ETC TAT476M01011

Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Commercial Types TAT for CLR79 and TAX for CLR81
Military Types CLR79 and CLR81 and CDE’s commercial
equivalent TAT and TAX, all with Teflon inner-seal, glass-tometal hermetic outer-seal, tantalum case construction, have higher
ripple current capability and are more reliable than silver case
units with their risk of short circuit failure from silver whiskers.
The tantalum case with its sintered and anodized cathode
connection affords a 3 V reverse voltage capability, and dc leakage
current as little as 2 µA at 125º C.
General Specifications
Operating Temperature:
-55°C to +125°C, with voltage derating above 85°C,
(Max voltage at 125ºC is 2/3 of the value at 85ºC)
Working Voltage:
Tolerance:
Capacitance:
6 to 125 WVdc
±10%, ±20%, ±5%
1.7 to 2200 µF
Key Features
•
•
•
•
•
•
•
Three volts reverse voltage capability
High ripple current capability
Tantalum case
Hermetically sealed
Low ESR, Low DCL
Extended range on TAX (M39006/25)
Standard high vibration and shock requirements on MIL type
Applications
•
•
•
Filtering, bypass, coupling, energy storage
Low source impedance circuits
High charging current circuits
Outline Dimensions
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Dimensions
Inches (mm)
Uninsulated Uninsulated
Insulated
Insulated
E
D
L
C
Typical
D
L
A
Lead Length
Weight
Lead dia.(Nom ) ±.250(±.6.35)
(gram s)
+ .031, -.016
CDE Size
CASE
± .016(.41)
(+.79, -.41)
Maxim um
Maxim um
Maxim um
1
T1
.201(5.10)
.475(12.06)
.232(5.89)
.640(16.26)
.756(19.20)
.025 (.64)
1.50(38.10)
2
2
T2
.289(7.34)
.632(16.05)
.314(7.98)
.800(20.32)
.913(23.19)
.025 (.64)
2.25 (57.15)
5
3
T3
.387(9.83)
.747(18.97)
.418(10.62)
.900(22.86)
1.028(26.11)
.025 (.64)
2.25 (57.15)
8
4
T4
.387(9.83)
1.047(26.59)
.418(10.62)
1.200(30.48)
1.328(33.73)
.025 (.64)
2.25 (57.15)
15
Part Markings
COMMERCIAL PARTS
TAT ±20%
20 µF
125Vdc
00853
0335875
MIL PARTS
Series/Cap tol
Capacitance
Voltage
Cage Number
Date Code by year week,
Lot Code
+ Indicates polarity
M39006
22HXXXX
J 000853
100 µF
30 Vdc
0335
Series
Dash Number
Jan/Cage Number
Capacitance
Voltage
Date Code
(Expressed by year–week)
875
Lot Code
+ Indicates polarity
Part Number Nomenclature and Ordering
(Commercial Parts)
TAT 106
M
(1)
(2)
(3)
(1)
(2)
(3)
(4)
(5)
(6)
025
(4)
1
(5)
2
(6)
Series: TAT (M39006/22), TAX (M39006/25)
Cap code: Expressed in Picofarads (1st two digits significant figures, 3rd digit number of zeros.)
Tolerance: M = ±20%, K= ±10%, J= ±5%
Voltage
Sleeve: 0= No sleeve, 1= Polyester, 2= Polyimide
Case code: 1= T1, 2=T2, 3=T3, 4=T4
(MIL Spec Parts)
Indicate the prefix M39006/22 followed by the appropriate MIL dash number. An example for a M39006/22 in a 100 µF,
±20% tolerance, 30 volts, M level, order as a M39006/22H0113.
Note: Parts without sleeves will not meet the MIL requirements for marking permanency (resistance to solvents).
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Ratings
TAT(CLR79)
CDE
Com m ercial
Part Num ber
Maxim um %
Part Num ber MIL-CMaximum DC
Capacitance change
M39006/22
Failure Rate
Max Leakage (µA) Max Ripple
from Room
Level/%1000
Hours
@ +85°C
Case Max
ESR
Tem perature
40kHz
Code DF % @+25ºC
+85°C
(mA)
(Ω)
&
+25° C +125°C
-55°C +85°C +125°C M (1.0) P (0.1) R (0.01)
6 Volts Maximum at 85°C(4 Volts at 125°C), Surge Voltage 6.9 at 85°C
Cap (µF)
Cap
Tol
(±)
TAT306M 00611
30
20
1
9
3.98
1
2
820
-40
+10.5
+12
0001
0221
0441
TAT306K 00611
30
10
1
9
3.98
1
2
820
-40
+10.5
+12
0002
0222
0442
TAT306J 00611
30
5
1
9
3.98
1
2
820
-40
+10.5
+12
0003
0223
0443
TAT686M 00611
68
20
1
15
3.16
1
2
960
-40
+14
+16
0004
0224
0444
TAT686K 00611
68
10
1
15
3.16
1
2
960
-40
+14
+16
0005
0225
0445
0446
TAT686J 00611
68
5
1
15
3.16
1
2
960
-40
+14
+16
0006
0226
TAT147M 00612
140
20
2
21
1.99
1
3
1200
-40
+14
+16
0007
0227
0447
TAT147K 00612
140
10
2
21
1.99
1
3
1200
-40
+14
+16
0008
0228
0448
TAT147J 00612
140
5
2
21
1.99
1
3
1200
-40
+14
+16
0009
0229
0449
TAT277M 00612
270
20
2
45
2.21
1
6.5
1375
-44
+17.5
+20
0010
0230
0450
TAT277K 00612
270
10
2
45
2.21
1
6.5
1375
-44
+17.5
+20
0011
0231
0451
TAT277J 00612
270
5
2
45
2.21
1
6.5
1375
-44
+17.5
+20
0012
0232
0452
TAT337M 00613
330
20
3
36
1.45
2
7.9
