5022-123H

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Fixed Inductors are components that include coils or wound wires that create an overall induction effect. Generally, inductors are made up of a coil of insulated wire wrapped around a non-conducting core material. The core material can be ferromagnetic, such as iron, of which horseshoe-shaped forms are the most common. Fixed Inductors are often connected in an electronic circuit and are used for filtering out high frequency signals, or for providing coupling between various stages of amplifiers.

The 5022-123H is an example of a fixed inductor. It is a component that features a 12-Watt rating with a 3-Amp hold at 100 kHz. It has a 14 MHz, 100 kHz resonance frequency with a silicon-copper-manganese core. It has an inductance range of 0.072 to 0.022 μH and resistance rating of 7 mΩ with a tolerance of ±10%. The 5022-123H also has a current rating of 12 Watts and a temperature range of -20°C to +125°C.

In terms of application, this component is often used in power supplies, and in power electronic designs such as motor controls. It is also used in antenna systems, both in mobile communication and radio frequency applications. The 5022-123H can also be used for audio crossovers, in medical equipment, or for sensor and decoder designs. In terms of its working principle, the 5022-123H works by creating an inductive field between the wire coils of the inductor, which therefore creates opposition to the flow of electrons. This opposition is referred to as inductance and is typically measured in micro-Henries (μH). Inductors also have resistance, which is measured in Ohms, and capacitance which is measured in Farads.

The 5022-123H is an excellent choice for many applications thanks to its features and its broad operating temperature range. It also features robust construction to provide reliable performance despite operating temperatures from -20°C to +125°C. The 5022-123H is a fixed inductor that is designed to provide a stable inductance value over a wide frequency range and help to ensure that the system will remain in an optimum performance state.

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