Type TAC Solid Tantalum Capacitors
CDE Cornell Dubilier • 1605 E. Rodney French Blvd. • New Bedford, MA 02744 • Phone: (508)996-8561 • Fax: (508)996-3830 • www.cde.com
Specications
Molded, Axial Lead, Solid Tantalum Capacitors
The Type TAC molded solid tantalum capacitor is great
for putting a lot of capacitance in a small space in a high
temperature application. The TAC is constructed in a
shock and vibration resistant, ame retardant, rugged,
precision molded case that is tapered on one end for
polarity identication and available on tape and reel.
Highlights
♦ Precision Molded
♦ Flame Retardant
♦ Tapered for Polarity Indentication
♦ Highest CV per Case Size
♦ Miniature Sizes
♦ Highly Resistant to Shock and Vibration
Capacitance Range:
Voltage Range:
Tolerance:
Operating Temperature Range:
Reverse Voltage:
Capacitance Change Maximum:
Reel Packaging per EIA- RS-296:
0.10 µF to 330 µF
6 WVdc to 50 WVdc at 85 ºC
±10% Standard (±5% by special order)
–55 ºC to +125 ºC (with proper derating)
15% of rated voltage @ 25 ºC
5% of rated voltage @ 85 ºC
1% of rated voltage @ 125 ºC
–10% @ –55 ºC
+10% @ +85 ºC
+12% @ +125 ºC
Part Numbering System
Case
Code Quantity
1 4500 per 12" Reel
2 4000 per 12" Reel
5 & 6 2500 per 12" Reel
7 & 8 500 per 12" Reel
TAC 107 K 006 P 0 8
Molded Case
Type Capacitance Tolerance Voltage Polar Case Code
TAC 394 = 0.39 µF J = ±5% 006 = 6 Vdc P = Polar 0 1
105 = 1.0 µF K = ±10% 010 = 10 Vdc 2
225 = 2.2 µF 015 = 15 dc 5
186 = 18 µF 020 = 20 Vdc 6
107 = 100 µF 025 = 25 Vdc 7
035 = 35 Vdc 8
050 = 50 Vdc
CDE Cornell Dubilier • 1605 E. Rodney French Blvd. • New Bedford, MA 02744 • Phone: (508)996-8561 • Fax: (508)996-3830 • www.cde.com
Type TAC Solid Tantalum Capacitors
Capacitor Outline Drawing
CDE reserves the right to substitute a tighter tolerance, higher voltage capacitor within the same case size.
LD
d
1.500 ±.125
(38.1 ±3.18) 1.500 ±.125
(38.1 ±3.18)
Ratings
+
Inches (Millimeters)
Case Code D (Max) L (Max) d
1 .095 (2.41) .260 (6.6) .020 (.51)
2 .110 (2.79) .290 (7.37) .020 (.51)
5 .180 (4.57) .345 (8.76) .020 (.51)
6 .180 (4.57) .420 (10.67) .020 (.51)
7 .280 (7.11) .530 (13.46) .025 (.64)
8 .300 (7.62) .710 (18.03) .025 (.64)
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
6 WVdc @ 85 ºC