1800
-44
+14
+16
0013
0233
0453
TAT337K 00613
330
10
3
36
1.45
2
7.9
1800
-44
+14
+16
0014
0234
0454
0455
TAT337J 00613
330
5
3
36
1.45
2
7.9
1800
-44
+14
+16
0015
0235
TAT567M 00613
560
20
3
55
1.30
2
13
1900
-64
+17.5
+20
0016
0236
0456
TAT567K 00613
560
10
3
55
1.30
2
13
1900
-64
+17.5
+20
0017
0237
0457
TAT567J 00613
560
5
3
55
1.30
2
13
1900
-64
+17.5
+20
0018
0238
0458
TAT128M 00614
1200
20
4
90
1.00
3
14
2265
-80
+25
+25
0019
0239
0459
TAT128K 00614
1200
10
4
90
1.00
3
14
2265
-80
+25
+25
0020
0240
0460
8 Volts Maximum at 85°C(5 Volts at 125°C), Surge Voltage 9.2 at 85°C
TAT256M 00811
25
20
1
7.5
3.98
1
2
820
-40
+10.5
+12
0021
0241
0461
TAT256K 00811
25
10
1
7.5
3.98
1
2
820
-40
+10.5
+12
0022
0242
0462
TAT256J 00811
25
5
1
7.5
3.98
1
2
820
-40
+10.5
+12
0023
0243
0463
TAT566M 00811
56
20
1
14
3.32
1
2
900
-40
+14
+16
0024
0244
0464
TAT566K 00811
56
10
1
14
3.32
1
2
900
-40
+14
+16
0025
0245
0465
0466
TAT566J 00811
56
5
1
14
3.32
1
2
900
-40
+14
+16
0026
0246
TAT127M 00812
120
20
2
20
2.21
1
2
1220
-44
+17.5
+20
0027
0247
0467
TAT127K 00812
120
10
2
20
2.21
1
2
1220
-44
+17.5
+20
0028
0248
0468
0469
TAT127J 00812
120
5
2
20
2.21
1
2
1220
-44
+17.5
+20
0029
0249
TAT227M 00812
220
20
2
37
2.23
1
7
1370
-44
+17.5
+20
0030
0250
0470
TAT227K 00812
220
10
2
37
2.23
1
7
1370
-44
+17.5
+20
0031
0251
0471
0472
TAT227J 00812
220
5
2
37
2.23
1
7
1370
-44
+17.5
+20
0032
0252
TAT297M 00813
290
20
3
34
1.56
2
6
1770
-64
+17.5
+20
0033
0253
0473
TAT297K 00813
290
10
3
34
1.56
2
6
1770
-64
+17.5
+20
0034
0254
0474
TAT297J 00813
290
5
3
34
1.56
2
6
1770
-64
+17.5
+20
0035
0255
0475
TAT437M 00813
430
20
3
46
1.42
2
14
1825
-64
+17.5
+20
0036
0256
0476
TAT437K 00813
430
10
3
46
1.42
2
14
1825
-64
+17.5
+20
0037
0257
0477
TAT437J 00813
430
5
3
46
1.42
2
14
1825
-64
+17.5
+20
0038
0258
0478
TAT857M 00814
850
20
4
60
0.94
4
16
2330
-80
+25
+25
0039
0259
0479
TAT857K 00814
850
10
4
60
0.94
4
16
2330
-80
+25
+25
0040
0260
0480
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
TAT(CLR79)
Maxim um DC
Max
Leakage
Max ESR
CDE
Ripple
Cap
(µA)
Cap
Case Max
@+25ºC
@ +85°C
Com m ercial
Tol
(µF)
Code DF %
(Ω)
Part Num ber
(±)
+85°C 40kHz
(m A)
&
Maxim um %
Capacitance change
from Room
Tem perature
Part Num ber MIL-CM39006/22 Failure Rate
Level/%1000 Hours
+25°C +125°C
-55°C +85°C +125°C M (1.0)
10 Volts Maximum at 85°C(7 Volts at 125°C), Surge Voltage 11.5 at 85°C
P (0.1)
R (0.01)
0481
TAT206M 01011
20
20
1
6
3.98
1
2
820
-32
+10.5
+12
0041
0261
TAT206K 01011
20
10
1
6
3.98
1
2
820
-32
+10.5
+12
0042
0262
0482
TAT206J 01011
20
5
1
6
3.98
1
2
820
-32
+10.5
+12
0043
0263
0483
TAT476M 01011
47
20
1
13
3.67
1
2
855
-36
+14
+16
0044
0264
0484
TAT476K 01011
47
10
1
13
3.67
1
2
855
-36
+14
+16
0045
0265
0485
TAT476J 01011
47
5
1
13
3.67
1
2
855
-36
+14
+16
0046
0266
0486
TAT107M 01012
100
20
2
15
1.99
1
4
1200
-36
+14
+16
0047
0267
0487
TAT107K 01012
100
10
2
15
1.99
1
4
1200
-36
+14
+16
0048
0268
0488
TAT107J 01012
100
5
2
15
1.99
1
4
1200
-36
+14
+16
0049
0269
0489
TAT187M 01012
180
20
2
30
2.21
1
7
1365
-36
+14
+16
0050
0270
0490
TAT187K 01012
180
10
2
30
2.21
1
7
1365
-36
+14
+16
0051
0271
0491
TAT187J 01012
180
5
2
30
2.21
1
7
1365
-36
+14
+16
0052
0272
0492
TAT257M 01013
250
20
3
30
1.59
2
10
1720
-40
+14
+16
0053
0273
0493
TAT257K 01013
250
10
3
30
1.59
2
10
1720
-40
+14
+16
0054
0274
0494
TAT257J 01013
250
5
3
30
1.59
2
10
1720
-40
+14
+16
0055
0275
0495
TAT397M 01013
390
20
3
44
1.50
2
16
1800
-64
+17.5
+20
0056
0276
0496
TAT397K 01013
390
10
3
44
1.50
2
16
1800
-64
+17.5
+20
0057
0277
0497
TAT397J 01013
390
5
3
44
1.50
2
16
1800
-64
+17.5
+20
0058
0278
0498
TAT757M 01014
750
20
4
50
0.88
4
16
2360
-80
+25
+25
0059
0279
0499
TAT757K 01014
750
10
4
50
0.88
4
16
2360
-80
+25
+25
0060
0280
0500
0501
15 Volts Maxim um at 85°C(10 Volts at 125°C), Surge Voltage 17.2 at 85°C
TAT156M 01511
15
20
1
5
4.42
1
2
780
-24
+10.5
+12
0061
0281
TAT156K 01511
15
10
1
5
4.42
1
2
780
-24
+10.5
+12
0062
0282
0502
TAT156J 01511
15
5
1
5
4.42
1
2
780
-24
+10.5
+12
0063
0283
0503
TAT336M 01511
33
20
1
10
4.02
1
2
820
-28
+14
+16
0064
0284
0504
TAT336K 01511
33
10
1
10
4.02
1
2
820
-28
+14
+16
0065
0285
0505
TAT336J 01511
33
5
1
10
4.02
1
2
820
-28
+14
+16
0066
0286
