Precision Incorporated

CMEH/V Series CMEH/V-Series
Commonmode Chokes
High Frequency Power


Features:
  • Section wound for low capacitance and high self resonant frequency
  • Round center bobbin for low DCR
  • Horizontal version for low profile; vertical version for small footprint
  • One-piece core for highest inductance
  • 130°C rating (ambient plus rise)
  • Custom values and configurations available
  General Product Information General Production Information Mechanical Electrical RFQ form  
General Product Info

How to choose your model:

  1. Calculate the energy storage needed based on inductance and current
  2. No de-rating needed for ambients up to 8

Mechanical

CHEH Mechanical Drawing
Precision Model Number
Inductance
Test Frequency:1kHz
 
A
(max)
B
(max)
C
(max)
PDF
2 ~ 150mH
mm
26
26
21
Click here for PDF
in
1.02
1.02
0.83
2 ~ 150mH
mm
30
30
24
Click here for PDF
in
1.18
1.18
0.94


CMEV Mechanical Drawing
Precision Model Number
Inductance
Test Frequency:1kHz
 
A
(max)
B
(max)
C
(max)
PDF
2 ~ 150mH
mm
26
19
31
Click here for PDF
in
1.02
0.75
1.22
2 ~ 100mH
mm
30
21.5
35
Click here for PDF
in
1.18
0.85
1.38
10 ~ 100mH
mm
37
26.5
45
Click here for PDF
in
1.46
1.04
1.77



electrical

CMEH-26260 Series
Available in PDF format
     
     
Precision Model
Number
Inductance
(uH ± 20%)
(Note 1)
DC
Resistance
(Ohms Max.)
Rated Current
(Amps. Min.)
(Note 2)
Inductance
Difference
(uH Max.)
CMEH-26260-3602
36000
2.7
0.5
400
CMEH-26260-2402
24000
1.6
0.6
350
CMEH-26260-9201
9200
0.75
0.7
300
CMEH-26260-7801
7800
0.5
0.9
250
CMEH-26260-5201
5200
0.34
1
200
CMEH-26260-3601
3600
0.25
1.5
150
CMEH-26260-3201
3200
0.2
2
100

Notes:

1.) Inductance Measured at 10Khz, 0.1Vrms, without DC current.

2.) Each winding measured separately.



CMEH-30300 Series
Available in PDF format
     
     
Precision Model
Number
Inductance
(uH ± 20%)
(Note 1)
DC
Resistance
(Ohms Max.)
Rated Current
(Amps. Min.)
(Note 2)
Inductance
Difference
(uH Max.)
CMEH-30300-1203
120000
2.6
0.5
2500
CMEH-30300-9202
92000
2
0.6
2000
CMEH-30300-6602
66000
1.5
0.7
1500
CMEH-30300-3602
36000
0.8
0.9
1000
CMEH-30300-2502
25000
0.6
1
500
CMEH-30300-1552
15500
0.32
1.5
350
CMEH-30300-1002
10000
0.25
2
200
CMEH-30300-8001
8000
0.19
2.5
150
CMEH-30300-5001
5000
0.1
3
100

Notes:

1.) Inductance Measured at 10Khz, 0.1Vrms, without DC current.

2.) Each winding measured separately.



CMEV-25190 Series
Available in PDF format
     
     
Precision Model
Number
Inductance
(uH ± 20%)
(Note 1)
DC
Resistance
(Ohms Max.)
Rated Current
(Amps. Min.)
(Note 2)
Inductance
Difference
(uH Max.)
CMEV-25190-3602
36000
2.7
0.5
400
CMEV-25190-2402
24000
1.6
0.6
350
CMEV-25190-9201
9200
0.75
0.7
300
CMEV-25190-7801
7800
0.5
0.9
250
CMEV-25190-5201
5200
0.34
1
200
CMEV-25190-3601
3600
0.25
1.5
150
CMEV-25190-3201
3200
0.2
2
100

Notes:

1.) Inductance Measured at 10Khz, 0.1Vrms, without DC current.

2.) Each winding measured separately.



CMEV-30220 Series
Available in PDF format
     
     
Precision Model
Number
Inductance
(uH ± 20%)
(Note 1)
DC
Resistance
(Ohms Max.)
Rated Current
(Amps. Min.)
(Note 2)
Inductance
Difference
(uH Max.)
CMEV-30220-1203
120000
2.6
0.5
2500
CMEV-30220-9202
92000
2
0.6
2000
CMEV-30220-6602
66000
1.5
0.7
1500
CMEV-30220-3602
36000
0.8
0.9
1000
CMEV-30220-2502
25000
0.6
1
500
CMEV-30220-1552
15500
0.32
1.5
350
CMEV-30220-1002
10000
0.25
2
200
CMEV-30220-8001
8000
0.19
2.5
150
CMEV-30220-5001
5000
0.1
3
100

Notes:

1.) Inductance Measured at 10Khz, 0.1Vrms, without DC current.

2.) Each winding measured separately.



CMEV-36270 Series
Available in PDF format
     
     
Precision Model
Number
Inductance
(uH ± 20%)
(Note 1)
DC
Resistance
(Ohms Max.)
Rated Current
(Amps. Min.)
(Note 2)
Inductance
Difference
(uH Max.)
CMEV-36270-3302
33000
0.5
1.5
1000
CMEV-36270-2202
22000
0.4
1.8
700
CMEV-36270-1802
18000
0.3
2
500
CMEV-36270-1202
12000
0.2
2.5
350
CMEV-36270-1002
10000
0.15
2.7
300
CMEV-36270-8101
8100
0.12
3
250
CMEV-36270-6001
6000
0.1
3.5
200
CMEV-36270-4701
4700
0.08
4
150

Notes:

1.) Inductance Measured at 10Khz, 0.1Vrms, without DC current.

2.) Each winding measured separately.



RFQ form Mechanical Electrical