PA2607.301NLT Inductors, Coils, Chokes

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The PA2607.301NLT is one of the numerous types of fixed inductors that are widely used in electronic circuits. Generally, fixed inductors are electrical devices consisting of two terminals and a coil of wire that provide inductance to the circuit. The value of the inductance of the fixed inductor depends on the size of the coil, the core material and the shape of the coil. This -specific type of fixed inductor has a maximum inductance value of 100nH, a resistance of 0.08 Ohms and a maximum current rating of 1 A.

The primary purpose of fixed inductors is to reduce the amplitude of an alternating current or voltage and the formation of sharp-faced peaks and troughs of continuous waves. This is achieved by the inductor absorbing some or all of the energy stored in the waveform. The inductance of the PA2607.301NLT ensures excellent impedance matching and signal containment, while the low DCR of 0.08 ohms enables current to be minimised in the circuit.

In terms of its applications, the PA2607.301NLT is primarily used in switching power supplies for DC/DC converters, resonant high frequency applications and in filter circuits. The device is also used in a variety of other power related applications such as LCD TV\'s, laptops, video displays, radar and navigation equipment.

The operating temperature range for the PA2607.301NLT fixed inductor is -40°C to 85°C and the device is able to withstand reverse voltage of 0.6V. It is also capable of withstanding shock and vibration ensuring that it can cope with the toughest conditions. The device has a maximum power dissipation rating of 1.5 W and it is capable of operating at the highest frequency of 1.5 GHz.

To understand how the PA2607.301NLT fixed inductor works, it is necessary to have an understanding of electromagnetic induction. Electromagnetic induction occurs when a wire is wound around a core material and the core material is exposed to an alternating current. This will cause an alternating EMF in the wire which is proportional to the rate of change of the current in the circuit. This alternating EMF causes the formation of an electric field in the coil acting against the applied current which results in an increase in the inductance. The combined effect of the magnetic field and the alternating EMF results in the inductor placing a load across the circuit, thus changing the overall impedance.

The PA2607.301NLT is a robust, high quality fixed inductor which can be used in a wide range of applications. It provides good isolation from frequency-sensitive components and is able to withstand harsh environmental conditions. It is a reliable, cost-effective solution for incorporating inductance into electronic circuits.

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