0506
TAT706M 01512
70
20
2
13
2.46
1
4
1150
-28
+14
+16
0067
0287
0507
TAT706K 01512
70
10
2
13
2.46
1
4
1150
-28
+14
+16
0068
0288
0508
TAT706J 01512
70
5
2
13
2.46
1
4
1150
-28
+14
+16
0069
0289
0509
TAT127M 01512
120
20
2
18
1.99
1
7
1450
-28
+17.5
+20
0070
0290
0510
TAT127K 01512
120
10
2
18
1.99
1
7
1450
-28
+17.5
+20
0071
0291
0511
TAT127J 01512
120
5
2
18
1.99
1
7
1450
-28
+17.5
+20
0072
0292
0512
TAT177M 01513
170
20
3
25
1.95
2
10
1480
-32
+14
+16
0073
0293
0513
TAT177K 01513
170
10
3
25
1.95
2
10
1480
-32
+14
+16
0074
0294
0514
TAT177J 01513
170
5
3
25
1.95
2
10
1480
-32
+14
+16
0075
0295
0515
TAT277M 01513
270
20
3
32
1.57
2
16
1740
-56
+17.5
+20
0076
0296
0516
TAT277K 01513
270
10
3
32
1.57
2
16
1740
-56
+17.5
+20
0077
0297
0517
TAT277J 01513
270
5
3
32
1.57
2
16
1740
-56
+17.5
+20
0078
0298
0518
TAT547M 01514
540
20
4
40
0.98
6
24
2330
-80
+25
+25
0079
0299
0519
TAT547K 01514
540
10
4
40
0.98
6
24
2330
-80
+25
+25
0080
0300
0520
0521
25 Volts Maxim um at 85°C(15 Volts at 125°C), Surge Voltage 28.8 at 85°C
TAT106M 02511
10
20
1
4
5.31
1
2
715
-16
+8
+9
0081
0301
TAT106K 02511
10
10
1
4
5.31
1
2
715
-16
+8
+9
0082
0302
0522
TAT106J 02511
10
5
1
4
5.31
1
2
715
-16
+8
+9
0083
0303
0523
TAT226M 02511
22
20
1
6.6
3.98
1
2
825
-20
+10.5
+12
0084
0304
0524
TAT226K 02511
22
10
1
6.6
3.98
1
2
825
-20
+10.5
+12
0085
0305
0525
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
TAT(CLR79)
CDE
Com m ercial
Part Num ber
Maxim um DC
Max
Leakage
Cap
Max ESR
Ripple
(µA)
Cap
Case Max
Tol
@+25ºC
@ +85°C
(µF)
Code DF %
(±)
(Ω)
+85°C 40kHz
(m A)
&
Maxim um %
Capacitance change
from Room
Tem perature
Part Num ber MIL-CM39006/22 Failure Rate
Level/%1000 Hours
+25°C +125°C
-55°C +85°C +125°C M (1.0)
25 Volts Maximum at 85°C(15 Volts at 125°C), Surge Voltage 28.8 at 85°C
P (0.1)
R (0.01)
TAT226J 02511
22
5
1
6.6
3.98
1
2
825
-20
+10.5
+12
0086
0306
0526
TAT506M 02512
50
20
2
11
2.92
1
2
1130
-28
+13
+15
0087
0307
0527
TAT506K 02512
50
10
2
11
2.92
1
2
1130
-28
+13
+15
0088
0308
0528
TAT506J 02512
50
5
2
11
2.92
1
2
1130
-28
+13
+15
0089
0309
0529
TAT107M 02512
100
20
2
15
1.99
1
10
1435
-28
+13
+15
0090
0310
0530
TAT107K 02512
100
10
2
15
1.99
1
10
1435
-28
+13
+15
0091
0311
0531
TAT107J 02512
100
5
2
15
1.99
1
10
1435
-28
+13
+15
0092
0312
0532
TAT127M 02513
120
20
3
21
2.32
2
6
1450
-32
+13
+15
0093
0313
0533
TAT127K 02513
120
10
3
21
2.32
2
6
1450
-32
+13
+15
0094
0314
0534
TAT127J 02513
120
5
3
21
2.32
2
6
1450
-32
+13
+15
0095
0315
0535
TAT187M 02513
180
20
3
26
1.92
2
18
1525
-48
+13
+15
0096
0316
0536
TAT187K 02513
180
10
3
26
1.92
2
18
1525
-48
+13
+15
0097
0317
0537
TAT187J 02513
180
5
3
26
1.92
2
18
1525
-48
+13
+15
0098
0318
0538
TAT357M 02514
350
20
4
35
1.33
7
28
1970
-70
+25
+25
0099
0319
0539
TAT357K 02514
350
10
4
35
1.33
7
28
1970
-70
+25
+25
0100
0320
0540
30 Volts Maximum at 85°C(20 Volts at 125°C), Surge Voltage 34.5 at 85°C
TAT805M 03011
8
20
1
4
6.64
1
2
640
-16
+8
+12
0101
0321
0541
TAT805K 03011
8
10
1
4
6.64
1
2
640
-16
+8
+12
0102
0322
0542
TAT805J 03011
8
5
1
4
6.64
1
2
640
-16
+8
+12
0103
0323
0543
TAT156M 03011
15
20
1
5
4.42
1
2
780
-20
+10.5
+12
0104
0324
0544
TAT156K 03011
15
10
1
5
4.42
1
2
780
-20
+10.5
+12
0105
0325
0545
TAT156J 03011
15
5
1
5
4.42
1
2
780
-20
+10.5
+12
0106
0326
0546
TAT406M 03012
40
20
2
10
3.32
1
5
1120
-24
+10.5
+12
0107
0327
0547
TAT406K 03012
40
10
2
10
3.32
1
5
1120
-24
+10.5
+12
0108
0328
0548
TAT406J 03012
40
5
2
10
3.32
1
5
1120
-24
+10.5
+12
0109
0329
0549
TAT686M 03012
68
20
2
13
2.54
1
8
1285
-24
+13
+15
0110
0330
0550
TAT686K 03012
68
10
2
13
2.54
1
8
1285
-24
+13
+15
0111
0331
0551
TAT686J 03012
68
5
2
13
2.54
1
8
1285
-24
+13
+15
0112
0332
0552
TAT107M 03013
100
20
3
17
2.26
2
12
1450
-28
+10.5
+12
0113
0333
0553
TAT107K 03013
100
10
3
17
2.26
2
12
1450
-28
+10.5
+12
0114
0334
0554
TAT107J 03013
100
5
3
17
2.26
2
12
1450
-28
+10.5
+12
0115
0335
0556
TAT157M 03013
150
20
3
23
2.03
2
18
1525
-48
+13
+15
0116
0336
0556
TAT157K 03013
150
10
3
23
2.03
2
18
1525
-48
+13
+15
0117
0337
0557
TAT157J 03013
150
5
3
23
2.03
2
18
1525
-48
+13
+15
0118
0338
0558
TAT307M 03014
300
20
4
31
1.37
8
32
1950
-60
+25
+25
0119
0339
0558
TAT307K 03014
300
10
4
31
1.37
8
32
1950
-60
+25
+25
