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  • Super Capacitor 5000F 2.7V for New Energy Power Generation
  • Super Capacitor 5000F 2.7V for New Energy Power Generation
  • Super Capacitor 5000F 2.7V for New Energy Power Generation
  • Super Capacitor 5000F 2.7V for New Energy Power Generation

Super Capacitor 5000F 2.7V for New Energy Power Generation

Mounting Type:
Bolt Terminal
  • Super Capacitor 5000F 2.7V for New Energy Power Generation
  • Super Capacitor 5000F 2.7V for New Energy Power Generation

Description

Super Capacitor 5000F 2.7V for New Energy Power Generation
Product Description
Modle
BA-2R7-J508UMJ70
3000Rate discharge Cap.( ΔV=2.4V-1.5V)
5000F
Cap. Tolerance(25℃)
0%~+20%
Rated Voltage(V)
2.7
Surge voltage(V)
2.85
Internal Resistance ESRDC (mΩ)
0.25
Max continuous current( △T=15℃)(A)
160
Max Current(1s,A) (25℃)
2900
Leakage Current at 72h (25℃)
8.5mA
Operating Temp.(Top)
-40~+65℃
Storage temperature range (at 0V)
-40~+70℃
Weight m
535
Energy Density (at U0)
9.46
Power Density (at U0)
13.6
Product Picture

Products Advantages
              Wide Operating Temperature Range
              Mainstream products operate in a temperature range of -40℃ to +70℃, and the high-temperature (HT)
              series can withstand -40℃ to +85℃. They maintain normal operation in low-temperature environments,
              making them suitable for extreme scenarios such as the Arctic, Antarctic and high-altitude areas.

         
              Long Cycle Life

              Hybrid supercapacitors (LIC/Lithium Capacitors) boast a cycle life of 250,000 times; conventional
              supercapacitors can undergo more than 500,000 charge-discharge cycles. With 20 charge-discharge
              cycles per day, they can be used continuously for 60 years, which is far longer than traditional batteries.


              Excellent Charge-Discharge Characteristics

              They support instantaneous high-current charge and discharge, featuring fast charging speed and short
              charge-discharge time. They have simple requirements for charging circuits and no memory effect.


              Stable Electrical Performance

              Certain series (e.g., HP series) feature low internal
              resistance and can achieve instantaneous high-current output; the HE series has low leakage current,
              suitable for long-term low-current discharge; the 3V series is adapted for long-term stable operation
              under high-voltage conditions.

Product Applications





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