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PM98230UF+/-10%500V

Description
Film Capacitor, Plastic, 500V, 10% +Tol, 10% -Tol, 230uF, Stud Mount, RADIAL LEADED
CategoryPassive components    capacitor   
File Size232KB,1 Pages
ManufacturerEurofarad
Download Datasheet Parametric View All

PM98230UF+/-10%500V Overview

Film Capacitor, Plastic, 500V, 10% +Tol, 10% -Tol, 230uF, Stud Mount, RADIAL LEADED

PM98230UF+/-10%500V Parametric

Parameter NameAttribute value
Is it lead-free?Contains lead
Is it Rohs certified?incompatible
MakerEurofarad
package instruction,
Reach Compliance Codecompli
ECCN codeEAR99
capacitance230 µF
Capacitor typeFILM CAPACITOR
dielectric materialsPLASTIC
Installation featuresSTUD MOUNT
negative tolerance10%
Number of terminals2
Maximum operating temperature85 °C
Minimum operating temperature-55 °C
Package shapeCYLINDRICAL PACKAGE
positive tolerance10%
Rated (AC) voltage (URac)63 V
Rated (DC) voltage (URdc)500 V
surface mountNO
Terminal shapeBINDING POST
CONDENSATEURS FILMS PLASTIQUE - FORTE VALEUR DE CAPACITÉ
PLASTIC FILM CAPACITORS - HIGH CAPACITANCE VALUE
CARACTÉRISTIQUES GÉNÉRALES
GENERAL CHARACTERISTICS
Operating temperature
Dissipation factor at 100 Hz
Insulation resistance
Withstand voltage
For other characteristics see page 34
PM 980
avec fixation
with mounting
stud
PM 981
5,08
±
0,4
1,2
±
0,1
4
±
0,5
5
±
1
PM 98 PM 980 PM 981
D
±
1
X
±
1
+2
0
Température d'utilisation
– 55°C + 85°C
Tangente de l’angle de pertes à 100 Hz
X
10.10
–3
x
2500 MΩ.µF
Résistance d'isolement
Tension de tenue
1,3 U
RC
/10 s
Autres caractéristiques voir page 34
PM 98
sans fixation
without mounting
stud
MARQUAGE
Modèle
Capacité - Tolérance
Tension nominale
Intensité efficace
Date - Code
Diélectrique
Film plastique métallisé
Technologie
Autocicatrisable, non inductif
PM 98 et PM 980
Tube aluminium
Sorties par bornes à vis
Fixation par collier (PM
98)
ou téton fileté (PM
980)
PM 981
Tube plastique
Sorties par picots soudables pour
raccordement sur circuit imprimé
Applications
Filtrage, accumulation d’énergie, flash
Dielectric
Metallized plastic film
Technology
Self-healing, non inductive
PM 98 and PM 980
Aluminium tube
Screw terminals
Mounting by clamp (PM
98)
or threaded stud (PM
980)
PM 981
Plastic tube
Lug outputs for connection
to printed board
Applications
Filtering, energy storage, flash
MARKING
Model
Capacitance - Tolerance
Rated voltage
RMS current
Date - Code
H
±
2
2
55
±
2
35
±
1
12,7
±
1
0,8
±
0,1
M 12 x 16
M
b
Couple de serrage
Tightening torque ( page 36)
Ø Borne
Terminal
b
13
18
18
PM 981
Capacité
Tension
Capacitance Voltage
µF
V
CC
V
CA
70
300 40
50
400 48
40
500 63
30
600 100
18
750 130
10
1000 200
7,5
1200 250
I
RA
(1)
20,3
18,3
17,3
18,3
16,5
14,2
13,8
I
2
t dV/dt ESR
(2)
15,6
10,6
8,6
9,6
5,4