0120
0340
0559
TAT505M 05011
5
20
1
3
7.96
1
2
580
-16
+5
+6
0121
0341
0561
TAT505K 05011
5
10
1
3
7.96
1
2
580
-16
+5
+6
0122
0342
0562
TAT505J 05011
5
5
1
3
7.96
1
2
580
-16
+5
+6
0123
0343
0563
TAT106M 05011
10
20
1
4
5.31
1
2
715
-24
+8
+9
0124
0344
0564
TAT106K 05011
10
10
1
4
5.31
1
2
715
-24
+8
+9
0125
0345
0565
TAT106J 05011
10
5
1
4
5.31
1
2
715
-24
+8
+9
0126
0346
0566
TAT256M 05012
25
20
2
8
4.25
1
5
1005
-20
+10.5
+12
0127
0347
0567
TAT256K 05012
25
10
2
8
4.25
1
5
1005
-20
+10.5
+12
0128
0348
0568
TAT256J 05012
25
5
2
8
4.25
1
5
1005
-20
+10.5
+12
0129
0349
0569
TAT476M 05012
47
20
2
11
3.11
1
9
1155
-28
+13
+15
0130
0350
0570
50 Volts Maximum at 85°C(30 Volts at 125°C), Surge Voltage 57.5 at 85°C
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Wet Tantalum TAT(CLR79)
Maxim um % Capacitance
Cap
CDE Com m ercial
Cap
Part Num ber
(µF)
Tol
(±)
Case
Max
Code
DF %
Max ESR
Maxim um DC
Max
change from Room
Leakage (µA)
Ripple @
Tem perature
+85°C
Change from
@+25ºC
(Ω)
+25°C
+85°C
40kHz
&
(m A)
+125°C
-55°C
+85°C
Part Num ber MIL-C-M39006/22
Failure Rate Level/%1000
Hours
+125°C
M (1.0)
P (0.1)
R (0.01)
+15
0131
0351
0571
50 Volts Maxim um at 85°C(30 Volts at 125°C), Surge Voltage 57.5 at 85°C
TAT476K 05012
47
10
2
11
3.11
1
TAT476J 05012
TAT606M 05013
9
1155
-28
47
5
2
11
3.11
60
20
3
12
2.65
TAT606K 05013
60
10
3
12
2.65
2
12
TAT606J 05013
60
5
3
12
2.65
2
12
TAT826M 05013
82
20
3
15
2.43
2
16
1400
TAT826K 05013
82
10
3
15
2.43
2
16
TAT826J 05013
82
5
3
15
2.43
2
16
TAT167M 05014
160
20
4
17
1.41
8
32
TAT167K 05014
160
10
4
17
1.41
8
32
+13
1
9
1155
-28
+13
+15
0132
0352
0572
2
12
1335
-16
+10.5
+12
0133
0353
0573
1335
-16
+10.5
+12
0134
0354
0574
1335
-16
+10.5
+12
0135
0355
0575
-32
+13
+15
0136
0356
0576
1400
-32
+13
+15
0137
0357
0577
1400
-32
+13
+15
0138
0358
0578
1900
-50
+25
+25
0139
0359
0579
1900
-50
+25
+25
0140
0360
0580
0581
60 Volts Maxim um at 85°C(40 Volts at 125°C), Surge Voltage 69 at 85°C
TAT405M 06011
4
20
1
2.8
9.29
1
2
525
-16
+5
+6
0141
0361
TAT405K 06011
4
10
1
2.8
9.29
1
2
525
-16
+5
+6
0142
0362
0582
TAT405J 06011
4
5
1
2.8
9.29
1
2
525
-16
+5
+6
0143
0363
0583
TAT825M 06011
8.2
20
1
4
6.47
1
2
625
-24
+8
+9
0144
0364
0584
TAT825K 06011
8.2
10
1
4
6.47
1
2
625
-24
+8
+9
0145
0365
0585
TAT825J 06011
8.2
5
1
4
6.47
1
2
625
-24
+8
+9
0146
0366
0586
TAT206M 06012
20
20
2
7
4.64
1
5
930
-16
+10.5
+12
0147
0367
0587
TAT206K 06012
20
10
2
7
4.64
1
5
930
-16
+10.5
+12
0148
0368
0588
TAT206J 06012
20
5
2
7
4.64
1
5
930
-16
+10.5
+12
0149
0369
0589
TAT396M 06012
39
20
2
10
3.4
1
9
1110
-28
+10.5
+12
0150
0370
0590
TAT396K 06012
39
10
2
10
3.4
1
9
1110
-28
+10.5
+12
0151
0371
0591
TAT396J 06012
39
5
2
10
3.4
1
9
1110
-28
+10.5
+12
0152
0372
0592
TAT506M 06013
50
20
3
10
2.65
2
12
1330
16
+10.5
+12
0153
0373
0593
TAT506K 06013
50
10
3
10
2.65
2
12
1330
16
+10.5
+12
0154
0374
0594
TAT506J 06013
50
5
3
10
2.65
2
12
1330
16
+10.5
+12
0155
0375
0595
TAT686M 06013
68
20
3
13
2.54
2
16
1365
-32
+10.5
+12
0156
0376
0596
TAT686K 06013
68
10
3
13
2.54
2
16
1365
-32
+10.5
+12
0157
0377
0597
TAT686J 06013
68
5
3
13
2.54
2
16
1365
-32
+10.5
+12
0158
0378
0598
TAT147M 06014
140
20
4
16
1.52
8
32
1850
-40
+20
+20
0159
0379
0599
TAT147K 06014
140
10
4
16
1.52
8
32
1850
-40
+20
+20
0160
0380
0600
75 Volts Maxim um at 85°C(50 Volts at 125°C), Surge Voltage 86.2 at 85°C
TAT355M 07511
3.5
20
1
2.5
9.48
1
2
525
-16
+5
+6
0161
0381
0601
TAT355K 07511
3.5
10
1
2.5
9.48
1
2
525
-16
+5
+6
0162
0382
0602
TAT355J 07511
3.5
5
1
2.5
9.48
1
2
525
-16
+5
+6
0163
0383
0603
TAT685M 07511
6.8
20
1
3.5
6.83
1
2
610
-20
8
+9
0164
0384
0604
TAT685K 07511
6.8
10
1
3.5
6.83
1
2
610
-20
8
+9
0165
0385
0605
TAT685J 07511
6.8
5
1
3.5
6.83
1
2
610
-20
8
+9
0166
0386
0606
TAT156M 07512
15
20
2
6
5.31
1
5
890
-16
+8
+9
0167
0387
0607
TAT156K 07512
15
10
2
6
5.31
1
5
890
-16
+8
+9
0168
0388
0608
TAT156J 07512
15
5
2
6
5.31
1
5
890
-16
+8
+9
0169
0389
0609
TAT336M 07512
33
20
2
10
4.02
1
10
1000
-24
+10.5
+15
0170
0390
0610
TAT336K 07512
33
10
2
10
4.02
1
10
1000
-24
+10.5
+15
0171
0391
0611
TAT336J07512
33
5
2
10
4.02
1
10
1000
-24
+10.5
+15
0172
0392
0612
TAT406M 07513
40
20
3
9
2.99
2
12
1250
-16
+10.5
+12
0173
0393
0613
TAT406K 07513
40
10
