Organic Conductive Polymer Capacitors Lelon OVK331M1CTR-1013 Solid SMD Type Ultra Low ESR Capacitors

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Product Description

OVK Series Organic Conductive Polymer Capacitors

The OVK Series offers ultra-low ESR, solid SMD type organic conductive polymer capacitors with excellent endurance and moisture resistance. Designed for high-performance applications, these capacitors are rated for 105 and 5,000 hours of assured life, making them ideal for demanding electronic designs.

Product Attributes

Brand: OVK
Material: Organic Conductive Polymer
Type: Solid Capacitors, SMD
Certifications: RoHS Compliant
Marking Color: Blue

Technical Specifications

Rated Voltage (V)	Capacitance (F)	Size DL(mm)	Tan (120 Hz, 20)	ESR (m/at 100k ~ 300k Hz, 20 max.)	Leakage Current (A)	Rated Ripple Current (mA/rms at 100k Hz, 105)
2.5V	470	6.3 4.4	0.12	110	25	2,500
2.5V	680	8 6.7	0.12	176	25	3,020
2.5V	1,000	10 7.7	0.12	500	19	4,240
4V	68	5 5.7	0.12	150	25	2,200
4V	100	6.3 4.4	0.12	160	40	1,670
4V	150	5 5.7	0.12	120	25	2,200
4V	220	6.3 5.9	0.12	176	25	2,570
4V	270	8 6.7	0.12	216	22	3,220
4V	330	6.3 5.9	0.12	264	20	2,800
4V	390	6.3 7.7	0.12	312	14	3,470
4V	470	10 7.7	0.12	375	20	4,130
4V	560	8 6.7	0.12	448	18	3,600
4V	680	10 7.7	0.12	544	20	4,130
4V	820	10 9.9	0.12	656	13	5,200
4V	1,200	10 12.6	0.12	960	10	5,500
6.3V	47	5 5.7	0.12	300	30	1,970
6.3V	82	6.3 4.4	0.12	207	40	1,670
6.3V	100	6.3 5.9	0.12	103	27	2,400
6.3V	120	6.3 5.9	0.12	151	22	2,800
6.3V	150	8 6.7	0.12	189	25	3,020
6.3V	200	6.3 5.9	0.12	277	20	2,800
6.3V	270	8 6.7	0.12	277	22	3,220
6.3V	330	6.3 7.7	0.12	416	14	3,470
6.3V	390	8 6.7	0.12	491	22	3,220
6.3V	470	8 12	0.15	592	12	4,770
6.3V	560	10 9.9	0.15	706	16	4,700
6.3V	820	10 12.6	0.15	1,033	10	5,500
10V	33	5 5.7	0.12	100	40	1,300
10V	56	6.3 4.4	0.12	224	40	1,670
10V	68	5 5.7	0.12	136	30	2,100
10V	100	6.3 5.9	0.12	136	27	2,300
10V	120	6.3 5.9	0.12	240	27	2,300
10V	150	8 6.7	0.12	300	30	2,760
10V	270	8 6.7	0.12	540	22	3,200
10V	330	8 12	0.15	660	14	4,420
10V	470	10 9.9	0.12	940	18	4,400
10V	560	10 12.6	1,120	12	5,300
16V	22	6.3 4.4	0.12	88	35	2,000
16V	22	6.3 5.9	0.12	88	48	1,300
16V	47	8 6.7	0.12	188	45	1,890
16V	68	0.12	272	82	6.3 5.9	328	48	1,300
16V	82	6.3 7.7	0.12	320	24	2,700
16V	100	10 7.7	0.12	35	29	3,430
16V	120	8 6.7	0.12	384	28	2,800
16V	180	10 7.7	0.12	576	29	3,430
16V	270	6.3 9.5	0.12	864	11	5,000
16V	330	0.12	1,056	5,300
16V	470	10 x 12.6	0.12	1,504	12	5,300
16V	820	0.12	2,624	5,400
20V	10	8 6.7	0.10	125	60	1,500
20V	15	6.3 4.4	0.12	120	45	2,000
20V	22	6.3 4.4	0.12	88	35	2,000
20V	22	6.3 5.9	0.12	88	48	1,300
20V	47	8 6.7	0.12	188	45	1,890
20V	68	0.12	272	82	6.3 5.9	328	48	1,300
20V	100	400	120	480
20V	270	8 12	0.12	1,080	21	4,000
20V	390	8 x 12	0.12	1,560	14	4,950
20V	470	10 12.6	0.12	1,880	20	4,300
25V	18	6.3 5.9	0.12	126	64	900
25V	47	6.3 5.9	0.12	235	49	1,300
25V	150	8 12	0.12	750	28	2,200
25V	270	10 12.6	0.12	1,350	27	2,700
35V	82	8 12	0.12	574	29	2,200
35V	150	10 12.6	0.12	1,050	28	2,600

Note: The surface temperature of the aluminum case top must not exceed 105. A rise in temperature due to self-heating by ripple current should be factored in.