FFAT96

Series:	FFAT
Part Status:	Active
Type:	Round
Design:	Tubular
Impedance @ Frequency:	134 Ohm @ 100MHz
Material:	--
Inner Dimension:	0.236" Dia (6.00mm)
Outer Dimension:	0.354" Dia (9.00mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	3.281' (1.00m)

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Ferrite Cores - Cables and WiringFerrite cores are very useful components used in many electrical applications. These cores have several essential features, such as being highly efficient, reliable performance, low power consumption, low magnetic interference, excellent heat dissipation and good mechanical properties.The FFAT96 application field and working principle are mainly related to high-frequency signal transmission and control of AC current. It has numerous applications in communications and electrical engineering. It is used to reduce electrical noise produced by the high-frequency signal and to provide protection from electromagnetic interference (EMI). FFAT96 application field is mostly used in power supplies, telecommunications, audio/video, computers, automotive, and defense systems.In terms of working principle, a ferrite core consists of two or more cores that are linked together by a winding. When a current passes through this winding, the core’s reluctance tends to decrease. This decrease in the reluctance results in an increased magnetic flux that flows through the core. The higher the flux, the greater the shielding.In applications such as AC power supplies, the FFAT96 ferrite core is used to control the current in order to provide a stable power supply. The core’s design allows for stability in the power supply due to the existence of a magnetic field. This field is generated when the current passes through the core, and it then acts as a buffer between the power source and the load.FFAT96 ferrite cores are designed to reduce electrical noise produced by a high-frequency signal. This is achieved by increasing the inductance, which acts as a countermeasure for interference. The core’s geometry also contributes to its ability to reduce electrical noise. As a result, signals remain well-defined and signals that are susceptible to interference are less likely to be distorted.Additionally, FFAT96 cores are designed to reduce the effects of EMI. They are constructed from dielectric material which passes an electric field through the material. The design ensures that the electric field passes in the same direction which serves to protect the circuit against interference. This also makes it ideal for use in computers, making it ideal for high reliability applications.Finally, FFAT96 cores offer excellent heat dissipation. This is due to their ability to maintain the concentration of the magnetic field resulting in improved cooling of the components. This property also makes them ideal for use in high-speed applications as they are able to reduce the effects of heat generated by the components without compromising on reliability.In conclusion, the FFAT96 application field and working principle are highly applicable in a wide range of applications where reliability, low power consumption, low magnetic interference, excellent heat dissipation and good mechanical properties are essential. Their design ensures excellent performance in high-frequency signals, power supplies, EMI protection, and heat dissipation. Hence, they are ideal components for any electrical application.

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