3
9
2.99
2
12
1250
-16
+10.5
+12
0174
0394
0614
TAT406J 07513
40
5
3
9
2.99
2
12
1250
-16
+10.5
+12
0175
0395
0615
TAT566M 07513
56
20
3
11
2.61
2
17
1335
-28
+10.5
+12
0176
0396
0616
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
TAT(CLR79)
CDE
Com m ercial
Part Num be r
M axim um DC
M ax
Le ak age
Ripple
Max ESR
Cap
(µA)
Cas e Max
Cap
@ +85°C
@+25ºC
Tol
Code DF %
(µF)
40k Hz
(Ω)
(±)
+85°C
(m A)
&
Maxim um %
Capacitance change
from Room
Te m perature
Part Num be r MIL-CM39006/22 Failure Rate
Level/%1000 Hours
-55°C +85°C +125°C M (1.0)
+25°C +125°C
75 Volts Maxim um at 85°C(50 Volts at 125°C), Surge Voltage 86.2 at 85°C
P (0.1)
R (0.01)
TAT566K 07513
56
10
3
11
2.61
2
17
1335
-28
10.5
+15
0177
0397
0617
TAT566J 07513
56
5
3
11
2.61
2
17
1335
-28
10.5
+15
0178
0398
0618
TAT117M 07514
110
20
4
12
1.45
9
36
1850
-35
+20
+20
0179
0399
0619
TAT117K 07514
110
10
4
12
1.45
9
36
1850
-35
+20
+20
0180
0400
0620
0181
0401
0621
100 Volts Maxim um at 85°C(65Volts at 125°C), Surge Voltage 115 at 85°C
TAT255M 10011
2.5
20
1
2
10.62
1
2
505
-16
+7
+8
TAT255K 10011
2.5
10
1
2
10.62
1
2
505
-16
+7
+8
0182
0402
0622
TAT255J 10011
2.5
5
1
2
10.62
1
2
505
-16
+7
+8
0183
0403
0623
TAT475M 10011
4.7
20
1
3
8.47
1
2
565
-16
+7
+8
0184
0404
0624
TAT475K 10011
4.7
10
1
3
8.47
1
2
565
-16
+7
+8
0185
0405
0625
TAT475J 10011
4.7
5
1
3
8.47
1
2
565
-16
+7
+8
0186
0406
0626
TAT116M 10012
11
20
2
5
6.03
1
4
835
-16
+8
+8
0187
0407
0627
TAT116K 10012
11
10
2
5
6.03
1
4
835
-16
+8
+8
0188
0408
0628
TAT116J 10012
11
5
2
5
6.03
1
4
835
-16
+8
+8
0189
0409
0629
TAT226M 10012
22
20
2
7.5
4.52
1
9
965
-16
+8
+8
0190
0410
0630
TAT226K 10012
22
10
2
7.5
4.52
1
9
965
-16
+8
+8
0191
0411
0631
TAT226J 10012
22
5
2
7.5
4.52
1
9
965
-16
+8
+8
0192
0412
0632
TAT306M 10013
30
20
3
7
3.10
2
12
1240
-16
+8
+8
0193
0413
0633
TAT306K 10013
30
10
3
7
3.10
2
12
1240
-16
+8
+8
0194
0414
0634
TAT306J 10013
30
5
3
7
3.10
2
12
1240
-16
+8
+8
0195
0415
0635
TAT436M 10013
43
20
3
8.5
2.62
2
17
1335
-20
+8
+8
0196
0416
0636
TAT436K 10013
43
10
3
8.5
2.62
2
17
1335
-20
+8
+8
0197
0417
0637
TAT436J10013
43
5
3
8.5
2.62
2
17
1335
-20
+8
+8
0198
0418
0638
TAT866M 10014
86
20
4
10
1.54
9
36
1800
-25
+15
+15
0199
0419
0639
TAT866K 10014
86
10
4
10
1.54
9
36
1800
-25
+15
+15
0200
0420
0640
TAT175M 12511
1.7
20
1
2
15.61
1
2
415
-16
+7
+8
0201
0421
0641
TAT175K 12511
1.7
10
1
2
15.61
1
2
415
-16
+7
+8
0202
0422
0642
TAT175J 12511
1.7
5
1
2
15.61
1
2
415
-16
+7
+8
0203
0423
0643
TAT365M 12511
3.6
20
1
2.7
9.95
1
2
520
-16
+7
+8
0204
0424
0644
TAT365K 12511
3.6
10
1
2.7
9.95
1
2
520
-16
+7
+8
0205
0425
0645
TAT365J 12511
3.6
5
1
2.7
9.95
1
2
520
-16
+7
+8
0206
0426
0646
TAT905M 12512
9
20
2
5
7.37
1
5
755
-16
+7
+8
0207
0427
0647
0648
125 Volts Maxim um at 85°C(85 Volts at 125°C), Surge Voltage 144 at 85°C
TAT905K 12512
9
10
2
5
7.37
1
5
755
-16
+7
+8
0208
0428
TAT905J 12512
9
10
2
5
7.37
1
5
755
-16
+7
+8
0209
0429
0649
TAT146M 12512
14
20
2
6
5.69
1
7
860
-16
+7
+8
0210
0430
0650
TAT146K 12512
14
10
2
6
5.69
1
7
860
-16
+7
+8
0211
0431
0651
TAT146J 12512
14
5
2
6
5.69
1
7
860
-16
+7
+8
0212
0432
0652
TAT186M 12513
18
20
3
5
3.69
2
9
1130
-16
+7
+8
0213
0433
0653
TAT186K 12513
18
10
3
5
3.69
2
9
1130
-16
+7
+8
0214
0434
0654
TAT186J 12513
18
5
3
5
3.69
2
9
1130
-16
+7
+8
0215
0435
0655
TAT256M 12513
25
20
3
6
3.18
2
13
1200
-16
+7
+8
0216
0436
0656
TAT256K 12513
25
10
3
6
3.18
2
13
1200
-16
+7
+8
0217
0437
0657
TAT256J 12513
25
5
3
6
3.18
2
13
1200
-16
+7
+8
0218
0438
0658
TAT566M 12514
56
20
4
6.5
1.54
10
40
1800
-25
+15
+15
0219
0439
0659
TAT566K 12514
56
10
4
6.5
1.54
10
40
1800
-25
+15
+15
0220
0440
0660
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
TAX (CLR81)
TAX227M 00611
TAX227K 00611
TAX827M 00612
TAX827K 00612
TAX158M 00613
TAX158K 00613
TAX228M 00614
TAX228K 00614
220
220
820
820
1500
1500
2200
2200
20
10
20
10
20
10
20
10
Maximum %
Part Number MIL-CMax
Capacitance Change
Maximum DC
M39006/25
Failure Rate
Max ESR Leakage (µA) Ripple
from Room
Case Max
Level/%1000
Hours
@ +85°C
@+25ºC
Temperature
Code DF %
40kHz
(Ω)
+85°C
(mA)
+25°C & +125°C
-55°C +85°C +125°C M (1.0) P (0.1) R (0.01)
6 Volts Maximum at 85°C(4 Volts at 125°C), Surge Voltage 6.9 at 85°C
1
50
3.02
2
9
