AIML-1008HC-1R5M-T

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The AIML-1008HC-1R5M-T is a type of fixed inductor. An inductor is a component which stores energy in an electromagnetic field, which can be released as electrical current when necessary. Inductors are commonly used in applications such as grounding, suppression of electrical noise, providing bias to capacitors, and providing bias to transistors.

Fixed inductors are usually used in applications where a specific inductance is necessary. They are often seen in AFC (or auto frequency compensation) circuits, power supply circuits, and radio frequency circuits. They are usually used in combination with filter networks, resonant circuits, and multiphase oscillators. The inductance of fixed inductors can range from several millihenries (mH) to several henries (H), depending on the application.

The AIML-1008HC-1R5M-T fixed inductor is a molded ferrite-core inductor with a minimum inductance of 1.5uH. The device is small in size and has a very low DC resistance of 0.82 ohms. This makes it suitable for high-frequency applications where a low DC resistance is required. It also has an impedance curve that is relatively flat (resistive) over a wide frequency range.

The fixed inductor also uses a patented Ferrite Overmodulation (FOM) technology to provide the device with a very low core loss. This helps to ensure the device is suitable for use in high power applications and allows it to have a high temperature stability.

The AIML-1008HC-1R5M-T fixed inductor also has numerous applications in control circuits, switching power supplies, resonant circuits, and noise filtering. In addition, it is commonly used in radio circuitry, medical electronics, and various other precision applications.

In conclusion, the AIML-1008HC-1R5M-T is an example of a fixed inductor. It has a low DC resistance and is capable of operating at high frequencies. It can be used in a variety of applications including switching power supplies, resonant circuits, noise filtering, and radio frequency circuitry. The FOM technology provides the device with a low core loss and high temperature stability, making it suitable for use in high power applications.

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