506WLSN2R00KT494T

DC Resistance (DCR):	650 mOhm
Height - Seated (Max):	0.105" (2.67mm)
Size / Dimension:	0.127" L x 0.080" W (3.23mm x 2.03mm)
Supplier Device Package:	--
Package / Case:	Nonstandard
Mounting Type:	Surface Mount
Inductance Frequency - Test:	1MHz
Operating Temperature:	-55°C ~ 125°C
Ratings:	--
Frequency - Self Resonant:	--
Q @ Freq:	--
Series:	506WLS
Shielding:	Unshielded
Current - Saturation:	--
Current Rating:	494mA
Tolerance:	±10%
Inductance:	2µH
Material - Core:	Iron Powder
Type:	Wirewound
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction

506WLSN2R00KT494T fixed inductors are widely used in a variety of electronic applications due to their cost-effectiveness and exceptional performance. They are ideal for high frequency switching applications and filter circuits where high current handling capabilities are necessary. A fixed inductor includes several components, such as a core, a winding, and a terminator. These components determine the inductor\'s inductance, which is the amount of inductance in a given circuit. This inductance determines the rate at which energy is stored or released during the operation of the component. Fixed inductors are also commonly used in pulse applications, such as oscillators, filters, and amplifiers, to control the current or voltage output of a circuit.

Application Field

506WLSN2R00KT494T fixed inductors have a wide range of applications in various electronic circuits. In general, fixed inductors can be used as basic components in circuits that require excellent high frequency handling capabilities. They can be used for magnetic components, such as motors and transformers, frequency selectors, filters, complex power supplies, and RF circuits. Fixed inductors are also often used to control the current or voltage output of DC-to-AC motor drives, DC-to-DC converters, and switching power supplies. Additionally, fixed inductors can be used in pulse applications, such as oscillators, filters, and amplifiers.

Working Principle

Fixed inductors operate according to Faraday\'s law of induction. When a current is passed through the coil, the particles in the coil become magnetized and produce a magnetic field. This magnetic field then attracts and repels the particles in the opposite direction. When the current is changed, the magnetic field reverses, causing the particles to move in the opposite direction. This reversing of the magnetic fields causes an opposing current to be induced in the coil. The magnitude of the induced current is proportional to the rate of change of the applied current, which is known as inductance.

Conclusion

In conclusion, fixed inductors, such as the 506WLSN2R00KT494T, are widely used in a variety of electronic applications due to their cost-effectiveness and excellent performance. They offer excellent current handling capabilities and can be used in a variety of circuits, including magnetic components, frequency selectors, filters, complex power supplies, and RF circuits. They operate according to Faraday\'s law of induction, producing an induced current that is proportional to the rate of change of the applied current.

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