Common Mode Choke (line Filter)
Common mode choke coils are used to suppress common mode noise. This type of coil is produced by winding the signal or supply wires one ferrite core. Since magnetic flux flows inside the ferrite core, common mode choke coils work as an inductor against common mode current. Accordingly, using a common mode choke coil provides larger impedance against common mode current and is more effective for common mode noise suppression than using several normal inductors.
Customized High Current 1mh Choke Coil Toroidal Inductor Common Mode Inductor
Toroidal Inductors are used for applications that include current sense transformers, common mode inductors, switching regulator inductors, input filter inductors, and more. These inductors provide excellent value - they are generally smaller in size and cost less than other inductors.
Toroidal Inductors provide a number of advantages over other inductor varieties, which include:
T38×19×13
Dimention(mm)
Pin Quantity(pcs)
Pin Array(mm)
FAQ
1-MOQ?
We will work hard to fit your MOQ .Small purchase quantity is ok.
2-Payment term?
T/T, Western Union, Paypal, Credit Card
3-Delivery port?
Shenzhen, Guangzhou, Zhongshan, Hongkong.
4-Shipping date?
About 7 days when we check the payment.
5-Do you produce the core and bobbin by yourself .
Yes.we have 2 head company,1 subsidiary company.one is bobbin factory,one is core factory,last one is transformer factory.
6-Where is your factory?
In ShaanxI
Common Mode Choke,Toroidal Inductor Choke,Common Mode Choke Coils,High Power Toroidal Inductor Shaanxi Magason-tech Electronics Co.,Ltd , https://www.magason-tech.com
Common mode Inductor, also known as common mode choke, is commonly used in computer switching power supplies to filter common mode electromagnetic interference signals. In the board design, the common mode inductor also acts as an EMI filter to suppress the electromagnetic radiation generated by the high-speed signal line from radiating outward.
50*35*53
6
18/25
Resistance(MAX)
Inductance
Test Condition
L1-2=L4-3=L5-620mΩ
L1-2=L4-3=L5-6=1.0mH MIN 100K,1V
100KHZ/1V