4 WVdc @ 125 ºC
3.3 TAC335K006P01 1 0.5 4
3.9 TAC395K006P01 1 0.5 4
4.7 TAC475K006P01 1 0.5 4
5.6 TAC565K006P02 2 0.5 4
6.8 TAC685K006P02 2 0.5 6
8.2 TAC825K006P02 2 0.5 6
10 TAC106K006P02 2 0.5 6
12 TAC126K006P02 2 0.6 6
15 TAC156K006P02 2 0.7 6
18 TAC186K006P05 5 0.9 6
22 TAC226K006P05 5 1.1 6
27 TAC276K006P05 5 1.3 6
33 TAC336K006P05 5 1.5 6
39 TAC396K006P06 6 1.9 6
47 TAC476K006P06 6 2.3 6
56 TAC566K006P06 6 2.7 6
68 TAC686K006P06 6 3.3 6
82 TAC826K006P07 7 3.9 8
100 TAC107K006P07 7 4.8 8
120 TAC127K006P07 7 5.0 8
150 TAC157K006P07 7 5.0 8
180 TAC187K006P07 7 8.6 8
220 TAC227K006P07 7 10.0 8
270 TAC277K006P08 8 10.0 8
330 TAC337K006P08 8 10.0 8
10 WVdc @ 85 ºC
7 WVdc @ 125 ºC
2.2 TAC225K010P01 1 0.5 4
2.7 TAC275K010P01 1 0.5 4
3.3 TAC335K010P01 1 0.5 4
3.9 TAC395K010P02 2 0.5 4
4.7 TAC475K010P02 2 0.5 4
5.6 TAC565K010P02 2 0.5 4
6.8 TAC685K010P02 2 0.5 6
8.2 TAC825K010P02 2 0.7 6
10 TAC106K010P02 2 0.8 6
12 TAC126K010P05 5 1.0 6
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
10 WVdc @ 85 ºC
7 WVdc @ 125 ºC
15 TAC156K010P05 5 1.2 6
18 TAC186K010P05 5 1.4 6
22 TAC226K010P05 5 1.5 6
27 TAC276K010P06 6 2.2 6
33 TAC336K010P06 6 2.6 6
39 TAC396K010P06 6 3.1 6
47 TAC476K010P06 6 3.8 6
56 TAC566K010P07 7 4.4 6
68 TAC686K010P07 7 5.0 6
82 TAC826K010P07 7 5.0 8
100 TAC107K010P07 7 8.0 8
120 TAC127K010P07 7 9.6 8
150 TAC157K010P07 7 10.0 8
180 TAC187K010P08 8 10.0 8
220 TAC227K010P08 8 10.0 8
15 WVdc @ 85 ºC
10 WVdc @ 125 ºC
1.5 TAC155K015P01 1 0.5 4
1.8 TAC185K015P01 1 0.5 4
2.2 TAC225K015P01 1 0.5 4
2.7 TAC275K015P02 2 0.5 4
3.3 TAC335K015P02 2 0.5 4
3.9 TAC395K015P02 2 0.5 4
4.7 TAC475K015P02 2 0.6 4
5.6 TAC565K015P02 2 0.7 4
6.8 TAC685K015P02 2 0.8 6
8.2 TAC825K015P05 5 1.0 6
10 TAC106K015P05 5 1.2 6
12 TAC126K015P05 5 1.4 6
15 TAC156K015P05 5 1.5 6
18 TAC186K015P06 6 2.2 6
22 TAC226K015P06 6 2.6 6
27 TAC276K015P06 6 3.2 6
33 TAC336K015P06 6 4.0 6
39 TAC396K015P07 7 4.7 6
47 TAC476K015P07 7 5.0 6
56 TAC566K015P07 7 6.7 6
Type TAC Solid Tantalum Capacitors
CDE Cornell Dubilier • 1605 E. Rodney French Blvd. • New Bedford, MA 02744 • Phone: (508)996-8561 • Fax: (508)996-3830 • www.cde.com
Ratings
CDE reserves the right to substitute a tighter tolerance, higher voltage capacitor within the same case size.
