CME375-1 Triad Magnetics, CME375-1 Datasheet

INDUCTOR 4.40MH COMMON MODE

CME375-1

Manufacturer Part Number
CME375-1
Description
INDUCTOR 4.40MH COMMON MODE
Manufacturer
Triad Magnetics
Type
Common Moder
Datasheets

Specifications of CME375-1

Inductance
4.4mH
Current
5.5A
Dc Resistance (dcr)
49.00 mOhm Max
Filter Type
Common Mode - 2 Line Array
Package / Case
1.500" L x 1.500" W x 1.180" H (38.10mm x 38.10mm x 29.97mm)
Mounting Type
Through Hole
Current, Rating
5.5 A
Diameter, Lead
0.036 sq.in.
Dimensions
1.5"L×1.5"W×1.18"H
Height
1.18 in.
Leakage
45 μH
Length
1.5 in.
Length, Lead
0.092 to 0.187 "
Resistance Dc
0.049 Ohms (Max.)
Resistance, Dc
0.049 Ohms
Termination
Radial
Weight
0.054 lbs.
Width
1.26 in.
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Impedance
-
Lead Free Status / Rohs Status
RoHS Compliant part
Other names
10523
237-1210
S w i t c h m o d e / H i g h F r e q u e n c y
C o m m o n M o d e I n d u c t o r s
: :
Highly dependable Triad common mode EMI suppression inductors
are used in various types of power supplies to eliminate noise common
to all lines. These units also provide effective differential mode filtering.
: :
A CME375-KIT is available which includes each one of the components in section A.
A CME2425-KIT is available which includs each one of the components in section B.
: :
A CMT908-KIT is available which includes one of each of the above listed components.
www.TriadMagnetics.com
Section
Section
D e s c r i p t i o n
E - C o r e I n d u c t o r s
E n c a p s u l a t e d T o r o i d a l I n d u c t o r s
A
B
D
C
CME2425-1
CME2425-2
CME2425-3
CME2425-4
CME2425-5
CME2425-6
CME2425-7
CME2425-8
CME2425-9
CME375-1
CME375-2
CME375-3
CME375-4
CME375-5
CME375-6
CME375-7
CME375-8
CME375-9
CMT908-H1
CMT908-H2
CMT908-H3
CMT908-H4
F i g u r e A
CMT908-V1
CMT908-V2
CMT908-V3
CMT908-V4
Type
No.
Type
No.
Figure
A
B
Figure
|
C
D
22520 B Temescal Canyon Road, Corona, CA 92883
Inductance
mH min.
111.6
176.1
10.9
17.8
28.6
43.6
70.3
16.0
27.7
40.5
67.5
4.40
6.90
1.05
2.37
3.8
6.0
9.8
Inductance
16.00mH
16.00mH
2.00 mH
4.00 mH
8.00 mH
2.00 mH
4.00 mH
8.00 mH
Min.
F i g u r e B
R.M.S.
Amps
5.500
4.400
3.500
2.700
2.200
1.750
1.380
1.100
2.50
2.00
1.60
1.28
1.00
0.80
0.63
0.50
0.40
.087
R.M.S.
Amps
7.50
5.20
3.20
2.60
7.50
5.20
3.20
2.60
1.240 Ohms
1.980 Ohms
1.260 Ohms
2.020 Ohms
Resistance
.049 Ohms
.077 Ohms
.122 Ohms
.196 Ohms
.316 Ohms
.489 Ohms
.785 Ohms
.050 Ohms
.080 Ohms
.127 Ohms
.202 Ohms
.319 Ohms
.500 Ohms
.820 Ohms
Max. DC
Resistance
.020 Ohms
.040 Ohms
.120 Ohms
.160 Ohms
.020 Ohms
.040 Ohms
.120 Ohms
.160 Ohms
Max. DC
Leakage
125.0 μH
180.0 μH
300.0 μH
440.0 μH
720.0 μH
144.0 μH
240.0 μH
360.0 μH
Min.
45.0 μH
70.0 μH
14.0 μH
25.0 μH
36.0 μH
60.0 μH
90.0 μH
1.1 mH
1.8 mH
9.0 μH
Meeting VDE, IEC, UL, and CSA requirements, they minimize AC line
transmitted interference often created by high frequency switching
power supplies. Normally placed close to the input source, these
compact inductors are constructed with UL rated 130ºC materials.
180.0 μH
180.0 μH
Leakage
25.0 μH
45.0 uH
90.0 μH
25.0 μH
45.0 uH
90.0 μH
Min.
F i g u r e C
1.075
1.18
H
1.50
.80
H
1.050
1.26
|
W
Phone 951-277-0757
1.050
1.50
.800
1.5
L
W
Dimensions
.150
.125
Dimensions
A
1.45
1.5
L
.600
.800
B
1.08
|
F i g u r e D
.9
A
.200
.610
FAX 951-277-2757
C
.036 Sq.
.029 Sq.
1.28
D
.6
B
.154
Wt.
Lbs.
0.54
Lbs.
.120
Wt.
.08

Related parts for CME375-1

CME375-1 Summary of contents

Page 1

... Highly dependable Triad common mode EMI suppression inductors are used in various types of power supplies to eliminate noise common to all lines. These units also provide effective differential mode filtering Type Inductance Section No. Figure mH min. CME375-1 4.40 CME375-2 6.90 CME375-3 10.9 CME375-4 17.8 A CME375 ...

Page 2

... Inductances are minimum measured at 10 Gauss resistance at 20ºC ± 10%. 4. Current ratings for approximately 40ºC temperature rise Triad Magnetics is in the business to provide our customers with the best solutions for their magnetics needs. | www.TriadMagnetics.com 22520 B Temescal Canyon Road, Corona, CA 92883 ...

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