36401E3N9ATD

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Fixed inductors are the components of electrical circuits that are used to create an inductance between two points in the circuit. This can allow a current to pass through the circuit at a slower rate than it would if the inductor was not present. The inductor helps maintain the current and voltage throughout the circuit. The 36401E3N9ATD fixed inductor is designed for high performance applications in the electronics industry. This includes applications requiring high-frequency operation, such as radio circuits, communications networks, audio circuits, and automotive circuits.

Performance

The performance of the 36401E3N9ATD inductor is top in its class. It has a 30 ohm nominal inductance and a maximum rated current of 150mA. This inductor also offers excellent electrical and mechanical performance characteristics. It has a small footprint, a high Q rating, and a low temperature coefficient (TCR) of 0.05%. This is important for the performance of the inductor in high frequency applications where the operating temperature can vary significantly.

Design

The 36401E3N9ATD is designed with a patented physical construction. This construction is designed to produce high performance and reliability. The inductance is uniform throughout the inductor and the electrical characteristics are extremely stable. The design features a high-performance ferrite core which helps increase the inductance and reduce stray magnetic fields. Additionally, the design features a series of vias between the inductor and the substrate that helps minimize noise and provide excellent thermal dissipation.

Applications

The 36401E3N9ATD is designed for use in a number of high-performance applications. These include: radio circuits, audio circuits, communications networks, automotive circuits, and other applications requiring high-frequency operation. It can also used in a variety of other applications including data processing, storage, noise reduction, and sensing.

Working Principle

The working principle of the 36401E3N9ATD fixed inductor is based on the principle of inductance. Inductance is a property of a device that creates a resistance to changes in the current passing through it. The inductor opposes any change in current when a voltage is applied across it. This creates an inductive reactance, which depends on the frequency of the applied voltage. The voltage and frequency of the current also influence the inductor behavior, so that higher frequencies will create a higher reactance.

The 36401E3N9ATD also uses this principle of inductance in order to create a stable current and voltage throughout the circuit. The inductance helps to resist changes in current and maintains the current and voltage at a more consistent level. This helps to reduce noise and improve the performance of the circuit.

In short, the 36401E3N9ATD fixed inductor is a high performance component designed for use in high frequency applications. It is designed to provide excellent electrical and mechanical performance and has features that help to minimize noise and thermal dissipation. It also utilizes the principle of inductance to help maintain the current and voltage in the circuit.

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