9406-14

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Fixed inductors are electrical components that store electrical energy and convert it into magnetic energy. Typically, they are brightly colored, cylindrical components that have two or more leads protruding from the ends. The components themselves can either be round or square and are often found in consumer electronics or automotive applications. The 9406-14 fixed inductor is a high quality, high frequency ceramic inductor that is very popularly used in automated test systems, automotive, and consumer electronics.

A fixed inductor works by having a wire, or core, wrapped around a permanent magnet. This arrangement converts electrical energy from a power source into magnetic energy. The wire can also be multiturn, meaning it has multiple turns around the magnet, allowing for different inductance values and various frequencies. Once the electric current is passed through the inductor the magnetic field created induces an electric current in the windings, producing a voltage. This voltage, working with the spiral wire, produces an inductance and resistance value that is defined and limited to the type of material being used. The inductor can then be used to store energy and convert it into actual work.

The 9406-14 fixed inductor is specifically designed for high frequency use in automated test systems as well as consumer electronics. It can handle up to 2kV peak-to-peak (PP) miswiring, making it very reliable. The main specifications for the 9406-14 include an operating temperature of -55°C to +125°C with a voltage range of 2.5 V to 6.5 V. The inductance values range from 1.0 µH to 1.0 mH, and the maximum Q value is 1050. It also includes internal fusing to protect against overloads.

While the operating principle of the 9406-14 fixed inductor is relatively straightforward, proper installation and use is highly important for its proper performance. It needs to be installed in the appropriate environment to ensure it does not become damaged due to temperature or humidity variations, as well as ensuring sufficient current flow and magnetic field strength. The inductor must also be properly matched to its power source to ensure proper power transfer and voltage regulation.

The 9406-14 fixed inductor can perform a wide variety of functions, including power filtering, voltage smoothing, impedance matching, radio frequency filtering, delay line applications and many more. Its high-frequency applications make it particularly well-suited for use in automotive and consumer electronics, but also for a variety of other applications. The quality and reliability of the 9406-14 make it an excellent choice for any application requiring fixed inductors.

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