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
15 WVdc @ 85 ºC
10 WVdc @ 125 ºC
68 TAC686K015P07 7 8.2 6
82 TAC826K015P07 7 9.8 8
100 TAC107K015P07 7 10.0 8
120 TAC127K015P08 8 10.0 8
150 TAC157K015P08 8 10.0 8
20 WVdc @ 85 ºC
13 WVdc @ 125 ºC
1 TAC105K020P01 1 0.5 4
1.2 TAC125K020P01 1 0.5 4
1.5 TAC155K020P01 1 0.5 4
1.8 TAC185K020P02 2 0.5 4
2.2 TAC225K020P02 2 0.5 4
2.7 TAC275K020P02 2 0.5 4
3.3 TAC335K020P02 2 0.5 4
3.9 TAC395K020P02 2 0.6 4
4.7 TAC475K020P02 2 0.8 4
5.6 TAC565K020P05 5 0.9 4
6.8 TAC685K020P05 5 1.1 6
8.2 TAC825K020P05 5 1.3 6
10 TAC106K020P05 5 1.6 6
12 TAC126K020P06 6 1.9 6
15 TAC156K020P06 6 2.4 6
18 TAC186K020P06 6 2.9 6
22 TAC226K020P06 6 3.5 6
27 TAC276K020P07 7 4.3 6
33 TAC336K020P07 7 5.0 6
39 TAC396K020P07 7 6.2 6
47 TAC476K020P07 7 7.5 6
56 TAC566K020P07 7 8.9 6
68 TAC686K020P07 7 10.0 6
82 TAC826K020P08 8 10.0 8
100 TAC107K020P08 8 10.0 8
25 WVdc @ 85 ºC
17 WVdc @ 125 ºC
0.47 TAC474K025P01 1 0.5 3
0.56 TAC564K025P01 1 0.5 3
0.68 TAC684K025P01 1 0.5 3
0.82 TAC824K025P01 1 0.5 3
1.0 TAC105K025P01 1 0.5 3
1.2 TAC125K025P02 2 0.5 3
1.5 TAC155K025P02 2 0.5 3
1.8 TAC185K025P02 2 0.5 3
2.2 TAC225K025P02 2 0.5 3
2.7 TAC275K025P02 2 0.5 3
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
25 WVdc @ 85 ºC
17 WVdc @ 125 ºC
3.3 TAC335K025P02 2 0.7 3
3.9 TAC395K025P05 5 0.8 3
4.7 TAC475K025P05 5 0.9 4
5.6 TAC565K025P05 5 1.1 4
6.8 TAC685K025P05 5 1.4 4
8.2 TAC825K025P05 5 1.5 4
10 TAC106K025P05 5 1.5 4
12 TAC126K025P06 6 2.4 4
15 TAC156K025P06 6 3.0 4
18 TAC186K025P07 7 3.6 6
22 TAC226K025P07 7 4.4 6
27 TAC276K025P07 7 5.4 6
33 TAC336K025P07 7 6.6 6
39 TAC396K025P07 7 7.8 6
47 TAC476K025P07 7 9.4 6
56 TAC566K025P08 8 10 6
68 TAC686K025P08 8 10 6
35 WVdc @ 85 ºC
23 WVdc @ 125 ºC
0.10 TAC104K035P01 1 0.5 3
0.12 TAC124K035P01 1 0.5 3
0.15 TAC154K035P01 1 0.5 3
0.18 TAC184K035P01 1 0.5 3
0.22 TAC224K035P01 1 0.5 3
0.27 TAC274K035P01 1 0.5 3
0.33 TAC334K035P01 1 0.5 3
0.39 TAC394K035P01 1 0.5 3
0.47 TAC474K035P01 1 0.5 3
0.56 TAC564K035P02 2 0.5 3
0.68 TAC684K035P02 2 0.5 3
0.82 TAC824K035P02 2 0.5 3
1.0 TAC105K035P02 2 0.5 3
1.2 TAC125K035P02 2 0.5 3
1.5 TAC155K035P02 2 0.5 3
1.8 TAC185K035P05 5 0.5 3
2.2 TAC225K035P05 5 0.6 3
2.7 TAC275K035P05 5 0.8 3
3.3 TAC335K035P05 5 0.9 4
3.9 TAC395K035P05 5 1.1 4
4.7 TAC475K035P05 5 1.3 4
5.6 TAC565K035P06 6 1.6 4
6.8 TAC685K035P06 6 1.9 4
8.2 TAC825K035P06 6 2.3 4
10 TAC106K035P06 6 2.8 4
CDE Cornell Dubilier • 1605 E. Rodney French Blvd. • New Bedford, MA 02744 • Phone: (508)996-8561 • Fax: (508)996-3830 • www.cde.com
Type TAC Solid Tantalum Capacitors
Ratings
CDE reserves the right to substitute a tighter tolerance, higher voltage capacitor within the same case size.
