Leaded Inductor LCH

The phase relationship of inductance components in AC circuits is as follows: When current flows through an inductance component, the inductance generates a back electromotive force (EMF) that attempts to oppose the change in current. Therefore, the voltage across the inductance component leads the current, rather than lags behind it.

Specifically, in a pure inductance circuit, if the current varies in a sinusoidal waveform, the voltage across the inductance will lead the current by 90 degrees (or π/2 radians). This means that, if you observe the current and voltage waveforms, the voltage waveform will reach its peak before the current waveform.

FEATURES:

• Axial and radial leaded Power Inductor
• UL-polyolefin shrinking tubing
• Leaded Inductor with Ferrite Core
• High-current,High-reliability
• Low-resistance,AC line filters
• Radial choke inductors
• Shielded radial choke
• Wide band chokes
• Axial lead fixed inductors
• Available in small, medium and large quantities
• Ambient temperature -40℃ to +85℃ with (40℃ rise) Irms current.
• Maximum part temperature +125°C (ambient + temp rise).
• Storage temperature Component: -40℃ to +125℃.
• Tray or tape packaging: -40℃ to +80℃

APPLICATIONS:

• Signal filtering,EMI and power supply filter
• DC/DC converters/switching power supplies for small and medium voltage
• Power supply for LED

Series in this family 

Product Series	Marking	Inductance L(µH)	DCR(Ω)	IDC(A)
LCH0605	102-220	22-1000	0.18-7.06	0.13-0.90
LCH0606	102-220	22-1000	0.11-4.45	0.19-1.27
LCH0805	100-822	10-10000	0.07-55.7	0.081-2.50
LCH0807	100-822	10-10000	0.05-33.0	0.084-2.90
LCH0809	100-822	10-47000	0.04-96.4	0.038-2.60
LCH1010	-	68-18000	0.115-25	-
LCH1006-4W	-	2.2-1000	0.0085-2.1	0.45-7.9

FERRTX is dedicated to setting a high bar of excellence for industries that integrate or utilize magnetics technologies in our Leaded Inductor LCH products.