EEWORLDEEWORLDEEWORLD

Part Number

Search

KM501BTD1.5UF+-20%40V

Description
Film Capacitor, Polyphenylene Sulphide, 40V, 20% +Tol, 20% -Tol, 1.5uF, 7137,
CategoryPassive components    capacitor   
File Size638KB,18 Pages
ManufacturerEXXELIA Group
Download Datasheet Parametric View All

KM501BTD1.5UF+-20%40V Overview

Film Capacitor, Polyphenylene Sulphide, 40V, 20% +Tol, 20% -Tol, 1.5uF, 7137,

KM501BTD1.5UF+-20%40V Parametric

Parameter NameAttribute value
Is it Rohs certified?incompatible
Objectid996382425
package instruction, 7137
Reach Compliance Codecompliant
ECCN codeEAR99
YTEOL5.64
capacitance1.5 µF
Capacitor typeFILM CAPACITOR
dielectric materialsPOLYPHENYLENE SULPHIDE
high16 mm
length18 mm
negative tolerance20%
Number of terminals2
Maximum operating temperature125 °C
Minimum operating temperature-55 °C
Package formRadial
positive tolerance20%
Rated (DC) voltage (URdc)40 V
size code7137
Terminal pitch15.24 mm
width9.5 mm
KM 501 - KM 50
KM 601 - KM 60
Diélectrique
Polycarbonate métallisé
CONDENSATEURS POLYCARBONATE METALLISE
METALLIZED POLYCARBONATE CAPACITORS
55 / 125 / 56
X
20.10
X
30.10
x
50 000 MΩ
x
10 000 MΩ.µF
1,6 U
RC
x
50 000 MΩ
-4
-4
Technologie
Autocicatrisable, non inductif
Moulé résine époxy
Dielectric
Metallized polycarbonate
Self-healing, non-inductive
Epoxy resin molded
Pour toutes nouvelles études, utiliser le modèle avec suffixe T
For any new design, refer to model with variant T
Sorties radiales
Modèles CKM 501 - CKM 50
de la norme
NF C 83 153
Radial leads
Models CKM 501 - CKM 50
to
NF C 83 153
standard
( CECC 30 500 )
Sorties axiales
Modèles CKM 601 - CKM 60
de l’ex-norme
CCTU 02-14 A
L
e
CE
L
W
1
25
40/085/21
KM 531 - KM 53
KM 631 - KM 63
Technology
CARACTERISTIQUES GENERALES
Catégorie climatique
Tg
d
à 1 kHz
pour C
R
X
1 µF
pour C
R
`
1 µF
Résistance d'isolement pour C
R
X
0,22 µF
pour C
R
`
0,22 µF
Tension de tenue
Isolement entre bornes réunies et masse
GENERAL CHARACTERISTICS
Climatic category
for C
R
X
1 µF
D. F. Tg
d
at 1 kHz
for C
R
`
1 µF
for C
R
X
0,22 µF
Insulation resistance
for C
R
`
0,22 µF
Test voltage
Insulation between leads and case
Axial leads
Models CKM 601 - CKM 60
to ex
CCTU 02-14 A
standard
AN
40/085/56
KM 521 - KM 52
KM 621 - KM 62
e
h
W
X
MARQUAGE
modèle
capacité
tolérance
tension nominale
date-code
MARKING
model
capacitance
tolerance
rated voltage
date-code
Modèles associés
Catégorie climatique
Sorties radiales
Sorties axiales
1
15
Alternate models
Climatic category
Radial leads
Axial leads
VALEURS DE CAPACITE ET DE TENSION ( U
RC
)
Dimensions ( mm )
L
11
14
14
18
18
18
18
32
32
32
32
32
32
h
e
classe A ou B
40 V
classe C
63 V
X
W
C
R
min
C
R
max
7,62 0,6
10,16 0,6 48 700
EN
63 V
100 V
C
R
min
C
R
max
pF 47 500
0,1
pF 10 000
µF 22 600
pF
0,102 µF
0,226 µF
0,487 µF
0,221 µF 48 700
0,475 µF
0,681 µF
1
1,5
2,21
µF
µF
µF
0,698 µF
1,02 µF
1,54 µF
2,26 µF
3,4
4,87
µF
µF
3,32 µF
4,75
6,81
10
µF
µF
µF
6,98 µF
3,4
W
: RoHS
W
: RoHS
55/125/21
KM 511 - KM 51
KM 611 - KM 61
CAPACITANCE VALUES AND RATED VOLTAGE ( D.C. )
160 V
250 V
C
R
max
C
R
min
3 400
250 V
400 V
C
R
max
C
R
min
400 V
630 V
C
R
max
pF
pF
pF
pF
pF
pF
µF
µF
C
R
min
*
9,5
*
5
8
11
11
12
16
16
15
16
18
21
5
pF 8 250
pF 10 000
pF 22 100
pF 47 500
pF
0,1
0,15
pF 1 000
pF 3 400
pF 4 870
pF 10 200
µF 22 600
µF 48 700
pF 3 320
pF 4 750
pF 10 000
pF 22 100
pF 47 500
pF 68 100
pF
0,1
0,15
NT
pF
0,1
µF 22 600
pF 22 100
pF 47 500
pF
0,1
pF 8 450
pF 10 200
µF 22 600
6,5 10,16 0,6
6,5 15,24 0,8
8
15,24 0,8
0,102 µF
0,226 µF
0,487 µF
1,02 µF
0,221 µF 48 700
0,475 µF
1
µF
µF
0,102 µF
0,226 µF
0,34 µF
0,487 µF
0,698 µF
1,02 µF
1,54 µF
2,26 µF
µF
0,221 µF 48 700
0,332 µF
0,475 µF
0,681 µF
1
1,5
2,21
µF
µF
µF
9,5 15,24 0,8
10
9
15,24 0,8
1,5
0,102 µF
0,154 µF
0,226 µF
0,34 µF
0,487 µF
0,698 µF
1,02 µF
1,54 µF
AI
1,54 µF
2,21
µF
0,221 µF 69 800
0,332 µF
0,475 µF
0,681 µF
1
1,5
2,21
µF
µF
µF
27,94 1
27,94 1
27,94 1
2,26 µF
3,4
µF
µF
3,32 µF
µF
µF
µF
µF
µF
0,102 µF
0,154 µF
0,226 µF
0,34 µF
0,487 µF
0,698 µF
10
12
4,75
0,221 µF
0,332 µF
0,475 µF
0,681 µF
1
µF
4,87
6,81
M
13,5 27,94 1
16
27,94 1
27,94 1
±
0,5
6,98 µF
10,2
15,4
µF
µF
10
15
22,1
26
29
3,32 µF
4,75
µF
20
±
0,5
+
10 %
-
0,05
Tolérances dimensionnelles
Tolerances on dimensions
±
0,5
±
0,5
±
20% -
±
10% -
±
5% -
±
2% -
±
1%
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
How to order
0,1 µF
± 1%
160 V
D, S, F
: Niveau de qualité
Capacité Tolérance sur capa. Tension nom. ( V
CC
)
Lev B/C/EM
: Space use
D, S, F
: Quality level Capacitance
Capa. tolerance Rated voltage ( V
DC
)
CECC+
: Other reliability level
14
KM 501
Modèle
Model
A, B, C
: Classe
A, B, C
:
Class
EFCO
: Option
EFCO
: Option
h

