2643023402

Series:	--
Part Status:	Active
Type:	Round
Design:	Solid
Impedance @ Frequency:	120 Ohm @ 100MHz
Material:	43
Inner Dimension:	0.193" Dia (4.90mm)
Outer Dimension:	0.375" Dia (9.53mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	0.625" (15.88mm)

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Ferrite Cores - Cables and WiringFerrite cores are an essential part of any electrical or electronic system. They provide the electromagnetic shielding and core for cables and wiring, offering a range of isolation capabilities across a wide range of signals. Ferrite cores are typically manufactured using high-quality ceramic-like oxide materials, that provide impermeable electromagnetic barriers against incoming and outgoing signals. The 2643023402 application field and working principle of ferrite cores are based upon the principles of inductance. An inductor consists of an electrical conductor wound around a magnetic core. This magnetic core is composed of many turns of insulated electrical wire, and it acts as a store of energy and a path of induction for any incoming electrical current. The magnetic field created by the core causes a change in the voltage drop across the coil, and a shift in the phase angle of the current. It is this phase shift that provides the inductive properties of a ferrite core. When an electrical signal passes through a ferrite core, it experiences an oscillation, or change, in the frequency and phase angle of the signal. This oscillation is called magnetic flux. As the strength of the magnetic flux increases and decreases, it causes a shift in the amplitude of the signal. This shift in amplitude is what is referred to as inductance. The higher the inductance, the greater the degree of shift in the signal.Because of this inductance, ferrite cores offer excellent isolation from any incoming electrical signals, and are used to reduce or eliminate interference from other electronic devices. Ferrite cores also offer a high degree of shielding from electromagnetic interference, as the inductance of the core helps reduce the influence of any external radiation on the core.Ferrite cores are also used to create shielded cables. Shielded cables are used to protect signals from interference caused by outside electromagnetic radiation. The ferrite core absorbs any incoming radiation, reducing its influence on the signal passing through the cable. The ferrite core also serves to reduce the probability of inductive noise between the two points, ensuring that the signal remains uncompromised. Finally, ferrite cores can be used to build transformers. A transformer uses the electrical current flowing through the ferrite core to induce a magnetic field, which induces an electrical current in a secondary coil wound around the core. This process allows for a controlled transfer of electrical power between the two coils, allowing for efficient operation. Ferrite cores offer a variety of benefits across a range of electrical and electronic applications. They offer excellent isolation from incoming and outgoing signals, as well as protection from external electromagnetic interference. With their versatile uses and reliable performance, ferrite cores are an essential component to any electrical system.

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