VLBU1007090T-R22L Inductors, Coils, Chokes

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Fixed Inductors comprise a line of component which vary in length, diameter, shape, and number of pin as well as specific inductance values. The most common and widely used of these is the VLBU1007090T-R22L, a high-performance axial-lead inductor designed for power supply applications. It is widely used in the automotive, aerospace, and medical industries where its characteristics and features make it well suited for operation in high frequency circuits.

Applications:

• Power supply applications
• Automotive applications
• Aerospace applications
• Medical applications
• High frequency circuits

Features & Benefits:

• High-performance inductor
• Axial lead inductor
• Compact size
• Reliable and durable
• Excellent temperature stability
• High precision

Working Principle:

The VLBU1007090T-R22L inductor is composed of two wires insulated from each other and surrounding a component core made from ferrite. The core contains magnetic material and is used to increase the inductance of the inductor. The core also helps the inductor to store and release electrical energy. When a current passes through the two insulated wires, an alternating magnetic field is created which induces a voltage in the second wire. This voltage, known as the inductance, builds up and is released in short bursts each time the field collapses.

The inductance can be calculated using Faraday’s law of induction, where inductance is equal to magnetic flux divided by the current. An equation can also be used to calculate inductance based on the size and shape of the inductor and the number of turns of wire around the core.

Also, as the current flowing through the inductor increases, the inductance increases as well. This phenomenon is known as the self-inductance effect of the inductor. In other words, the inductance of the inductor will increase as the current flowing through it increases. This is important for applications in which current switching is required, as the inductor can be used to create a smooth transition between current levels.

In addition, the inductor has a strong temperature stability which makes it suitable for usage in environments where the temperature could fluctuate quickly, like in automotive and aerospace applications. The temperature stability of the inductor will help to maintain a consistent inductance level regardless of the temperature changes.

Conclusion:

The VLBU1007090T-R22L fixed inductor is one of the most popular fixed inductors used in the automotive, aerospace, and medical industries. This high-performance axial-lead inductor is designed for use in power supply applications, and is highly reliable and durable with excellent temperature stability and high precision. The inductor is composed of two wires insulated from each other and surrounding a component core made from ferrite, used to increase the inductance of the device. Faraday’s law of induction and an equation based on core size and shape can be used to calculate the inductance of the inductor. The inductor can also be used to create smooth transitions between current levels, due to its strong temperature stability. Together, these features and benefits make the VLBU1007090T-R22L an excellent choice for applications that require a fixed inductor.

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