S4924-126K

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Fixed inductors, also known as discrete inductors, are electric components consisting of a conducting coil in which energy is stored in a magnetic field whenever a current passes through it. As a widely used type of inductor, fixed inductors are often used in DC/AC coupling circuits, high-frequency circuit design, limiters, resonance circuits, TV and radio signal broadcasting, and many other applications. Among these, S4924-126K is one of the most popular fixed inductors on the market thanks to its high performance and flexible design.

S4924-126K is designed using advanced technologies that focus on maximizing the inductance range while minimizing the size of the inductor. The inductor core is made up of a ferrite material, which is both lightweight and strong. It also has a copper lead wire, which is surrounded by a secondary insulation layer for increased performance and durability. Additionally, the inductor comes with a black polyolefin shrink tube for insulation and resistance to bending and vibration.

In terms of its application, S4924-126K fixed inductors are primarily used for DC/AC coupling circuits, high-frequency circuit design, limiters, resonance circuits, and TV and radio signal broadcasting. The inductor’s design also makes it suitable for use in a wide range of other applications, such as audio amplifiers, high-fidelity audio amplifiers, video amplifiers, switching power supplies, high-frequency transmission equipment, power filters, home theater systems, and many more. The inductor’s flexible design and high performance also allow it to be utilized in a variety of settings, from simple circuits to advanced projects.

Working principle wise, S4924-126K fixed inductors are designed to generate a magnetic field in response to a flow of current. The generated magnetic field will then induce a back-electromotive force. This back-electromotive force ensures that the current will build up in the inductor’s coil. As a result, the amount of energy stored in the inductor is proportional to the current flowing through the coil. This stored energy is released when the current decreases or the circuit is disconnected. As a result, the inductor will act to maintain a steady current level in the circuit.

In short, S4924-126K fixed inductors are one of the most popular types of inductors available on the market. Thanks to its high performance and flexible design, they can be used in a variety of applications, ranging from simple circuits to advanced projects. Additionally, the inductor is designed to generate a magnetic field to induce a back-electromotive force, thus ensuring that the current builds up in the coil. This, in combination with the inductor releasing the stored energy when the current decreases or the circuit is disconnected, allows for a steady current level to be maintained in the circuit.

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