Cross Cap		euro/pc	euro/pc
	µF	V	dia x l	gram/pc	excl	vat
			mm		vat	incl
MKP	0.1	400	7 x 18	1	0.5	0.6
MKP	0.15	400	7 x 18	1	0.54	0.65
MKP	0.22	400	8 x 18	1.1	0.62	0.75
MKP	0.33	400	9 x 18	1.5	0.62	0.75
MKP	0.39	400	10 x 18	1.7	0.62	0.75
MKP	0.47	400	11 x 18	1.9	0.62	0.75
MKP	1	400	11 x 24	2.5	0.75	0.9
MKP	1.5	400	13 x 24	4	0.82	1
MKP	2.2	400	16 x 24	5.3	1.02	1.25
MKP	2.7	400	17 x 24	5.7	1.28	1.5
MKP	3.3	400	16 x 35	6.8	1.44	1.75
MKP	3.9	400	17 x 35	8.4	1.56	2
MKP	4.7	400	19 x 35	11	1.8	2.2
MKP	5.6	400	21 x 35	12	2.12	2.5
MKP	6.8	400	22 x 35	14.1	2.44	3
MKP	8.2	400	25 x 35	16	2.8	3.25
MKP	10	400	27 x 35	20	2.95	3.5
MKP	15	400	30 x 44	29	3.48	4.2
MKP	22	400	32 x 44	41	4.12	5
MKP	27	400	31 x 56	52	4.84	5.85
MKP	33	400	37 x 56	58	5.48	6.5
MKP	39	400	39 x 56	70	6.8	8.25
MKP	47	400	44 x 56	79	7.72	9.35
MKP	56	400	45 x 56	93	9.08	11
MKP	68	400	48 x 62	110	10.54	12.75
MKP	82	400	52 x 62	130	12.3	15
MKP	100	400	57 x 62	150	15.14	18.3
MKP	220	400	54 x 108	240	31.38	38
MKP	330	400	68 x 110	375	45.36	55
Capacitors are wounded of metallized polypropylene foil ZnAl.
Front side of capacitors are sprinkled with Zn powder, which quarantees firm contact.
Fronts are flooded with epoxy resin.
The body of the capacitor is firmed by selfadhesive tape.
The ends are made of tinned, round copper wire.
Capacitor parameters are related to standard IEC 384-16.
Voltage rating: 400V DC
Tolerance on capacitance: 5%
Climatic category: 40/85/21
Loss factor at 1 kHz (maximum)
C< l uF : 5 * 10 4
C> l < 20 uF : 10 * 10 4
C> 20 uF : 40 * 10 4
Insulation resistance at 1 kHz
C < l uF : 5 * 10 4 MOhm
C > l < 20 uF : 3 * 10 4 MOhm
C > 20 uF : 1 * 10 4 Mohm