Type PBLS
Unique slim-profile ultracapacitor modules with on-board thermistor and Molex 87439-0400 connector

Features

  • Unique slim profile design
  • 10KOhm Thermistor, Panasonic PN ERT-J1VG103FA or equivalent
  • Passive linear voltage balanced cells
  • Molex 87439-0400 connector
  • Fast charge time
  • Maintenance-free backup
  • Green solution vs. batteries
  • UL-recognized cells
  • RoHS compliant

Applications

  • Automatic meter readers
  • Automotive subsystems
  • Backup power for safe shutdown requirements
  • Battery-powered tools and handheld electronic devices
  • Data deduplication
  • Networking last gasp
  • Medical devices
  • Motor peak-power shaving
  • RAID storage
  • Servers
  • SSD
  • Solar-charged devices
  • Wireless transmission

General Specifications

ItemPerformance
Operating temperature-40°C to +65°C
Storage temperature-40°C to +70°C
Capacitance2.75F
Rated voltage21.6 VDC
Temperature characteristicsCapacitance change: Within ±5% of initial measured value at +25°C(-40°C to +65°C)
Internal resistance: Within ±50% of initial measured value at +25°C(at -40°C)
Endurance
(At rated voltage & max. operating temp)
After 1000 hours:
Capacitance change: Within ±30% of initial rated value
Internal resistance: Within 2 times of initial specified value
Projected Load life
(At rated voltage & 25°C)
After 10 years:
Capacitance change: Within ±30 % of initial rated value
Internal resistance: Within 2 times of initial specified value
Projected cycle life
(From rated voltage to 1/2 rated voltage at 25°C)
After 500,000 cycles:
Capacitance change: Within ±30 % of initial rated value
Internal resistance: Within 2 times of initial specified value
Shelf lifeAfter 4 years at 25°C without load, the capacitor shall meet the specified endurance limits.

Dimensions


Standard Products

Part Number Nom. Cap. (F)GMV (F)*ESR DC (mΩ)ESR AC (mΩ)Leakage Current (mA)
(72 hrs @ 25C)
Dimensions (mm)Rated
Current (A)
Weight/Unit (grams)
LWH
PBLS-2.75/21.62.752.484203001.4142532713.7854.89
*NOTE: GMV = Guaranteed Minimum Value.