DC14G-00-R

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Fixed inductors are passive electronic components used to store energy in magnetic fields in order to limit the passage of electric current. These are often used in the power supplies of electronic equipment and are also commonly employed in the filtering of signals. The DC14G–00–R is a type of fixed inductor with a wide application field and a simple working principle.

Overview of DC14G–00–R

DC14G–00–R is a fixed inductor, generally referred to as an Unshielded L-Shape Single-Layer Inductor, produced by TDK Corporation. It has a rated inductance of from 10 to 100 μH depending on the winding layout. The DC14G–00–R also features a low DC resistance of 0.1Ω or less, a low insertion loss of 0.3 dB or less, and a none-to-low magnetostrictive noise. Its inductance is also highly stable over a wide temperature range from -55 to +125⁰C, and its physical dimensions are 6.00 (L) x 3.20 (W) x 9.80 (H) mm.

DC14G–00–R Application Field

The DC14G–00–R can be used in a broad range of applications, such as computer motherboards and routers, automotive sound systems, in vitro diagnostic equipment, medical imaging systems, components for wireless networks, and set-top boxes, among many others. It can also be used as an inductor in a DC converter and a choke coil, and as part of an on-board power filter, or in a base station for cellular telecommunications.

Working Principle of DC14G–00–R

The DC14G–00–R inductors, which are highly resistant to damp-heat as well as magnetostriction, works on a simple yet effective principle. When current passes through the inductor, the generated magnetic field stores energy as field lines, and then this stored energy is converted to a magnetic flux which opposes the passage of current. This reduces the amount of current that passes through the inductor and thus limits it.

Conclusion

The DC14G–00–R is a type of fixed inductor with a broad application field and a simple working principle. It can be used in a number of different applications, such as computer motherboards, medical imaging systems, and set-top boxes, among many others. The DC14G–00–R works on a simple yet effective principle; when current passes through the inductor, the generated magnetic field stores energy as field lines, and then this stored energy is converted to a magnetic flux which opposes the passage of current.

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