Panasonic NCR18650B 3.6V - 3.7V 3400mAh Li-Ion battery positive pole flat

Panasonic NCR18650B 3.6V - 3.7V 3400mAh Li-Ion battery positive pole flat

Product description

5 Methoden um FPV LIPO Akkus UNTERWEGS zu laden

Panasonic NCR18650B 3.6V - 3.7V 3400mAh Li-ion Battery, Flat Positive Terminal

The Panasonic battery was developed for industrial applications, laptops, model building, and all other areas where high-performance batteries are used. The Panasonic NCR18650B is the latest battery model, featuring an exceptionally high capacity. The Panasonic battery has consistently delivered top results in all tests and is suitable for use in smart glasses, as well as long-range drones and model airplanes.

High-quality Li-ion battery—
Li-ion batteries are thermally stable and do not suffer from the memory effect; they also feature a particularly high energy density. At a charging current of 1700mA, the Panasonic battery takes three hours to charge; at a charging current of 3400mA, it takes just 1.5 hours. We also have the compatible chargers for this battery in stock for you.

Specifications

• Brand: Panasonic
• Model: 18650 NCR18650B
• Capacity: 3,400 mAh
• Minimum capacity: 3,200 mAh
• Nominal voltage: 3.6V, cut-off voltage (charge): 4.2V, cut-off voltage (discharge): 2.5V
• Maximum discharge current: 2C, 6.2 A
• Diameter: 18.20 mm ± 0.1, Height: 65.00 mm ± 0.15 mm
• Weight: 46 g ± 1 g
• Charging method: CC-CV
• Country of Manufacture: Japan, China
• Positive terminal: flat (flat top)
• Unprotected, no deep-discharge protection
• Capacity 3400 mAh
• Minimum capacity: 3,250 mAh
• Measured capacity at 0.5A: 3,270 mAh
• Nominal voltage 3.6V
• Charge cut-off voltage: 4.2 V
• Max. discharge current (2C): 6.2 A
• End-of-discharge voltage: 2.5 V
• Protection: None
• Positive terminal: flat (Flat Top)
• Chemistry: LiNiCoAlO2
• Diameter 18.20 mm ± 0.1 mm
• Height: 65.00 mm ± 0.15 mm
• Weight 46 g ± 1 g
• Charging method: CC-CV

Additional Features
Lithium-ion batteries are thermally stable and do not suffer from the memory effect.
They are based on lithium and are characterized by high energy density.