EDCOR Electronics Corporation Datasheets for Inductors, Coils, and Chokes
Inductors coils and chokes are passive components that are designed to resist changes in current and store energy in the form of a magnetic field.
Inductors, Coils, and Chokes: Learn more
| Product Name | Notes |
|---|---|
| Design Mathematically designed to produce 0.5H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 0.6H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1.5H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 10H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 10H at 300mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 15H at 75mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1H at 150mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1H at 450mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1H at 500mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 1H at 600mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 2H at 150mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 2H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 2H at 300mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 2H at 350mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 2H at 400mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. | |
| Design Mathematically designed to produce 5H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire All units are wound with the finest virgin copper magnet wire. |