MOQ (minimum order quantity) PU (Price unit): E (item), H (100 items), T (1000 items), p (pair), P (pack), k (kilogram), h (100 meters) RRP recommended retail price. Stock and prices are updated on an hourly basis. After Registration and Login you will see your individual customer prices and CSV file upload, watchlists and requestlist are accessible in the Customer Portal. All prices are net excluding V.A.T. We do not deliver to private end-users.
Features
• Used for the suppression of asymmetrical interference signals on power supply lines • To suppress most of power line-tied interference signals • Fitted with a high-permeability toroid core (ferrite) • Encased in a flame retardant plastic material in accordance with UL94V-0 for horizontal or vertical mounting • 32V31A600SV3: not potted, for vertical mounting • 4 tinned soldering pins, d=0,8mm
Technical Specifications
Rated Voltage:
250V
Rated Current:
See Table
Rated Inductance:
See Table
Inductance Tolerance:
±30%
Inductance Loss:
<10% at DC Initial Loading with IN
Testing Voltage:
1500V/50Hz, 2s,
Winding to Winding
Climatic Category:
DIN GKC (-40...+125°C)
Humidity:
Cat. C
Ambient Temperature:
+60°C
Derating (Dependent on TU):
I=0 (+120°C)
Overtemperature of Windings:
<55°C at Rated Current
Temperature of Windings, Max.:
115°C
Horizontal
Vertical
IN
LO
RN
[A]
[mH]
[mOhm]
42H171000
42V201000
1
6,8
400
42H172000
42V202000
2
3,9
80...100
42H172500
42V202500
2,5
2,7
120...160
42H173000
42V203000
3
1
50
42H173600
-
3,6
0,4
15
42H220300
42V250300
0,3
47
1400
42H220500
42V250500
0,5
27
900
42H221000
42V251000
1
10
450
42H222000
42V252000
2
2,2
70
42H223000
42V253000
3
1,2
70
42H271000
42V301000
1
27
600
-
42V302000
2
5,6
170
42H274000
42V304000
4
2,7
45
-
42V320500
0,5
100
1500
-
42V321000
1
47
750
-
42V321500
1,5
22
330
42H322000
42V322000
2
6,8
139
42H324000
42V324000
3,3
1,0
54
42H326000
-
6,0
1,8
25
42H42A000
-
10
1,8
14
42H428000
-
8
2,7
22
32V31A600SV3
16
2,7
15
IN = Rated Current per Winding, 50Hz,TU=60°C, LO = Inductance, No Load, 16kHz,TU=20°C, RN = DC Resistance per Winding, Typical