AIUR-04-271J

Fixed inductors are components that store energy in an electromagnetic field. An important component of any electronic device, fixed inductors are used to provide a filter, choke, or trap to modulate frequencies and current for the proper operation of the device. AIUR-04-271J is one of the most popular fixed inductors available today.

The AIUR-04-271J fixed inductor is an axial type with 130 turns in its winding. The core of the unit is a ferrite material, providing a lightweight but robust construction. Its operating temperature ranges from -55 to + 125 Celsius, while its rated voltage is 16V.

One of the main advantages of this model is its high inductance performance, with an inductance range of 1 to 5mH. This wide range makes it suitable to use in a wide range of applications such as high-frequency switching, audio, and automotive uses. The model also benefits from its low profile, small size, and light weight.

The AIUR-04-271J’s most significant feature is its high Q-factor. The Q-factor is the measure of how efficiently the inductor can store energy within its magnetic field. By using an extremely high Q-factor, the inductor is able to achieve maximum energy storage efficiency.

The AIUR-04-271J works on the principle of a self-oscillating LC circuit. An alternating current flows through the inductor, generating an electromagnetic field. This field is modulated by the capacitance of the device, causing it to store energy. The stored energy causes the inductor to oscillate at a specific frequency, with the frequency determined by the relationship of the component’s components.

The AIUR-04-271J’s most significant application is in the fields of filtering and oscillation. For example, in a filter application, this device can provide a low pass, band pass, or band-high pass filtering function. In an oscillation application, the device can be used for frequency or waveform generation. It can also be used to generate a sinusoidal waveform at a specific frequency, providing a stable and reliable signal.

In addition to these applications, the AIUR-04-271J’s performance can be further enhanced by adding other components to the circuit. These components include capacitors, resistors, and even active components such as transistors. By utilizing such components, the device’s frequency response and energy storage characteristics can be optimized.

The AIUR-04-271J fixed inductor provides an excellent option for applications requiring inductive energy storage. With a high Q-factor and small size, the device is suitable for a wide range of uses. In addition, the device’s self-oscillating LC circuit provides an efficient and reliable source of energy storage, making it an ideal choice for many applications.