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Home > Products > Lithium Supercapacitor Cell > LSC14250 Lithium Supercapacitor Cell with Fully Sealed Structure and Wide Operating Temperature for High Energy Density Applications

LSC14250 Lithium Supercapacitor Cell with Fully Sealed Structure and Wide Operating Temperature for High Energy Density Applications

Product Details

Place of Origin: Wuhan

Certification: CE, ROHS, UN38.3

Model Number: LSC14250

Payment & Shipping Terms

Minimum Order Quantity: Negotiable

Price: Negotiable

Packaging Details: Carton

Delivery Time: 20 Days

Payment Terms: L/C,D/A,D/P,T/T

Supply Ability: 10000PCS/30Days

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supercapacitor lithium battery

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supercapacitor lithium cell

Product System:
Lithium Super-Capacitor Cell
Nominal Capacity(3.67V):
216AS
Nominal Voltage:
3.67V
Internal Resistance:
≤250mΩ
Operating Temperature:
﹣40℃~+85℃
Weight:
About 11g
Applications:
Intelligent And Instrument Area, Remote/Wireless, Intelligent Fire Control System
Product System:
Lithium Super-Capacitor Cell
Nominal Capacity(3.67V):
216AS
Nominal Voltage:
3.67V
Internal Resistance:
≤250mΩ
Operating Temperature:
﹣40℃~+85℃
Weight:
About 11g
Applications:
Intelligent And Instrument Area, Remote/Wireless, Intelligent Fire Control System
LSC14250 Lithium Supercapacitor Cell with Fully Sealed Structure and Wide Operating Temperature for High Energy Density Applications
Remote / Wireless LSC14250 Lithium Supercapacitor Cell Fully Sealed Structure
Product Overview

LSC14250 Lithium Ion Battery Lithium Super-Capacitor Cell Lithium Super Capacitor Lithium Ion Secondary Battery

The Lithium super capacitor is a composite super-capacitor fabricated by hybrid lithium ion secondary batteries electrode materials, including graphite, lithium cobalt oxide, lithium iron phosphate, and metal oxides, with an activated porous carbon with high specific surface area. Due to the addition of lithium-ion batteries electrode materials, the energy storage mechanism of the composite super-capacitors is no longer the traditional non-faradic double-layer charge storage mechanism. This design demonstrates higher energy density than a traditional double-layer capacitor, and higher power density than a rechargeable battery, while ensuring high energy, high power and long cycle life.

Product Features
  • Hybrid lithium ion secondary batteries electrode materials
  • Higher energy density than traditional double-layer capacitors
  • Higher power density than rechargeable batteries
  • Long cycle life with high energy and power capabilities
Performance Data
Product System Lithium Super-Capacitor Cell
Model LSC14250
Nominal Capacity (3.67V) 216AS
Nominal Voltage 3.67V
Internal Resistance ≤250mΩ
Max. Continuous Discharge Current 800mA
Max. Pulse Current 2600mA
Max. Charge Current 60mA
Max. Charge Voltage 4.0V
Discharge End Voltage 2.5V
Operating Temperature ﹣40℃~+85℃
Weight About 11g
Characteristic Curves
LSC14250 Lithium Supercapacitor characteristic curve diagram 1 LSC14250 Lithium Supercapacitor characteristic curve diagram 2 LSC14250 Lithium Supercapacitor characteristic curve diagram 3 LSC14250 Lithium Supercapacitor characteristic curve diagram 4
Key Advantages
  • Instantaneous large current discharge capability
  • Long-life energy storage device
  • Fully sealed structure and wide working temperature range
  • Suitable for long-term use in harsh environments