1000
-64
+13
+16
0001
0089
0177
1
50
3.02
2
9
1000
-64
+13
+16
0002
0090
0178
2
155
2.51
3
14
1500
-88
+16
+20
0003
0091
0179
2
155
2.51
3
14
1500
-88
+16
+20
0004
0092
0180
3
172
1.52
5
20
1900
-90
+20
+25
0005
0093
0181
3
172
1.52
5
20
1900
-90
+20
+25
0006
0094
0182
4
170
1.03
6
24
2300
-90
+25
+30
0007
0095
0183
4
170
1.03
6
24
2300
-90
+25
+30
0008
0096
0184
TAX187M 00811
TAX187K 00811
TAX687M 00812
TAX687K 00812
TAX158M 00813
TAX158K 00813
TAX188M 00814
TAX188K 00814
180
180
680
680
1500
1500
1800
1800
20
10
20
10
20
10
20
10
8 Volts
1
1
2
2
3
3
4
4
Maximum at 85°C(5 Volts
41
3.02
2
41
3.02
2
130
2.54
3
130
2.54
3
170
1.50
5
170
1.50
5
138
1.02
7
138
1.02
7
at 125°C), Surge Voltage 9.2 at 85°C
9
1000
-60
+13
+16
9
1000
-60
+13
+16
14
1500
-83
+16
+20
14
1500
-83
+16
+20
20
1900
-90
+20
+25
20
1900
-90
+20
+25
25
2300
-90
+25
+30
25
2300
-90
+25
+30
0009
0010
0011
0012
0013
0014
0015
0016
0097
0098
0099
0100
0101
0102
0103
0104
0185
0186
0187
0188
0189
0190
0191
0192
TAX157M 01011
TAX157K 01011
TAX567M 01012
TAX567K 01012
TAX128M 01013
TAX128K 01013
TAX158M 01014
TAX158K 01014
150
150
560
560
1200
1200
1500
1500
20
10
20
10
20
10
20
10
10 Volts
1
1
2
2
3
3
4
4
Maximum at 85°C(7 Volts
34
3.01
2
34
3.01
2
106
2.51
3
106
2.51
3
137
1.51
5
137
1.51
5
114
1.01
7
114
1.01
7
at 125°C), Surge Voltage 11.5 at 85°C
9
900
-55
+13
+16
9
900
-55
+13
+16
16
1450
-77
+16
+20
16
1450
-77
+16
+20
20
1850
-88
+20
+25
20
1850
-88
+20
+25
25
2300
-88
+25
+30
25
2300
-88
+25
+30
0017
0018
0019
0020
0021
0022
0023
0024
0105
0106
0107
0108
0109
0110
0111
0112
0193
0194
0195
0196
0197
0198
0199
0200
TAX107M 01511
TAX107K 01511
TAX397M 01512
TAX397K 01512
TAX827M 01513
TAX827K 01513
TAX108M 01514
TAX108K 01514
100
100
390
390
820
820
1000
1000
15 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
Maximum at 85°C(10 Volts at 125°C), Surge Voltage 17.2 at 85°C
30
3.98
2
9
900
-44
+13
+16
30
3.98
2
9
900
-44
+13
+16
74
2.52
3
16
1450
-66
+16
+20
74
2.52
3
16
1450
-66
+16
+20
111
1.80
6
24
1800
-77
+20
+25
111
1.80
6
24
1800
-77
+20
+25
92
1.22
8
32
2300
-77
+25
+30
92
1.22
8
32
2300
-77
+25
+30
0025
0026
0027
0028
0029
0030
0031
0032
0113
0114
0115
0116
0117
0118
0119
0120
0201
0202
0203
0204
0205
0206
0207
0208
TAX686M 02511
TAX686K 02511
TAX277M 02512
TAX277K 02512
TAX567M 02513
TAX567K 02513
TAX687M 02514
TAX687K 02514
68
68
270
270
560
560
680
680
20
10
20
10
20
10
20
10
25 Volts
1
1
2
2
3
3
4
4
Maximum at 85°C(15 Volts at 125°C), Surge Voltage 28.8 at 85°C
22
4.29
2
9
850
-40
+12
+15
22
4.29
2
9
850
-40
+12
+15
55
2.70
3
16
1400
-62
+13
+16
55
2.70
3
16
1400
-62
+13
+16
76
1.80
7
28
1750
-72
+20
+25
76
1.80
7
28
1750
-72
+20
+25
63
1.23
8
32
2100
-72
+25
+30
63
1.23
8
32
2100
-72
+25
+30
0033
0034
0035
0036
0037
0038
0039
0040
0121
0122
0123
0124
0125
0126
0127
0128
0209
0210
0211
0212
0213
0214
0215
0216
TAX566M 03011
TAX566K 03011
TAX227M 03012
TAX227K 03012
56
56
220
220
20
10
20
10
30 Volts
1
1
2
2
Maximum at 85°C(20 Volts at 125°C), Surge Voltage 34.5 at 85°C
22
5.21
2
9
800
-38
+12
+15
22
5.21
2
9
800
-38
+12
+15
42
2.53
3
16
1200
-60
+13
+16
42
2.53
3
16
1200
-60
+13
+16
0041
0042
0043
0044
0129
0130
0131
0132
0217
0218
0219
0220
CDE Commercial
Part Number
Cap
(µF)
Cap
Tol
(±)
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
TAX (CLR81)
CDE Com m e rcial
Part Num ber
TAX477M 03013
TAX477K 03013
TAX567M 03014
TAX567K 03014
Maxim um %
Maxim um DC
Part Num ber M IL-CMax
Capacitance Change
Leak age
M39006/25 Failure Rate
M ax ESR
Ripple
from Room
Cap
Cap
(µA)
Leve l/%1000 Hours
Case Max
@+25ºC
@ +85°C
Tem pe rature
Tol
(µF)
Code DF %
(±)
(Ω)
40kHz
+85°C
(m A)
&
+25°C +125°C
-55°C +85°C +125°C M (1.0) P (0.1) R (0.01)
30 Volts M axim um at 85°C(20 Volts at 125°C), Surge Voltage 34.5 at 85°C
470
20
3
64
1.81
8
32
1500
-65
+20
+25
0045
0133
0221
470
10
3
64
1.81
8
32
1500
-65
+20
+25
0046
0134
0222
560
20
4
55
1.30
9
36
2000
-65
+25
+30
0047
0135
0223
560
10
4
55
1.30
9
36
2000
-65
+25
+30
0048
0136
0224
TAX336M 05011
TAX336K 05011
TAX127M 05012
TAX127K 05012
TAX277M 05013
TAX277K 05013
TAX337M 05014
TAX337K 05014
33
33
120
120
270
270
330
330
50 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
TAX276M 06011
TAX276K 06011
TAX107M 06012
