SC32B-101

DC Resistance (DCR):	2.2 Ohm Max
Height - Seated (Max):	0.118" (3.00mm)
Size / Dimension:	0.161" L x 0.157" W (4.10mm x 4.00mm)
Supplier Device Package:	--
Package / Case:	Nonstandard
Mounting Type:	Surface Mount
Inductance Frequency - Test:	100kHz
Operating Temperature:	-40°C ~ 125°C
Ratings:	--
Frequency - Self Resonant:	--
Q @ Freq:	--
Series:	SC32B
Shielding:	Unshielded
Current - Saturation:	220mA
Current Rating:	320mA
Tolerance:	±20%
Inductance:	100µH
Material - Core:	--
Type:	Wirewound
Part Status:	Active
Packaging:	Tape & Reel (TR)

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SC32B-101 Fixed Inductors Application Field and Working PrincipleFixed inductors, as an electronic component, are commonly used in electrical and electronic engineering for constructing an inductor. A fixed inductor is a coil of turns of insulated copper wire around a core made of ferrite or other material, designed to generate a magnetic field when current is applied. The SC32B-series is one model of the fixed inductor family, and the SC32B-101 is one of the most popular models.The application field of the SC32B-101 is broad and diverse, ranging from industrial control to instrumentation, test & measurement, automotive, communication and many more. TheInductorworkingprincipleisprovedandrecordedinelectrodynamictheory.Initsworkingprinciple,theSC32B-101incorporatesan electromagnetic law which states that “a coil generates a magnetic field when current is applied”. The principle of the fixed inductor is expressed in three laws: Ampere\'s law, Faraday\'s law, and Lenz\'s law. Ampere\'s law describes the strength of the magnetic field generated by a current-carrying conductor, Faraday\'s law describes the generation of electric field in a changing magnetic field, and Lenz\'s law describes the flow of energy in the induction field.The electromagnetic field created by the SC32B-101inductorhasmanyuses.Themostcommonapplicationofthefixedinductoriscontrol,inwhichtheinductoreffortlesslyregulatesthecurrentinputinordertoensurestability.Inindustrialcontrol,theinductortransformscurrentintopower,enablingmachinesorprocessestobecontrolledaccordingtospecificrequirements.ThisisenabledbytheSC32B-101’sabilitytodeliverpredictablevoltageandreactiveenergyoverlongperiodsoftime,regardlessoftheinputcurrentvariations. Insomeapplications,theSC32B-101inductorisusedtoregulateelectricalcharge,suchasstoringenergy.Inthisprocess,theinductorhasbeenshownproventobemorereliablecomparedtootheralternatives.In instrumentation, the SC32B-101 inductor is used for various operations, such as sensing and signal management. In these applications, the inductor acts as a filter to separate a given signal from the interference signals. This process, which is known as inductive sensing, aids in identifying certain elements of the given signal that may represent a fault or break in a certain component or system. In another application, the inductor is utilised for active impedance measurements, which allow the inductor to compensate for the changes made in a given system or component, leading to more accurate results. Finally, in automotive and communication systems, the SC32B-101 inductor can be seen in the transmission of power through a variety of networks, from antennas to complex inductors.The construction of the SC32B-101 inductor is key to understanding its working principle. The inductor is composed of a coil of turns of insulated copper wire, which is wound around a core of Ferrite material and encased in a ferromagnetic container. While theFerritecoreisresponsibleforshieldingtheenvironmentandthecoilforproducingtheinductionfield,theferromagneticcontainerplaysaroleintheprotectionoftheinductor.In summary, the SC32B-101 fixed inductor can be appliedinvariousapplications,rangingfromindustrialcontroltosensingandsignalmanagement.TheworkingprincipleoftheSC32B-101inductorisexplainedbyAmpere\'slaw, Faraday\'slaw,andLenz\'slaw.Theconstructionoftheinductormakesuseofacoilofinsulatedcopperwire,aFerritecore,anda ferromagneticcontainer.ThisconstructionallowstheSC32B-101toeffortlesslyregulatethecurrentinputinordertoensurestabilityinindustrialcontrolapplications,andtorealiseageometriccurrentlevel,activeimpedancemeasurements,andthetransmissionofpowerinvariousapplications.

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