2,8
2,4
(3)
56
65
74
104
129
168
208
(4)
9
10
11
8
9
11
13
D
±1
50
76
90
Réf. collier (p.38)
Champ ref. (p.38)
C 2-50 - C 3-51
C 3-76
-
X
22,2
31,7
31,7
Bornes à vis
Screw terminals
M
M 5 x 10
M 6 x 10
M 6 x 10
VALEURS DE CAPACITÉ ET DE TENSION
300 V
CC
40 V
CA
D
90 µF
140
165
180
200
220
230
240
250
280
330
350
360
400
450
470
500
600
630
680
700
900
1000
1200
1250
1600
Toute valeur intermédiaire est exécutée dans les dimensions de la valeur immédiatement supérieure
CAPACITANCE VALUES AND RATED VOLTAGE
Any intermediate value is made in the dimensions of the next higher value
400 V
CC
48 V
CA
dV/dt ESR
(3)
(4)
PM 98
-
PM 980
dV/dt ESR
(3)
(4)
500 V
CC
63 V
CA
I
RA
(1)
22
22
52
22
52
600 V
CC
100 V
CA
dV/dt ESR
(3)
(4)
19
13
18
9
19
4,5
5,7
7,1
6,7
3
H
I
RA
(1)
I
2
t
(2)
D
H
I
RA
(1)
I
2
t
(2)
D
50
H
85
115
85
145
85
I
2
t
(2)
7,7
7,7
47
7,7
47
D
50
50
76
50
76
H
85
115
85
145
85
50
85
26
9,4
17
4,3
50
76
(1)
19
19
42
19
47
I
RA
(2)
5,5
5,5
32
5,5
32
I
2
t
dV/dt ESR
(3)
26
16
30
13
25
(4)
4,9
6,1
4,2
7,6
3,2
50
85
26
13
15
4
50
115
26
9,4
12
5,4
50
76
76
115
47
32
17
3,7
50
50
76
115
145
85
26
26
59
13
13
85
10
7
15
4,9
5,8
2,8
50
76
76
145
85
85
26
59
59
9,4
67
67
8
19
18
6,2
2,8
2,9
76
76
115
52
47
13
3,5
90
76
90
145
145
52
59
47
47
9
6
3,9
3,5
145
47
32
12
4,3
76
76
76
90
115
145
145
59
59
59
85
85
85
10
7
5
3,2
3,5
3,3
76
90
115
145
145
59
59
59
67
67
67
12
9
6
3,3
3,7
3,4
145
54
32
8
3,8
25 µF
36
38
50
56
60
63
75
90
100
100 B
125
130
140
160
180
190
250
330
450
750 V
CC
130 V
CA
50
50
50
50
76
50
76
76
76
90
67
85
115
85
145
85
115
145
145
14,5
17
17
42
14
42
42
42
48
5,6
3,6
3,6
24
3,6
24
24
24
24
35
30
18
30
15
30
19
14
10
4
5,4
6,8
5,1
8,7
3,3
3,9
4,6
4
76
50
50
76
85
85
115
145
85
1 000 V
CC
200 V
CA
14
36
14
14
36
2,2
13
2,2
2,2
13
41
40
26
19
40
6,4
5,8
8,2
10,2
3,7
50
50
50
76
85
115
145
85
1 200 V
CC
250 V
CA
16,3
16,3
16,3
40,7
1,5
1,5
1,5
9
50
33
25
50
7
9
12,5
4,5
76
76
90
115
145
145
40,7
40,7
40,7
9
9
9
32
24
18
5,6
6,4
5,5
76
76
90
115
145
145
36
36
36
13
13
13
25
18
14
4,5
5,3
4,6
EXEMPLE
Type
Capacitance
Capacitance
tolerance
Rated voltage
( V
DC
)
È
À LA COMMANDE
Tolérances sur capacité/Capacitance
tolerances
±
20%
±
10%
(1)
I
RA
: Courant efficace admissible en ampères à 25°C
(1)
I
RA
: Permitted RMS current in amperes at 25°C
2
2
(2)
I
2
t : Courant impulsionnel en A s
(2)
I
2
t : Pulse current in A s
(3)
dV/dt : Gradient de potentiel admissible en V/µs
(3)
dV/dt : Permitted potential gradient in V/µs
(4)
ESR : Résistance série équivalente à 10 kHz en mΩ
(4)
ESR : Equivalent series resistance at 10 kHz in mΩ
Tolérance
Appellation
Tension
DE CODIFICATION
HOW TO ORDER
sur capacité nominale ( V
CC
)
commerciale
Capacité
PM 98
400 µF
± 10 %
400 V
41
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