ASPIAIG-F1040-820M-T

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Fixed inductors are electronic components such as inductors and transformers that use coils or windings of wire for the purpose of storing and converting electric current. They come in a variety of shapes and sizes and are used for a multitude of applications. One such device is ASPIAIG-F1040-820M-T: a fixed inductor designed for use in automotive and aerospace applications.

The ASPIAIG-F1040-820M-T inductor is designed to provide a relatively high inductance value in a small package. It is a surface-mount inductor, measuring 8.2 mm × 4.0 mm, allowing it to fit in tight spaces. It has an inductance value of 10.4 μH, an impedance of 100 ohms, and a Q factor of 22. Additionally, it has a maximum DC current of 0.66 amps and a maximum DC resistance of 0.066 ohms.

The inductor operates by introducing a magnetic field into an electrical circuit, which is generated by the flow of current through a winding or coil of wire. When a current flows through the coil, it induces a magnetic field that is then used to pass the current through the circuit. The strength of the magnetic field created is referred to as inductance, and this determines how much current will be generated at any given moment.

The ASPIAIG-F1040-820M-T inductor is designed for applications such as DC-DC converters, switching power supplies, voltage regulators, and motor control systems. It is ideal for use in automotive and aerospace systems where power efficiency and space are a concern. As well as being very reliable and durable, it is also capable of handling higher voltage and current ratings than other standard inductors.

Due to its small size and ability to handle higher voltages and currents, the ASPIAIG-F1040-820M-T inductor is well suited for use in automotive and aerospace applications. Its high inductance value and low DC resistance make it ideal for applications requiring rapid current changes, as well as those requiring high power efficiency. Additionally, its surface-mount design allows it to be easily integrated into tight spaces, making it a great choice for high-density applications.

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