WIMA SuperCap Double-Layer Capacitors

Products:

SMD Capacitors

Capacitors in PCM 2.5 mm

Capacitors in PCM 5 mm

Film/Foil Capacitors in PCM 7.5 - 15 mm

Metallized Capacitors in PCM 7.5 - 37.5 mm

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Double-Layer Capacitors in Rectangular Metal Case

with very High Capacitances in the Farad Range

Special Features

Storage capacitors with

capacitances from 100F to 600F

and rated voltage of 2.5VDC
Discharge current up to 800A
Maintenance-free

With rectangular metal case
Series connection possible
According to RoHS 2002/95/EC

Typical Applications

Suitable for support, protection or replacement of batteries in the field of new traction technologies in

Automotive

Railway technology

Wind power systems

Uninterruptible power systems

Construction

Internal construction:

Encapsulation:

Rectangular aluminium case, sealed by laser welding

Terminations:

F6.3 slip-on terminations according to DIN 46244

Marking:

Colour: Black. Marking: Gold

New values

Technical Data

Rated capacitance:	CR	100 F	200 F	300 F	400 F	600 F
Capacitance tolerance:	-	±20%	±20%	±20%	±20%	±20%
Rated voltage:	UR	2.5V	2.5V	2.5V	2.5V	2.5V
Rated current:	IC	30A	45A	50A	80A	100A
Pulse current:	IP	up to 200A	up to 300A	up to 400A	up to 600A	up to 800A
Internal resistance:	RDC	12m	7m	6m	4m	3m
Max. stored energy: ±20%	Emax.	313J	625J	938J	1250J	1875J
Operating temperature:	Top	-30°C ... +65°C
Storage temperature:	Tst	-40°C ... +70°C
Weight:	m	40g	62g	90g	95g	120g
Volume:	v	0.028l	0.047l	0.075l	0.075l	0.1l

Additional Data

Case:	-	Al99.5	Al99.5	Al99.5	Al99.5	Al99.5
Lug terminal:	-	Brass	Brass	Brass	Brass	Brass

Comparative Data

Density of capacitance:
gravimetric:	Cd	2500F/kg	3200F/kg	3400F/kg	4300F/kg	6400F/kg
volumetric:	Cv	3600F/l	4600F/l	4400F/l	5900F/l	6660F/l
Energy density:
gravimetric:	Ed	2.2Wh/kg	2.8Wh/kg	3.0Wh/kg	3.8Wh/kg	4.5Wh/kg
volumetric:	Ev	3.2Wh/l	3.7Wh/l	4.0Wh/l	5.4Wh/l	6.0Wh/l

WIMA SUperCap R

Dims. in mm.

Lug terminals for 6.3 mm slip-on connection

When connected in series cases should be kept isolated.

Rights reserved to amend design data without prior notification.

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