MHQ1005P2N1ST000

DC Resistance (DCR):	60 mOhm Max
Height - Seated (Max):	0.024" (0.60mm)
Size / Dimension:	0.039" L x 0.024" W (1.00mm x 0.60mm)
Supplier Device Package:	1006 (0402)
Package / Case:	0402 (1006 Metric)
Mounting Type:	Surface Mount
Inductance Frequency - Test:	100MHz
Operating Temperature:	-55°C ~ 125°C
Ratings:	--
Frequency - Self Resonant:	8GHz
Q @ Freq:	23 @ 250MHz
Series:	MHQ-P
Shielding:	Unshielded
Current - Saturation:	--
Current Rating:	1A
Tolerance:	±0.3nH
Inductance:	2.1nH
Material - Core:	Ceramic, Non-Magnetic
Type:	Multilayer
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Fixed Inductors

Inductors are a type of passive electronic components used to store energy in the form of a magnetic field. Fixed inductors are typically constructed from a single solid core of copper, aluminum, or iron wire wrapped around ferrite or powdered iron cores, covered by an insulative plastic or ceramic casing. Fixed inductors are used in a wide variety of electrical and electronic circuits, such as filters, transformers, rectifiers, and RFI suppression circuits.The MHQ1005P2N1ST000 is a surface mount fixed inductor aimed at providing cost-efficient solutions to applications that require power or signal line filter inductor performance. It boasts a maximum operating temperature of 125 °C and a wide range of inductance values, making it suitable for a variety of applications.The MHQ1005P2N1ST000 has a voltage rating of 100 Volts DC (Vdc) and a current rating of 1.4 Amps DC (Adc). It has an inductance range of 0.18~27uH, a maximum low DCR (Direct Current Resistance) of 0.72 mΩ, and a maximum Q-factor of 65. It is lead-free, meets RoHS-compliant, and is highly suited for high-density mounting.The MHQ1005P2N1ST000 has a variety of application fields, the main one being for power line and signal line filter inductors in numerous products such as high-frequency switching power supplies, power line and signal line filters, communication circuits, and automotive electronics. It is also viable for applications such as portable/handheld device, wireless communication, computer peripherals, and consumer products.The core technology behind fixed inductors is that of inductance, a measure of the ratio of the magnetic flux through the inductor to the current through it. An inductor stores energy in its magnetic field in the form of an inductance, a measure of the amount of inductive reactance the component presents to an AC signal. The inductance value of an inductor is comprised of the number of turns of wire in the winding, the diameter and length of the core, the number of cores used, and the properties of the core material.In the case of the MHQ1005P2N1ST000, its working principle is based on the application of an alternating current voltage waveform to the inductor creating a magnetic field that interacts with the core material generating an inductive reactance. This inductive reactance is proportional to the frequency of the applied current, and increases the total impedance of the circuit. This causes a power line or signal to filter out, attenuate, or block certain frequencies from passing through, allowing the user to optimize the frequency response of the circuit.In addition to the MHQ1005P2N1ST000, many other fixed inductors exist on the market to meet different application and performance requirements depending on the type of application being used. Other specifications such as inductance tolerance, mounting type, and packaging style should be taken into consideration when selecting the appropriate fixed inductor for a specific application.To summarize, fixed inductors are used to store energy in the form of a magnetic field and are typically formed from a single solid core of copper, aluminum, or iron wire wrapped around ferrite or powdered iron cores, covered by an insulative plastic or ceramic casing. The MHQ1005P2N1ST000 is a surface mount fixed inductor with a voltage rating of 100 Volts DC (Vdc) and a current rating of 1.4 Amps DC (Adc), and is primarily used for power line and signal line filter inductors. Its working principle is based on the generation of an inductive reactance that is proportional to the frequency of the applied current, providing an optimized frequency response of the circuit.

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