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BCAP0350 Datasheet(PDF) 2 Page - Maxwell Technologies

Part # BCAP0350
Description  Electric Double Layer Capacitor Round, solder lead type
PDF  3 Pages
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Manufacturer  MAXWELL [Maxwell Technologies]
Direct Link  http://www.maxwell.com
Logo MAXWELL - Maxwell Technologies

BCAP0350 Datasheet(HTML) 2 Page - Maxwell Technologies

  BCAP0350 Datasheet HTML 1Page - Maxwell Technologies BCAP0350 Datasheet HTML 2Page - Maxwell Technologies BCAP0350 Datasheet HTML 3Page - Maxwell Technologies  
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Specifications:
>
Electric Double Layer Capacitor: BOOSTCAP® Ultracapacitor
| Doc. # 1006287 | Rev. 6 |
Markings: Capacitors are marked with the following information
Rated capacitance, Rated voltage, product number, name of manufacturer, UL symbol, positive terminal,
negative terminal and warning marking
>
Mounting Recommendations:
Cells are designed to be soldered into
series or parallel strings.
Components should not be operated
outside recommended limits.
Parts can be ordered without tabs.
>
Additional Technical Information:
>
Electric Double Layer Capacitor: BOOSTCAP® Ultracapacitor
Product Specification
BCAP0350
Tolerance
Standard
Mounting
Solder
Capacitance, CR [F]
350
+/- 20%
Voltage, UR
2.5
Internal resistance, DC [ohm]
0.0032
+/- 25 %
Discharging at Constant Current (25°C)
Internal resistance, 1 kHz [ohm]
0.0016
+/- 25 %
Thermal Resistance, Rth (oC/W)
10.9
∆T=DRthIc2Rd
Short circuit current, Isc [A]
1500
Caution, current possible with short circuit from UR
Leakage current [mA]
1
72 hrs, 25°C
Operating temp. range [C]
-40 to 65
Storage temp. range [C]
-40 to 70
Endurance, Capacitance [F]
< 20% decrease
1000 hrs @ UR and 65°C
Endurance, Resistance [ohm]
< 25% increase
Maximum energy, Emax [Wh/kg]
5.1
Full discharge from UR
Peak Power Density, Pd [W/kg]
16,275
Matched Load
Power Density, Pd [W/kg]
3,900
See additional technical information
Life Time
∆C/CR < 20% decrease, ESR < 2 x increase
from initial value after 10y @ 25°C
Cycle Life
∆C/CR < 20% decrease, ESR < 2 x increase
from initial value after 500K cycles @ 25°C (I = 5A)
Pd = (0.12 x E2/Rd)/M
∆T=DRthIc2Rd
E = charge voltage (UR)
M = capacitor weight (kg)
D = duty cycle
Rd = internal resistance (DC)
V = capacitor volume (l)
Ic= continuous current



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