49220C

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Inductors are one of the most versatile components in the electrical and electronic industries. They can be used for a wide range of applications from high-frequency radio circuits to high-power magnetic fields. Fixed inductors are components that contain coils of wire, which when energized produce an electric current. The 49220C is an example of a fixed inductor.

The 49220C is a two-line, high-precision, fixed inductor with a very low impedance. The device has an inductance range of 0.5 to 10.5 µH with inductance tolerances of ±5%. The maximum rated current of the device is 0.32A, while the maximum rated voltage is up to 4.5V. The 49220C has a small footprint of only 16.3 x 8.6mm, making it suitable for many small electronics applications.

The 49220C is used in a variety of applications. One application is RFID tags, which use the inductor to send and receive data over short distances. The inductor also finds uses in high-frequency radio circuits, as it provides stable power and can generate stable signal frequencies. It can also be used in magnetometers, which measure changes in magnetic fields. The inductor is also used in high-power circuits, in which it is placed in parallel with a transformer to increase the amount of current supplied.

The working principle of the 49220C is based on two concepts: self-inductance and mutual inductance. Self-inductance is a property exhibited by an inductor when a current passes through it, resulting in a magnetic field that induces a voltage in the same inductor. Mutual inductance is the property of two inductors connected in series or in parallel, which causes the magnetic field of one inductor to induce current in the other.

The 49220C contains a coil of wire wrapped around a core material. When connected to power, a current passes through the coil, creating a magnetic field that produces a voltage across the two terminals. This voltage can be controlled by changing the current, the number of turns, and the core material. The inductance of the device is determined by the size of the core and the number of turns and is measured in henries. The maximum rated current and voltage of the 49220C are determined by the ability of the device to hold a certain amount of energy in the magnetic field.

The 49220C is an extremely versatile component, being used in various applications from RFID tags to magnetometers. The device is a two-line, high-precision, fixed inductor with a small footprint and low impedance. Its working principle is based on self-inductance and mutual inductance, and its inductance is determined by the size of the core and the number of turns. The maximum rated current and voltage of the device are determined by its ability to hold energy in the magnetic field.

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