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
35 WVdc @ 85 ºC
23 WVdc @ 125 ºC
12 TAC126K035P07 7 3.3 4
15 TAC156K035P07 7 4.2 6
18 TAC186K035P07 7 5.0 6
22 TAC226K035P07 7 6.2 6
27 TAC276K035P07 7 7.5 6
33 TAC336K035P07 7 9.2 6
39 TAC396K035P08 8 10 6
47 TAC476K035P08 8 10 6
50 WVdc @ 85 ºC
33 WVdc @ 125 ºC
0.10 TAC104K050P01 1 0.5 3
0.12 TAC124K050P01 1 0.5 3
0.15 TAC154K050P01 1 0.5 3
0.18 TAC184K050P01 1 0.5 3
0.22 TAC224K050P01 1 0.5 3
0.27 TAC274K050P01 1 0.5 3
0.33 TAC334K050P02 2 0.5 3
0.39 TAC394K050P02 2 0.5 3
0.47 TAC474K050P02 2 0.5 3
0.56 TAC564K050P02 2 0.5 3
Max Max
Catalog Case DCL DF %
Cap Part Number Code @ +25 ºC @ +25 ºC
(µF) (µA) 120 Hz
50 WVdc @ 85 ºC
33 WVdc @ 125 ºC
0.68 TAC684K050P02 2 0.5 3
0.82 TAC824K050P02 2 0.5 3
1.0 TAC105K050P02 2 0.5 3
1.2 TAC125K050P05 5 0.5 3
1.5 TAC155K050P05 5 0.6 4
1.8 TAC185K050P05 5 0.7 4
2.2 TAC225K050P05 5 0.9 4
2.7 TAC275K050P06 6 1.1 4
3.3 TAC335K050P06 6 1.3 4
3.9 TAC395K050P06 6 1.6 4
4.7 TAC475K050P06 6 1.9 4
5.6 TAC565K050P07 7 2.2 4
6.8 TAC685K050P07 7 2.7 4
8.2 TAC825K050P07 7 3.2 4
10 TAC106K050P07 7 4.0 6
12 TAC126K050P08 8 4.8 6
15 TAC156K050P08 8 6.0 6
18 TAC186K050P08 8 7.2 6
22 TAC226K050P08 8 8.8 6
Notice and Disclaimer: All product drawings, descriptions, specications, statements, information and data
(collectively, the “Information”) in this datasheet or other publication are subject to change. The customer is responsible
for checking, conrming and verifying the extent to which the Information contained in this datasheet or other
publication is applicable to an order at the time the order is placed. All Information given herein is believed to be
accurate and reliable, but it is presented without any guarantee, warranty, representation or responsibility of any kind,
expressed or implied. Statements of suitability for certain applications are based on the knowledge that the Cornell
Dubilier company providing such statements (“Cornell Dubilier”) has of operating conditions that such Cornell
Dubilier company regards as typical for such applications, but are not intended to constitute any guarantee, warranty
or representation regarding any such matter – and Cornell Dubilier specically and expressly disclaims any guarantee,
warranty or representation concerning the suitability for a specic customer application, use, storage, transportation, or
operating environment. The Information is intended for use only by customers who have the requisite experience and
capability to determine the correct products for their application. Any technical advice inferred from this Information or
otherwise provided by Cornell Dubilier with reference to the use of any Cornell Dubilier products is given gratis (unless
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results obtained. Although Cornell Dubilier strives to apply the most stringent quality and safety standards regarding
the design and manufacturing of its products, in light of the current state of the art, isolated component failures may
still occur. Accordingly, customer applications which require a high degree of reliability or safety should employ suitable
designs or other safeguards (such as installation of protective circuitry or redundancies or other appropriate protective
measures) in order to ensure that the failure of an electrical component does not result in a risk of personal injury or
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not assume that all safety measures are indicated in such warnings, cautions and notes, or that other safety measures
may not be required.