R413I23305000M Kemet, R413I23305000M Datasheet

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R413I23305000M

Manufacturer Part Number
R413I23305000M
Description
Manufacturer
Kemet
Datasheet

Specifications of R413I23305000M

Package/case
18 X 8.5 X 14.5
Mounting
Through Hole
Capacitance Value
0.033 uF
Voltage
1000|300 Vdc|Vac
Dielectric
PP
Lead Pitch For Radial
15 mm
Product Length
18 mm
Product Depth
8.5 mm
Tolerance
20 %
Operating Temperature
-40 to 110 °C
GeneRAl TeCHniCAl dATA
dielectric: polypropylene film.
Plates: metal layer deposited by evaporation under vacuum.
Winding: non-inductive type.
leads: Ø ≥ 0.6 tinned wire.
Protection: plastic case, thermosetting resin filled. Box
material is solvent resistant and flame retardant according to
UL94 V0.
marking: Manufacturer’s logo, series, capacitance, tolerance,
rated voltage, capacitor class, dielectric code, climatic
category, passive flammability category, manufacturing date
code, approvals, manufacturing plant.
Climatic category: 40/110/56 IEC 60068-1
operating temperature range: -40 to+110°C
Related documents: IEC 60384-14, EN 60384-14.
eleCTRiCAl CHARACTeRiSTiCS
Rated voltage (V
Capacitance range:
Capacitance values: E6 series (IEC 60063 Norm).
Capacitance tolerances (measured at 1 kHz):
dissipation factor (dF):
insulation resistance:
Test voltage between terminations (on all pieces):
* See size table.
All dimensions are in mm.
±
tg
* Typical value
Test conditions
Temperature: +25°C
Voltage charge time: 1 min
Voltage charge:
Performance
* Typical value
2500Vac for 1 s + 5000Vdc for 1 s at +25°C
d ±0.05
10% (K);
1 x 10
30000 s
δ x
Ø
10
Ø = 0.5 tinned wire, low thermical conductivity.
5
-4
M
Loose
at +25°C
p = 7.5
±
20% (M).
0.5
R
(5 x 10
(150000 s)*
):
p = 10
±
5°C:
0.6
±
5
100 Vdc
5°C
M
300Vac / 1000Vdc; 50/60Hz
1000pF to 1.0
0.6 or 0.8*
30 (20)* at 1kHz
)
* for C
p = 15
for C
Fig.1
>
0.33
0.33
Taped
15<p≤27.5
µ
µ
µ
0.8
F
F
F
Fig.2
±
5°C
p = 37.5
1
169
Y2 / X1 CLASS (IEC 60384-14) MKP Series
meTAllized PolYPRoPYlene Film CAPACiToR
SELF-HEALING PRoPERTIES
Typical applications: Interference suppression and «across-
the-line» applications. Suitable for use in situations where
failure of the capacitor could lead to danger of electric shock.
PRoDUCT CoDE: R41
note: R.41 series has replaced the R73 series (available
TeST meTHod And PeRFoRmAnCe
damp heat, steady state:
endurance:
Resistance to soldering heat:
(mm)
Pitch Box thickness (B)
10.0
15.0
15.0
22.5
27.5
37.5
7.5
Test conditions
Temperature:
Relative humidity (RH):
Test duration:
Performance
Dielectric strength:
Capacitance change |
Insulation resistance:
Test conditions
Temperature:
Test duration:
Voltage applied:
Performance
Dielectric strength:
Capacitance change |
Insulation resistance:
Test conditions
Solder bath temperature:
Dipping time (with heat screen):10 s
Performance
Capacitance change |
only upon request). For new design we suggest the
use of the R.41 series.
(mm)
<7.5
≥7.5
All
All
All
All
All
C/C|:
C/C|:
C/C|:
B max
B +0.1
B +0.2
B +0.2
B +0.2
B +0.2
B +0.2
B +0.3
no dielectric breakdown or
flashover at 1500Vac/1 min
no dielectric breakdown or
flashover at 1500Vac/1 min
Maximum dimensions (mm)
+40
93
56 days
110°C
1000 h
1.7 x V
+260°C
5%
50% of initial limit.
10%
50% of initial limit.
2%
±
±
2%
2°C
H +0.1
H +0.1
H +0.1
H +0.1
H +0.1
H +0.1
H +0.1
±
±
H max
R
2°C
1 s
±
+ 1000Vac 0.1 s/h
5°C
R.41
L +0.2
L +0.2
L +0.3
L +0.5
L +0.3
L +0.3
L +0.3
09/2008
L max

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R413I23305000M Summary of contents

Page 1

... Test voltage between terminations (on all pieces): 2500Vac for 5000Vdc for +25°C Taped CLASS (IEC 60384-14) MKP Series Fig.2 meTAllized PolYPRoPYlene Film CAPACiToR SELF-HEALING PRoPERTIES Typical applications: Interference suppression and «across- the-line» applications. Suitable for use in situations where failure of the capacitor could lead to danger of electric shock. ...

Page 2

... E12 Series available upon request All dimensions are in mm. 09/2008 CLASS (IEC 60384-14) MKP Series meTAllized PolYPRoPYlene Film CAPACiToR SELF-HEALING PRoPERTIES Typical applications: Interference suppression and across- the-line applications. Suitable for use in situations where failure of the capacitor could lead to danger of electric shock. ...

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