5V Battery Analyzer 6A 16CH

Min. Order: 1 piece

Model	LCT-5V6A-16CH
Current Range	1mA~1A； 1A~3A，3A~6A
Current Accuracy	±0.03%FS±0.03%RD
Voltage Range	Charging 0–4500 mV, Discharging 2000–4500 mV
Voltage Accuracy	±0.025%FS±0.025%RD
Response Time	< 1ms
Sampling Rate	10Hz
Max Power/CH	1W
Stability	±0.1% of FS
Charge Modes	CC, CV, CC-CV, CP, CR, Pulse
Discharge Modes	CC, CV, CC-CV, CP, CR, Pulse
Cut-off Conditions	Voltage, Current, Time, Capacity, Energy, -△V

Applicable Battery Types: Suitable for coin, cylindrical, pouch, and other types of batteries, allowing flexible testing for different battery formats.
Target Users: Ideal for battery manufacturers, material suppliers, universities, and research institutes, meeting diverse R&D and production testing needs.
Supported Test Types: Includes cycle life testing, rate charge/discharge, pulse simulation, GITT, DCIR, and dQ/dV analysis, providing a complete solution without additional equipment.
Charge/Discharge Modes: Supports CC, CV, CC–CV, constant power, and constant resistance, adapting to different testing requirements.
Modular Design: Each unit has 16 independent channels, which can be expanded as needed for experiments or production of different scales.
Communication Features: Equipped with SMBus / I²C interfaces, enabling easy system integration and automated data collection.
Centralized Control: The system can be linked with an environmental chamber and controlled via PC, simplifying operation and enabling remote monitoring.
Safety Protections: Features power failure protection, offline testing, and overheat protection to ensure safe and reliable operation.

Cycle Life Testing: Repeatedly charges and discharges the battery to evaluate durability and predict lifespan, helping you choose long-lasting battery products.
Rate Charging/Discharging Test: Tests battery performance under fast charging and high-power conditions, confirming suitability for rapid charging and high-power applications.
Pulse Simulation Test: Simulates sudden high-power usage to check if the battery can handle peak loads, ensuring reliability under extreme conditions.
GITT (Galvanostatic Intermittent Titration Technique): Tests the battery’s reaction speed and stability, helping you understand if it operates reliably and select more consistent cells.
DCIR (Direct Current Internal Resistance Test): Measures the battery’s internal resistance to assess output power and heat generation, ensuring safe and efficient performance.
dQ/dV Curve Analysis: Analyzes charge and discharge data to detect early signs of aging or abnormal behavior, helping prevent performance decline and potential failures.