PM60B0.22UF10%63V datasheet, PDF

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PM60B0.22UF10%63V: DescriptionFilm Capacitor, Polyester, 63V, 10% +Tol, 10% -Tol, 0.22uF, Through Hole Mount, AXIAL LEADED; CategoryPassive components capacitor; File Size145KB，1 Pages; ManufacturerEurofarad

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PM60B0.22UF10%63V Overview

Film Capacitor, Polyester, 63V, 10% +Tol, 10% -Tol, 0.22uF, Through Hole Mount, AXIAL LEADED

PM60B0.22UF10%63V Parametric

Parameter Name	Attribute value
Is it lead-free?	Contains lead
Is it Rohs certified?	incompatible
Objectid	1876440994
package instruction	,
Reach Compliance Code	compliant
ECCN code	EAR99
YTEOL	6.4
capacitance	0.22 µF
Capacitor type	FILM CAPACITOR
dielectric materials	POLYESTER
Installation features	THROUGH HOLE MOUNT
negative tolerance	10%
Number of terminals	2
Maximum operating temperature	125 °C
Minimum operating temperature	-55 °C
Package shape	RECTANGULAR PACKAGE
positive tolerance	10%
Rated (DC) voltage (URdc)	63 V
surface mount	NO
Terminal shape	WIRE

PM60B0.22UF10%63V Preview

CONDENSATEURS POLYESTER METALLISE

METALLIZED POLYESTER CAPACITORS

CARACTERISTIQUES GENERALES

Catégorie climatique

55 / 125 / 56

80.10

- 4

à 1 kHz

pour C

1 µF

100.10

- 4

pour C

1 µF

Résistance d'isolement

pour C

0,33 µF et U

100 V

30 000 MΩ

pour C

0,33 µF et U

100 V

15 000 MΩ

pour C

0,33 µF et U

100 V

10 000 MΩ.µF

pour C

0,33 µF et U

100 V

5 000 MΩ.µF

Tension de tenue

1,6 U

30 000 MΩ

Isolement entre bornes réunies et masse

Sorties radiales

Modèle CPM 50

de la norme

NF C 83 151

Radial leads

Model CPM 50 to

NF C 83 151

standard

( CECC 30 400 )

PM 50

PM 60

GENERAL CHARACTERISTICS

Climatic category

for C

1 µF

D. F. Tg

at 1 kHz

for C

1 µF

Insulation resistance

for C

0,33 µF and U

100 V

for C

0,33 µF and U

100 V

for C

0,33 µF and U

100 V

for C

0,33 µF and U

100 V

Test voltage

Insulation between leads and case

Axial leads

Model CPM 60

CCTU 02-14 A

standard

Diélectrique

Polyester métallisé

Technologie

Autocicatrisable, non inductif

Moulé résine époxy

Dielectric

Metallized

polyester

Technology

Self-healing, non-inductive

Epoxy resin molded

Sorties axiales

Modèle CPM 60

de la norme

CCTU 02-14 A

Modèles associés

Catégorie climatique

Sorties radiales

Sorties axiales

55/125/21

PM 51

PM 61

40/085/56

PM 52

PM 62

40/085/21

PM 53

PM 63

Alternative models

Climatic category

Radial leads

Axial leads

MARQUAGE

modèle

capacité

tolérance

tension nominale

date-code

MARKING

model

capacitance

tolerance

rated voltage

date-code

VALEURS DE CAPACITE ET DE TENSION ( U

)

Dimensions ( mm )

0,5

CAPACITANCE VALUES AND RATED VOLTAGE ( D.C. )

63 V

100 V

max

min

max

min

160 V

250 V

max

min

3900 pF

250 V

400 V

max

8200 pF

10000 pF

22000 pF

47000 pF

0,1

µF

min

1000 pF

3900 pF

5600 pF

12000 pF

27 000 pF

56000 pF

82000 pF

0,12 µF

0,18 µF

0,27 µF

0,39 µF

0,56 µF

0,82 µF

400 V

630 V

max

3300 pF

4700 pF

10000 pF

22000 pF

47000 pF

68000 pF

0,1

µF

classe B

classe C

7,62

0,6

10,16

40 V

63 V

min

9,5

0,5

0,6

56000 pF

0,12 µF

0,27 µF

0,56 µF

1,2 µF

1,8 µF

2,7 µF

3,9 µF

5,6 µF

8,2 µF

µF

0,1

µF

27000 pF

56000 pF

0,12 µF

0,27 µF

0,56 µF

0,82 µF

1,2 µF

1,8 µF

2,7 µF

3,9 µF

5,6 µF

8,2 µF

47000 pF

0,1

µF

10 000 pF

27000 pF

56000 pF

0,12 µF

0,27 µF

0,39 µF

0,56 µF

0,82 µF

1,2 µF

1,8 µF

2,7 µF

3,9 µF

22000 pF

47000 pF

0,1

µF

10000 pF

12000 pF

27000 pF

56000 pF

0,12 µF

0,18 µF

0,27 µF

0,39 µF

0,56 µF

0,82 µF

1,2 µF

1,8 µF

6,5

10,16

0,22 µF

0,47 µF

µF

6,5

15,24

0,8

15,24

0,8

0,22 µF

0,47 µF

0,68 µF

µF

0,22 µF

0,33 µF

0,47 µF

0,68 µF

µF

9,5

15,24

0,8

15,24

0,8

27,94

1,5 µF

2,2 µF

3,3 µF

4,7 µF

6,8 µF

µF

0,15 µF

0,22 µF

0,33 µF

0,47 µF

0,68 µF

µF

1,5 µF

2,2 µF

3,3 µF

4,7 µF

6,8 µF

µF

0,15 µF

0,22 µF

0,33 µF

0,47 µF

0,68 µF

µF

1,5 µF

2,2 µF

3,3 µF

4,7 µF

13,5

27,94

0,5

27,94

0,5

1,5 µF

2,2 µF

10 %

0,05

Tolérances dimensionnelles

Tolerances on dimensions

20% -

10% -

Tolérances sur capacité

Capacitance tolerances

Pour les modèles à sorties axiales : h = 8

e = 5,5

For models with axial leads : h = 8 - e = 5,5

Exemple de codification à la commande

PM 50

Modèle

Model

How to order

Classe

Class

0,1 µF

Capacité

Capacitance

10 %

Tolérance sur capacité

Capacitance tolerance

63 V

Tension nominale ( V

)

Rated voltage ( V

)

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