Molded Case Low ESR Solid Tantalum Capacitors VISHAY 593D106X9050E2TE3 for Industrial and General Purpose

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The Vishay Sprague 593D TANTAMOUNT Solid Tantalum Surface Mount Chip Capacitors, with a molded case and low ESR, are designed for high ripple current applications. They are compatible with automatic pick and place equipment and meet EIA-717 qualifications. These capacitors are suitable for industrial, telecom infrastructure, and general-purpose applications.

Product Attributes

Brand: Vishay Sprague
Series: 593D
Case Type: Molded Case
Terminations: 100 % matte tin standard, tin/lead available
Certifications: Qualified to EIA-717, Moisture sensitivity level 1, Compliant terminations, Meets EIA-535-BAAC mechanical and performance requirements
Material Categorization: Refer to www.vishay.com/doc?99912 for definitions of compliance. Note: This datasheet provides information about parts that are RoHS-compliant and/or parts that are non RoHS-compliant. Parts with lead (Pb) terminations are not RoHS-compliant.

Technical Specifications

Capacitance (F)	Voltage Rating (VDC)	Case Code	Max. DCL at +25 C (A)	Max. DF at +25 C 120 Hz (%)	Max. ESR at +25 C 100 kHz ()	Max. Ripple 100 kHz IRMS (A)
0.47	4 V	A	-	-	-	-
0.68	4 V	A	-	-	-	-
1.0	4 V	A	-	-	-	-
1.5	4 V	A	-	-	-	-
2.2	4 V	A	-	-	-	-
3.3	4 V	A	-	-	-	-
4.7	4 V	A	-	-	-	-
6.8	4 V	A	-	-	-	-
10	4 V	A	-	-	-	-
15	4 V	A	0.6	6	1.500	0.22
22	4 V	A	0.9	6	1.500	0.22
33	4 V	A	1.3	6	1.500	0.22
33	4 V	B	1.3	6	0.500	0.41
47	4 V	A	1.9	14	0.800	0.31
47	4 V	B	1.9	6	0.500	0.41
68	4 V	B	2.7	6	0.500	0.41
68	4 V	C	2.7	6	0.275	0.63
100	4 V	B	4.0	8	0.450	0.43
100	4 V	C	4.0	6	0.225	0.66
150	4 V	B	6.0	14	0.500	0.41
150	4 V	C	6.0	12	0.250	0.66
150	4 V	D	6.0	8	0.150	1.00
220	4 V	C	8.8	8	0.200	0.74
220	4 V	D	8.8	8	0.150	1.00
330	4 V	D	13.2	8	0.150	1.00
470	4 V	D	18.8	10	0.125	1.10
470	4 V	E	18.8	10	0.100	1.28
680	4 V	E	27.2	12	0.100	1.28
10	6.3 V	A	0.6	6	2.000	0.19
15	6.3 V	A	0.9	6	2.000	0.19
22	6.3 V	A	1.3	6	2.000	0.19
22	6.3 V	B	1.3	6	0.600	0.38
33	6.3 V	A	2.0	14	0.800	0.31
33	6.3 V	B	2.0	6	0.600	0.38
47	6.3 V	B	2.8	6	0.550	0.39
47	6.3 V	C	2.8	6	0.300	0.61
68	6.3 V	B	4.1	6	0.550	0.39
68	6.3 V	C	4.1	6	0.275	0.63
100	6.3 V	B	6.0	15	0.500	0.41
100	6.3 V	C	6.0	6	0.250	0.66
100	6.3 V	D	6.0	6	0.140	1.04
150	6.3 V	C	9.0	8	0.200	0.74
150	6.3 V	D	9.0	8	0.125	1.10
150	6.3 V	E	9.0	8	0.100	1.28
220	6.3 V	D	13.2	8	0.100	1.22
220	6.3 V	E	13.2	8	0.100	1.28
330	6.3 V	D	19.8	8	0.125	1.10
330	6.3 V	E	19.8	8	0.100	1.28
470	6.3 V	E	28.2	10	0.100	1.28
4.7	10 V	A	0.5	6	3.000	0.16
6.8	10 V	A	0.7	6	3.000	0.16
10	10 V	A	1.0	6	2.000	0.19
15	10 V	A	1.5	6	2.000	0.19
15	10 V	B	1.5	6	0.700	0.35
22	10 V	A	2.2	8	1.500	0.22
22	10 V	B	2.2	6	0.700	0.35
22	10 V	C	2.2	6	0.345	0.56
33	10 V	B	3.3	6	0.600	0.38
33	10 V	C	3.3	6	0.300	0.61
47	10 V	B	4.7	6	0.600	0.38
47	10 V	C	4.7	6	0.300	0.61
47	10 V	D	4.7	6	0.200	0.87
68	10 V	C	6.8	6	0.275	0.63
68	10 V	D	6.8	6	0.150	1.00