Recommended Resources

AD603 realizes programmable gain amplification
Recently, I made a programmable gain amplifier with a 3db passband of 10KHz-6MHz, and a gain fluctuation of no more than 1db in the 20KHz-5MHz band; the maximum gain is no less than 40db, and the gain...
jieee4910 Electronics Design Contest
vxWork group,18993894
Welcome to exchange experience on vxwork...
hehehe Embedded System
AT86RF212-Frequency band, physical layer mode
[b]1) Baseband transceiver architecture of AT86RF212[/b][b]2) Key points of PLL design[/b] Chinese version English version [b]3) BAND description[/b][b]4) Frequency band, channel[/b] Frequency band Fr...
lyzhangxiang RF/Wirelessly
What are the requirements for oscilloscopes in the design and calibration of engine electronic control systems?
My company wants to buy a new oscilloscope recently. I wonder if there are any special requirements for the oscilloscope in the design and calibration of diesel and gasoline engine electronic control ...
luoyehong776 Automotive Electronics
[Showing sample photos] + Various weird things, finally successful.
[i=s]This post was last edited by johnrey on 2014-10-9 13:39[/i] [align=left]The last two failures are still fresh in my mind ([url=https://bbs.eeworld.com.cn/thread-444882-1-1.html]https://bbs.eeworl...
johnrey TI Technology Forum
How to implement Wince6.0 ISampleGrabber?
On codecproject, I found an example implemented in Mobile, but its code doesn't work in Wince6.0. There is no problem compiling the filter, and the code has not been modified. I just slightly adjusted...
scuahui Embedded System

Popular Articles

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 2928  2114  26  256  16  59  43  1  6  24 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号