0.1 µA to 6 A, the system provides precise current control across both microcurrent and higher-current testing conditions. This wide range allows researchers to perform different types of battery measurements without changing to a separate tester for low- and high-current applications. The CT-9002 series provides data recording at up to 1,000 Hz and a current response time of ≤100 µs, enabling the measurement of rapid changes in battery voltage and current. NEWARE also states that its IEC-standard DCIR function uses the high-frequency dataset, allowing more DCIR values to be obtained within the same measurement period. The system supports Cycle Life, Rate Charge/Discharge, DCIR, dQ/dV, and CV testing, together with SMBus communication and programmable simulation functions. An optional discharge-to-0 V function is also available for safety, destructive, and other specialized battery tests.
Specifications
Parameter | Specification |
Equipment Name | CT-9000 Battery Testing System |
Model | CT-9002-5V6A-F-204N |
Input Power Supply | AC 220 V +10%/−20%, 50 Hz |
Input Power | 500 W |
AD / DA Resolution | 16-bit / 16-bit |
Input Impedance | ≥1,000 MΩ in startup state |
Channel Characteristics | Four-range wide-dynamic-range, high-speed sampling, and high-precision |
Charging Voltage Range | 0 to +5 V |
Discharge Voltage Range | −5 V to +5 V |
Minimum Discharge Voltage | −5 V |
Voltage Accuracy | ±0.02% F.S. |
Voltage Stability | ±0.01% F.S. |
Current Range | 0.1 µA–6 A |
Current Range 1 | 0.1–180 µA |
Current Range 2 | 180 µA–6 mA |
Current Range 3 | 6–180 mA |
Current Range 4 | 180 mA–6 A |
Current Accuracy | ±0.02% F.S. |
Current Stability | ±0.01% F.S. |
Maximum Power / Channel | 30 W |
Power Stability | ±0.02% F.S. |
Current Response Time | ≤ 100 µs (10–90% or 90–10%) |
Minimum Work-Step Time | ≥ 10 ms |
Data Recording Frequency | Up to 1,000 Hz |
Communication | SMBus |
Optional Function | Discharge to 0 V |
The current ranges, accuracy, stability, power, response time, and voltage specifications above are taken from NEWARE's current Technical Specifications.
Application
Battery Cell Research
Battery Materials Research
Consumer Electronics Battery Testing
Coin Cell Testing
Pouch Cell Testing
Solid-State Battery Research
Dynamic Battery Characterization
DCIR Measurement
Pulse / Transient Testing
Cycle-Life Testing
Rate Charge/Discharge Testing
dQ/dV Analysis
CV Testing
Battery Simulation
Smart Battery / SMBus Testing
NEWARE specifically identifies Consumer Electronics, Coin Cells and Pouch Cells for this model, while its CT/CE-9000 series is positioned for advanced battery cell characterization, EV battery cells, consumer electronics and battery materials research.