3094-122HS

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Fixed inductors, or sometimes called radio inductors, are electrical components widely used in power circuits. It is a type of device, usually an inductor, intended to offer a predetermined inductance and not adjustable. It is usually made of a coil of metal wire with its core typically being air or an insulator. Some fixed inductors may also include ferrite cores and sometimes a core of ferrite. The 3094-122HS fixed inductor is a toroid type that uses a ferrite core.

The 3094-122HS fixed inductor has a wide range of applications. For example, it can be used to connect power components, such as transistors, capacitors, and resistors, to form power circuits for electrical devices. In particular, it is excellent for power supply applications and can be found in computer power supplies, automotive electronic devices, and industrial control systems. Additionally, these fixed inductors are widely used in radio receivers and transmitters for their inductance.

The 3094-122HS fixed inductor features a low DC resistance that makes them very suitable for use in power circuit applications. The inductors feature an inductance of 122uH and a Q value of greater than 130, with a current rating of up to 3Amps at 25°C. The inductance is created by passing current through a ferrite core and coil. This ensures that the inductance provides a consistent and uniform resistance, which is ideal for power loops.

In order to understand how this fixed inductor works in a power loop, it is important to first understand the concept of inductance. Inductance is the amount of energy stored in a coil when current passes through it. The amount of inductance is related to the number of turns of the coil, core material, and the shape of the coil. The 3094-122HS inductor features a ferrite core, which is known for its low DC resistance, an important factor for power loop applications.

In a power loop, the inductance of the 3094-122HS is important in controlling the current flow, or total current, as well as helping to keep steady noise levels. As the current passes through the ferrite core and coil, the inductance increases, which restricts the amount of current that can pass through the loop at a given time. This ensures a steady, consistent flow of current, and reduces noise levels. As the current in the loop changes, the inductance of the inductor also changes, which is why it is important to use the 3094-122HS inductor for applications such as power supplies.

In summary, the 3094-122HS inductor offers a wide range of applications due to its low DC resistance and a consistent and uniform inductance. It features a ferrite core and coil that create the inductance needed to keep power loop circuits running smoothly. It is an ideal choice for many different power applications, including power supplies, automotive electronic devices, radio receivers and transmitters. With its excellent performance and wide range of applications, the 3094-122HS fixed inductor is a popular choice for many different types of power designs.

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