KYS2037BH Batterie de dispositifs médicaux

The Medical device battery adopts a compact lithium-ion battery pack structure with integrated smart management functions. Engineers assemble multiple cylindrical or prismatic cells into a regulated module. The system continuously tracks voltage, current, and temperature through an embedded control circuit. Meanwhile, the battery management system coordinates charge and discharge behavior to maintain electrical consistency. Signal interfaces transmit operational data in real time for monitoring purposes.

Materials and Cell Architecture

Manufacturers select lithium cobalt oxide or lithium nickel-based chemistries for stable electrochemical behavior. Copper foil supports the anode collector, while aluminum foil forms the cathode current pathway. A microporous separator maintains ionic movement while preventing internal short circuits. The outer enclosure uses flame-retardant polymer or reinforced aluminum housing. Additionally, insulation films isolate high-voltage sections and reduce internal leakage risk.

Electrical Assembly and Circuit Control

Technicians connect cells in controlled series-parallel configurations to match rated output design. Precision welding secures electrode tabs and minimizes resistance at joint points. After assembly, the protection board integrates MOSFET switching, voltage sampling, and thermal feedback channels. The system actively balances each cell group during operation. Furthermore, wiring harnesses include strain relief structures to stabilize mechanical connections during vibration or movement.

Thermal Regulation and Structural Design

Designers implement passive airflow channels or conductive heat spreaders to stabilize internal temperature distribution. Some configurations include sensor-triggered thermal cutoffs for abnormal condition response. The mechanical casing resists compression and isolates internal components from external impact. Maintenance access points allow inspection without full disassembly of the pack.

Standards and Compliance Control

Production follows IEC 62133, UN38.3, and ISO-based safety frameworks for lithium battery systems. Each unit undergoes electrical endurance testing, insulation resistance verification, and cycle performance evaluation. Manufacturers record batch traceability data for quality auditing. In addition, transport certification ensures compliance with international shipping regulations for lithium-based energy modules.

Caractéristiques du produit

• 2S1P Removable Lithium-ion Battery Pack
• Conformité réglementaire dans plusieurs régions du monde
• Interface standard SMBus v1.1
• Indicateur d’état de charge (SOC) à LED intégrée
• Utilise des cellules Panasonic, affichant la plus grande densité d’énergie et la plus grande stabilité du marché
• Rencontre les règles d’optimisation de la charge JEITA
• Des dispositifs de protection de sécurité complets, incluant la surcharge, la surcharge, la surcharge, la surchauffe et les courts-circuits
• Équipé d’une fonction d’équilibrage pour améliorer efficacement l’autonomie de la batterie
• Calcul précis de la batterie TI

Domaines d’application des produits

• Dispositifs médicaux de classe III
• Instruments de mesure de précision
• Ordinateurs industriels
• Équipements d’essais non destructifs
• Dispositifs industriels et médicaux portables, etc.