2256-11K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors, also known as fixed-value inductors, are passive components with inductors as basic core components, which are mot often used in high-frequency circuits, power converted circuits, and radio frequency circuits. 2256-11K inductors, as one type of fixed inductors, are widely applied in power grid systems, automation, industrial transmission, and servo systems. With such high precise inductance value and high stability, 2256-11K inductors are able to meet the stringent requirements even in such harsh environment.

Theworkingprincipleof2256-11Kinductorsbasicallyfollowsthetheoryofelectromagnetics.Thebasicworkingprincipleofinductoriscreatedbytheelectromagneticeffectcreatedbyacurrentflowingthroughacoil.Whenacurrentflows,itgeneratesacoilmagneticfield.Thecoilineffectstherotationofthemagneticfieldgeneratedbythecurrent.Theinteractionofthetwomagneticfieldsproducesabandstopthatblocksacurrentflow.Inotherwords,thelackofDCresistancereducestheimpingementofthecurrent.Furthervoltagereductionresultsinstabilityofcurrent.Thecurrentchangesatthebasisofthewavepropertiesofelectromagneticfield.Theamountofthischangeisdependentonhowmuchenergyisabsorbedintheinductanceprocess.

2256-11K inductors take advantage of this principle to work.2256-11K inductors consist of a ferromagnetic core, a copper wire coil, a magnetic shield layer, a vibration damping pad, and an insulation layer. The coil is wound around the core and the shielding layer is surrounded by the coil for reducing the flux leakage. The damping pad ensures the stability of the inductor itself. The insulation layer prevents the windings from short-circuiting and adheres the whole component together. When current flows in, the winding current around the core generates an annular magnetic field and the energy is stored in the inductor. The inductance of the inductor mainly depends on the core material and winding turns.

2256-11K inductors mainly used in power grid systems to provide current filtering, smoothing, and voltage transformation. In automation control systems, they can be used to filter noise of the pulse signals and reduce the interference to the input signals. They are also applied to industrial transmission networks to buffer the peak current and prevent the current from excessive rise. Aside from the above applications, they are also used in servo systems for current stabilization, peak current reduction and high-frequency frequency compensation.

2256-11K inductors have multiple advantages which make them popular in the power electronics field. They have wideinductancerange,highaccuracy,smallsize,lowprofile,andexcellentstability.Theirbeehivecorestructuremakesitcompactandlightweight,whicharesuitableforembeddedingeneralelectronicproductshousings.Theshieldedstructureavoidsinterferenceinvolvingexitfluxleakage.What’smore,theaccuracyofthe2256-11Kinductorsiswithinterferencetowardtheenvironmentsuchtemperatureandhumidity.

In conclusion, 2256-11K inductors are inductive components with wide application field and stable working principle. With their multiple advantages, 2256-11K inductors are mainly used in power grid system, automation control systems, industrial transmission networks, and servo systems. Their wide range, high accuracy, small size, low profile, and excellent stability make them ideal components for power electronics.

The specific data is subject to PDF, and the above content is for reference