CMT2-.5-15L

Manufacturer Part NumberCMT2-.5-15L
DescriptionCommon Mode Line Chokes
ManufacturerCoilcraft
CMT2-.5-15L datasheet
 


Specifications of CMT2-.5-15L

Lead_time70Pack_quantity30
Comm_code85045095  
1
Page 1
2
Page 2
3
Page 3
Page 1/3

Download datasheet (113Kb)Embed
Next
Common Mode Line Chokes - CMT Series
Coilcraft’s CMT toroid style common mode chokes are
designed to provide the highest common mode imped-
ance over the widest frequency range. These parts are
ideal for any application requiring a high DC current bias
and are well suited for use in switch-mode power supplies.
Common mode chokes are most effective in filtering
supply and return conductors with in-phase signals of
0.118
3,00
H max
CMT-X-X.X-XL
CCI XXXX
CC–3X
1
2
L max
0.120/0.180
3,05/4,57
CMT-1 Series
Leakage
Part
L min
1
Irms
inductance
number
(mH)
(A)
max (µH)
CMT1-5.0-1L
5.0
1.0
80
CMT1-8.0-1L
8.0
1.0
125
CMT1-15.0-1L
15.0
1.0
233
CMT1-2.5-2L
2.5
2.0
42
CMT1-4.0-2L
4.0
2.0
70
CMT1-7.5-2L
7.5
2.0
74
CMT1-1.3-4L
1.3
4.0
20
CMT1-2.1-4L
2.1
4.0
36
CMT1-3.7-4L
3.7
4.0
40
CMT1-1.0-6L
1.0
6.0
19
CMT1-1.7-6L
1.7
6.0
34
CMT1-3.0-6L
3.0
6.0
35
CMT1-.6-9L
0.6
9.0
11
CMT1-1.1-9L
1.1
9.0
12
CMT1-1.9-9L
1.9
9.0
20
CMT1-.5-12L
0.5
12.0
9
CMT1-.8-12L
0.8
12.0
9
CMT1-1.4-12L
1.4
12.0
16
CMT1-.3-15L
0.3
15.0
6
CMT1-.6-15L
0.6
15.0
6.5
CMT1-1.1-15L
1.1
15.0
13.7
1. Inductance is per winding, tested at 15.75 kHz, 0 Adc.
2. Leakage inductance is measured from pin 1 to pin 4 with pins 2 and 3 shorted.
3. Operating temperature range –40°C to +85°C.
4. Electrical specifications at 25°C.
© Coilcraft, Inc. 2009
equal amplitude. Differential mode inductors are available
for filtering out-of-phase or uneven amplitude signals.
CMTs feature inductance values up to 125 mH and Irms
ratings as high as 15 Amps.
• 1250 Vrms isolation between windings
• Industry standard footprint.
• IEC, UL, and VDE compliant.
Schematic
1
2
Weights:
CMT1: 13.3 – 25.5 g;
CMT2: 20.7– 41.7 g;
CMT3: 42.5 – 74.9 g;
2
3
CMT4: 115 – 117 g
W max
Terminations: Tin-silver over copper
2
DCR max
H
L
W
(Ohms)
max
max
max
0.207
1.100/27,9 1.210/30,7
0.625/15,9
0.270
1.100/27,9 1.210/30,7
0.625/15,9
0.430
1.155/29,4 1.300/33,0
0.625/15,9
0.090
1.100/27,9 1.210/30,7
0.625/15,9
0.095
1.050/26,7 1.210/30,7
0.625/15,9
0.108
1.155/29,4 1.300/33,0
0.625/15,9
0.029
1.100/27,9 1.210/30,7
0.625/15,9
0.040
1.100/27,9 1.210/30,7
0.625/15,9
0.036
1.125/28.6 1.300/33,0
0.625/15,9
0.022
1.100/27,9 1.210/30,7
0.625/15,9
0.032
1.155/29,4 1.300/33,0
0.625/15,9
0.027
1.200/30,5 1.210/30,7
0.625/15,9
0.012
1.200/30,5 1.210/30,7
0.625/15,9
0.013
1.300/33.0 1.210/30,7
0.625/15,9
0.017
1.300/33.0 1.400/35,6
0.625/15,9
0.008
1.200/30,5 1.210/30,7
0.650/16,5
0.008
1.200/30,5 1.210/30,7
0.650/16,5
0.011
1.300/33.0 1.210/30,7
0.650/16,5
0.005
1.300/33.0 1.210/30,7
0.625/15,9
0.006
1.250/31.8 1.210/30,7
0.650/16,5
0.008
1.250/31.8 1.210/30,7
0.700/17,8
Specifications subject to change without notice.
Please check our website for latest information.
Document 326-1
Recommended
Board Layout
1
4
4
X
3
2
3
Y
Lead
PC board
X
Y
diameter
hole
±0.01/0,25 ±0.01/0,25
nom
diameter
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.042/1,07 0.071/1,80
0.80/20,3
0.40/10,2
0.042/1,07 0.071/1,80
0.80/20,3
0.40/10,2
0.042/1,07 0.071/1,80
0.80/20,3
0.40/10,2
0.048/1,22 0.081/2,06
0.80/20,3
0.40/10,2
0.048/1,22 0.081/2,06
0.80/20,3
0.40/10,2
0.048/1,22 0.081/2,06
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
0.80/20,3
0.40/10,2
0.054/1,37 0.091/2,32
Document 326-1 Revised 08/20/08