TAX107K 06012
TAX227M 06013
TAX227K 06013
TAX277M 06014
TAX277K 06014
27
27
100
100
220
220
270
270
60 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
TAX226M 07511
TAX226K 07511
TAX826M 07512
TAX826K 07512
TAX187M 07513
TAX187K 07513
TAX227M 07514
TAX227K 07514
22
22
82
82
180
180
220
220
75 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
TAX106M10011
TAX106K10011
TAX396M10012
TAX396K10012
TAX686M10013
TAX686K10013
TAX127M10014
TAX127K10014
10
10
39
39
68
68
120
120
TAX685M12511
TAX685K12511
TAX276M12512
TAX276K12512
TAX476M12513
TAX476K12513
TAX826M12514
TAX826K12514
6.8
6.8
27
27
47
47
82
82
M axim um at 85°C(30 Volts at 125°C), Surge
12.3
4.95
2
9
700
12.3
4.95
2
9
700
22.5
2.49
4
24
1200
22.5
2.49
4
24
1200
37
1.82
8
32
1450
37
1.82
8
32
1450
38
1.53
9
36
1900
38
1.53
9
36
1900
Voltage
-29
-29
-42
-42
-46
-46
-46
-46
57.5 at
+10
+10
+12
+12
+20
+20
+25
+25
85°C
+12
+12
+15
+15
+25
+25
+30
+30
Maxim um at 85°C(40 Volts at 125°C), Surge Voltage 69 at 85°C
10.2
5.01
3
12
700
-24
+10
+12
10.2
5.01
3
12
700
-24
+10
+12
19
2.52
4
20
1100
-36
+12
+15
19
2.52
4
20
1100
-36
+12
+15
30
1.81
8
32
1400
-40
+16
+20
30
1.81
8
32
1400
-40
+16
+20
27
1.33
9
36
1850
-45
+20
+25
27
1.33
9
36
1850
-45
+20
+25
M axim um at 85°C(50 Volts at 125°C), Surge
8.5
5.13
3
12
600
8.5
5.13
3
12
600
15.2
2.46
4
24
1000
15.2
2.46
4
24
1000
24.4
1.80
9
36
1300
24.4
1.80
9
36
1300
37
2.23
10
40
1800
37
2.23
10
40
1800
Voltage
-19
-19
-30
-30
-35
-35
-40
-40
0049
0050
0051
0052
0053
0054
0055
0056
0137
0138
0139
0140
0141
0142
0143
0144
0225
0226
0227
0228
0229
0230
0231
0232
0057
0058
0059
0060
0061
0062
0063
0064
0145
0146
0147
0148
0149
0150
0151
0152
0233
0234
0235
0236
0237
0238
0239
0240
86.2 at
+10
+10
+12
+12
+16
+16
+20
+20
85°C
+12
+12
+15
+15
+20
+20
+25
+25
0065
0066
0067
0068
0069
0070
0071
0072
0153
0154
0155
0156
0157
0158
0159
0160
0241
0242
0243
0244
0245
0246
0247
0248
100 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
M axim um at 85°C(65Volts at 125°C), Surge Voltage 115 at
4.5
5.97
3
12
800
-17
+10
4.5
5.97
3
12
800
-17
+10
10.4
3.54
5
24
1300
-20
+12
10.4
3.54
5
24
1300
-20
+12
11.3
2.21
10
40
1600
-30
+14
11.3
2.21
10
40
1600
-30
+14
25
2.76
12
48
2000
-35
+15
25
2.76
12
48
2000
-35
+15
85°C
+12
+12
+15
+15
+16
+16
+17
+17
0073
0074
0075
0076
0077
0078
0079
0080
0161
0162
0163
0164
0165
0166
0167
0168
0249
0250
0251
0252
0253
0254
0255
0256
125 Volts
20
1
10
1
20
2
10
2
20
3
10
3
20
4
10
4
Maxim um at 85°C(85 Volts at 125°C), Surge Voltage 144 at
6
11.71
3
12
700
-14
+10
6
11.71
3
12
700
-14
+10
7.2
3.54
5
24
1200
-18
+12
7.2
3.54
5
24
1200
-18
+12
7.9
2.23
10
40
1500
-26
+14
7.9
2.23
10
40
1500
-26
+14
17.4
2.82
12
48
1900
-30
+15
17.4
2.82
12
48
1900
-30
+15
85°C
+12
+12
+15
+15
+16
+16
+17
+17
0081
0082
0083
0084
0085
0086
0087
0088
0169
0170
0171
0172
0173
0174
0175
0176
0257
0258
0259
0260
0261
0262
0263
0264
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Performance Testing
Seal: MIL-STD-202 - Method 112
• Conditions A, or D, and C
Specified Pulse Shock Test: MIL-STD-202 - Method 213 includes the following:
• Condition D (500g’s)
• Mount the capacitor by its body securely on a fixture taking special care not to squeeze the leads.
• While testing apply DC rated voltage. Record whether open or short circuiting, arching, or intermittent contact
occurs. Use detecting equipment capable of detecting a disruption at a period of time up to 0.5 ms.
• At the conclusion of testing examine the capacitors for evidence of arcing, breakdown, or mechanical damage.
Thermal Shock: MIL-STD-202 – Method 107, Condition A (with step 3 at +125°C).
In accordance with MIL-PRF-39006, the following shall apply:.
• Take measurements before and after cycling.
• Take measurements at 15-minute intervals at 300 cycles (Group C).
• Take final measurements at room temperature.
High Frequency Vibration: MIL-STD-202 - Method 204 includes the following:
• Condition H (80g’s)
• Mount the capacitor body securely on a fixture with the leads firmly supported.
• Apply DC rated voltage while measuring specific electrical load conditions.
• The vibration duration is 4 hours in two perpendicular directions for an overall time of 8 hours.
