100-181F

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Fixed inductors are the electrical devices used in many electrical circuits for storing and releasing energy. These inductors are named for the inductance value that they have, and have the capability of maintaining the same value without noticeable variation over time or temperature. The series of Fixed Inductors 100-181F is designed for various applications with this specific feature. This article seeks to explain the application field and working principle of the Fixed Inductors 100-181F.

The Fixed Inductors 100-181F are comprised of an air core, inductance range from 100 to 181microhenries, and maximum DC current of 155 mA. The materials used to construct the Fixed Inductors 100-181F include iron powder cores, windings, bobbin, resin and wire. The amount of wire needed to manufacture the inductors depends on the particular inductance values that the manufacturer wishes to achieve.

The application fields for the Fixed Inductors 100-181F are specialty hardware and automotive industries. In particular, the inductors are useful in electronic applications that require high inductance values. These include, but not limited to: telecommunications, microwave and other wireless applications, automotive and custom audio/video applications. The Fixed Inductors 100-181F also have found uses in the medical, military and aerospace industries.

The working principle of the 100-181F Fixed Inductors is based on the fact that when current flows through a conductor it generates an electromagnetic field. This field will then induce a counter emf in the conductor, the amount of which is proportional to the rate at which the current changes. This is known as the inductance value of the inductor. The Fixed Inductors 100-181F, being designed with iron powder cores, will produce a large inductance value. This allows the device to store and release energy over an extended period of time.

When the current flowing through the Fixed Inductors 100-181F is changed, this will cause a change in the induced voltage and current which results in energy storage and releasing characteristics. When the current is increased, the counter emf will increase resulting in energy being stored in the core and magnetic field being generated. When the current is then decreased, the counter emf will decrease resulting in an energy release from the core and magnetic field.

The Fixed Inductors 100-181F are designed to remain at a certain inductance value without noticeable variation over time or temperature. This gives the device the ability to store and release energy at a constant rate. This makes the device useful for applications that require a stable and reliable source of energy. Additionally, the inductors have a low DC resistance which helps to reduce losses and the power consumption.

In conclusion, the Fixed Inductors 100-181F have a wide range of uses due to their stable design and high inductance value. The device is constructed from iron powder cores and windings, and are designed to remain at a certain inductance value without variation over time or temperature. The device has a wide range of applications in many industries such as telecommunications, microwave, custom audio/video, automotive, medical, military and aerospace. Additionally, the low DC resistance helps to reduce losses and lower the power consumption, making it a great choice for taking a reliable source of energy.

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