FEATURES
APPLICATIONS
Operating Temperature
Range
Capacitance Tolerance
Code
Small size
-
High voltage
–
High Capacitance
UPS
–
DC link
–
AC/DC motor controls
–
Power inverters
-40°C to +100°C
Above +85°C applied voltage must be de-rated by 1.5%/°C
+10% at 1 kHz, 25°C
+5% optional
A35
575
630
660
720
750
815
A40
700
770
805
885
910
1000
A45
800
880
920
1010
1040
1140
A50
900
1000
1035
1150
1170
1300
A55
1000
1100
1150
1265
1300
1430
A60
1100
1200
1265
1380
1430
1560
A70
1275
1400
1465
1610
1655
1820
VDC
Surge
Voltage
Repetitive
SVDC
Non-
repetitive
SVDC
85°C
70°C
85°C
70°C
85°C
70°C
Repetitive SVDC: Maximum repetitive voltage for 1 hour Max/Day
AC Voltage
Code
VDC
VAC
85°C
70°C
A35
575
240
250
C< 4μF
.06
A40
700
285
300
A45
800
315
330
A50
900
350
370
A55
1000
400
420
A60
1100
420
440
A70
1275
440
460
40μF<C<75μF
.17
ESR Value
C>75μF
.2
Dissipation Factor (MAX)
Tan δ (%)
at 1 kHz and 25°C
ESR
(mΩ)
4μF<C<12μF
.08
12μF<C<20μF
.11
20μF<C<40μF
.14
Lead spacing
(mm)
27.5
37.5
52.5
Frequency range
10kHz - 60kHz
10kHz – 45 kHz
10kHz – 30 kHz
See standard part listing
See standard part listing
See standard part listing
RMS Current
Ripple Current
Insulation Resistance
Self Inductance
Long Term Stability
Dielectric Strength
No RMS current is to be applied at temperatures > +95°C
See standard part listing, No ripple current is to be applied when the ambient temperature
is>+95°C
3000 MΩxuF
(10000
MΩxuF
typical)
“Not to exceed 3GΩ”
After 1 minute of 100VDC applied between the terminals at 25°C
<1 nano-Henry per mm of lead spacing and lead length
Capacitance variation <1% MAX after 2 years
Terminal to Terminal
150% of VDC or 150% of VAC
applied for 10 Seconds and 25°C
Terminal to case
3KVAC at 50/60 Hz applied between the terminals
and case for 60 Seconds and 25°C
Feb-17
Life Expectancy
Failure Quota
>60000 with VAC, >200000 With WVDC applied at +70°C
>30000 with VAC, >100000 With WVDC applied at +85°C
>10000 with 0.8xVAC, >30000 With 0.8xWVDC applied at +100°C
300/billion component hours
Test Condition
Temperature= +40°C +2°C
Performance requirements
Max Capacitance
change
DF Change
Insulation resistance
< +3%% of initially measured
valued
< 200% of initially specified
valued
> 50% of minimum specified
value
Damp Heat Test
Relative Humidity=93 +2%
Test length= 56 days
Resistance to soldering Heat
Solder bath temperature: +260°C +/-
5°C
Exposure time: 10 seconds +/- 1
second
Max Capacitance change
DF Change
Insulation resistance
<1% of initially measured value
< .1% at 1kHz
>50% of minimum specified value
Metallized Polypropylene film
Vacuum deposited Metal layers
Construction
Electrodes
Coating
Lead Terminations
Flame retardant Solvent resistant plastic case with epoxy end fill
Lead free tinned copper leads
Feb-17
Lead styles
2 leads
Length (L)
Lead spacing (S)
Lead Length (LL)
32
27.5
41.5
37.5
42.5
37.5
57.5
52.5
5mm +/-1 mm
4 leads
Length (L)
Lead spacing (S)
Lead Spacing (P)
Lead Length (LL)
32
27.5
41.5
37.5
42.5
37.5
57.5
52.5
See part listing
5mm +/-1 mm
6 leads
Length (L)
Lead spacing (S)
Lead Spacing (P)
Lead Length (LL)
32
27.5
41.5
37.5
42.5
37.5
57.5
52.5
See part listing
5mm +/-1 mm
Dimensions in mm
Feb-17
Fixing pitch and distance between lugs (mm)
Lugs
L
P1
P2
S
S,V,F
SM8,VM8, FM8
T,W,G
TM8,WM8,GM8
N,P
NM8, PM8
A
B
E
L
42 - 42.5
57.5
42 - 42.5
57.5
42 - 42.5
57.5
42 - 42.5
57.5
57.5
57.5
42 - 42.5
57.5
42 - 42.5
42 - 42.5
42 - 42.5
57.5
23 - 28
37 - 42
25 – 26
39 - 40
20 – 25
34 – 39
22 – 23
36 – 37
23 – 28
25 - 26
51 – 64
65 – 78
32 – 45
30 - 37
22 - 24
36 - 38
11
24
11
24
8
21
8
21
11
11
----
---
17
15
8
21
6
6
8
8
6
6
8
8
6
8
8
8
6
6
6
8
Dimensions in mm
Feb-17
Dimensions in mm
Feb-17