• Take measurements during the last cycle vibration to determine open, short-circuiting or intermittent operation.
Use detecting equipment capable of detecting a disruption at a period of time of 0.5ms or greater. Assess the
units for mechanical damage and test for these electrical requirements:.
o DC Leakage — Not greater than 1.25 initial limit
o Capacitance — No change greater than ±5% of the initial limit
o DF — Not greater than 1.15 of initial limit
Random Vibration: MIL-STD-202 – Method 214
• Test condition II-K (51 g’s)
Salt atmosphere: MIL-STD-202 – Method 101
• Condition B 48 hours
Solderability: MIL-STD-202 – Method 208
• Test both terminations with the insertion depth of flux and solder within .062" of welded seam.
Lead Terminal Strength:
• Pull Test: MIL-STD-202 – Method 211, condition A
• Wire-lead bend: Per MIL-PRF-39006.
• During the test securely clamp the capacitor body. Apply a force of 3 pounds or 1.4 kg for 30 seconds.
Moisture resistance: MIL-STD-202- Method 106, which includes the following:
• Mount the capacitor body securely on a fixture taking special care not to squeeze the leads.
• Apply 6 volts, polarizing and load voltage
• At the time of the capacitors complete their final cycle remove them from the humidity chamber and measure
per MIL-PRF-30006 for DC Leakage, dissipation factor, and capacitance.
o DCL: 125% (Maximum) of +25°C value of standard ratings table
o ∆Cap: Within ±8% of initial measurement
o DF: 115% (maximum) of initial requirement
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
Wet Tantalum -
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Dielectric withstanding voltage
• MIL-STD-202 – Method 301, 2000 VDC minimum
Insulation Resistance (IR): MIL-STD-202 – Method 302, condition B
• 100 Megohms minimum
Low temperature storage: MIL-STD-810 – Method 502
• DCL and DF: Initial requirements
• ∆Cap within ±5% of initial measurement
Low and high temperature stability: –55°°C to +125°°C.
Measure capacitors for thermal stability by testing at these temperatures in this order: +25°C, –55°C, +25°C, +85°C,
+125°C, and +25°C. Measure Capacitance and DF at the temperatures listed below with the exception of the DCL, which
is not measured at –55°C.
• Step 1 (+25°C)
DCL and DF: See standard ratings table
∆Cap: Within tolerance of standard ratings table
• Step 2 (–55°C)
Impedance and ∆Cap: See standard ratings table
• Step 3 (+25°C)
DCL and DF: See standard ratings table
∆Cap: Within ±5% of step one value
• Step 4 (+85°C)
∆Cap, DCL, and DF: See standard ratings table
• Step 5 (+125°C)
∆Cap, DCL, and DF: See standard ratings table
• Step 6 (+25°C)
DCL and DF: See standard ratings table
∆Cap: Within ±5% of step one value
Resistance to Soldering Heat: MIL-STD-202- Method 210, condition C
• DCL and DF: See standard ratings table
• ∆Cap: Within ±5% of initial measurement
Life test at 85°°C/125°°C, 2000 hours: MIL-STD-202 – Method 108
• DCL and DF: See standard ratings table
• ∆Cap: Within ±10% of initial measurement
Cross Reference
Type
Typical ESR, C,V
Extended Range
Cornell Dubilier
Series
MIL Type
TAT
M39006/22
TAX
M39006/25
Kemet
T192
T195
Sprague
135D
135D
Tansitor
AQ/HAQ
AR/HAR
Mallory
THT/TLX
THT/TLX
Arcotronics
TH
TH
These capacitor types are not exactly the same. Review the specifications before purchase to assure interchangeability
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com
CLR 79 (MIL-C-39006/22)
CLR 81 (MIL-C-39006/25)
Wet Tantalum Application Guide
RIPPLE CURRENT MULTIPLIERS FOR FREQUENCY, TEMPERATURE, AND APPLIED PEAK VOLTAGE
APPLIED RIPPLE CURRENT FREQUENCY
120 Hz
1 kHz
10 kHz
OPERATING TEMPERATURE °C
40 kHz
100 kHz
AMBIENT STILL
AIR
≤55° 85° 105° 125° ≤55° 85° 105° 125° ≤55° 85° 105° 125° ≤55° 85° 105° 125° ≤55° 85° 105° 125°
% OF + 85°
RATED
PEAK VOLTAGE
RIPPLE CURRENT MULTIPLIERS
100%
.60
.39
-
-
.72
.45
-
-
.88
.55
-
-
1.0
.63
-
-
1.1
.69
-
-
90%
.60
.46
-
-
.72
.55
-
-
.88
.67
-
-
1.0
.77
-
-
1.1
.85
-
-
80%
.60
.52
.35
-
.72
.62
.42
.88
.76
.52
-
1.0
.87
.59
-
1.1
.96
.65
-
70%
66 2/3%
and below
.60
.58
.36
-
.72
.70
.52
.88
.85
.64
-
1.0
.97
.73
-
1.1
1.07
.80
-
.60
.60
.37
.27
.72
.72
.55
.88
.88
.68
.40
1.0
1.0
.77
.45
1.1
1.1
.85
.50
.32
RIPPLE CURRENT
RIPPLE VOLTAGE
The ripple current listed in the Ratings Table for each
The peak of the applied AC ripple voltage plus the applied DC
capacitor rating is the maximum permissible rms ripple
voltage must not exceed the DC voltage rating of the cap-
current at 40 kHz, 85°C and 2/3 of the 85°C peak voltage.
acitor either forward or reverse.
The rms ripple rating at 85°C and 40 kHz is based on a
Capacitors must be biased such that the negative peak
maximum internal temperature rise of 50°C. The maximum
is not more negative than –3 volts and the positive peak
allowable internal temperature rise decreases linearly
does not exceed the voltage rating of the capacitor.
from 50°C to 10°C at an ambient of 125°C.
The applied DC voltage should be of sufficient magnitude
RIPPLE CURRENT MULTIPLIERS
The rms ripple current capability is shown in the Standard
to prevent polarity reversal in excess of 3 volts at 85°C
and 2 volts at 125°C.
Ratings Table for each rating at 85°C ambient and at 40 kHz.
For operation at other temperatures and frequencies use
CAUTIONS AGAINST MISAPPLICATION
the multipliers shown in the Ripple Current Multipliers Table.
1. Do not operate at temperatures above the maximum rated.
2. Do not exceed rated WVdc and Surge Voltage of the capacitor.
SHELF LIFE
These capacitors have an expected shelf life of ten or
3. Do not apply ripple voltage or ripple current in excess of
specification limits.
more years when stored at room temperature. Cold
storage has no adverse effects on the capacitor.
Violations of above can be hazardous and can cause capacitor
failure or equipment failure.
Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800 • www.cde.com