C0603C-82N0G1T1

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Fixed Inductors provide a level of inductance tuning, or a means of providing electromagnetic compatibility to a device or circuit. The C0603C-82N0G1T1 is one example of a Fixed Inductor. It is a high performance surface-mount component, ideal for use in communications and broadcast applications.

Product Overview

The C0603C-82N0G1T1 is an inductor. It is an SMD (suface-mountable) component, and offers high performance in the 0603 (0.06 in × 0.03 in) form factor. The package is lead-free and RoHS compliant. This part is designed for automatic placement machines, meaning it is suitable for high-frequency operations with low noise levels, and allows for high-precision placement on complex boards.

Key Features

• Low DC resistance
• High inductance stability over temperature range
• High current and power capacity
• Tight tolerance for exact frequency tuning
• Low power consumption
• Compact size and light weight

Application Fields

The C0603C-82N0G1T1 is ideally suited for use in communications and broadcast applications. It can be used for signal filtering, noise attenuation, and resonance circuit components. It can also be used in arrays for impedance matching and transmission line matching.

Working Principle

The working principle of an inductor is based on electromagnetism. An inductor is a device that stores energy in the form of a magnetic field. This field is generated when current is applied to the component. The stored energy is released when the current stops flowing, and the device produces a voltage across its terminals in opposition to the current that generated the field. The amount of inductance that the component provides depends on the number of turns of wire in the coil and the size of the core.

The C0603C-82N0G1T1 is a fixed inductor, meaning that the amount of inductance the device provides is predetermined by its design. This allows the user to easily select an inductor with the required inductance for a given application. The component has a tight tolerance, meaning it can provide exact frequency tuning when used in resonance circuits.

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