FBR07HA121RB-00

Series:	FB
Part Status:	Obsolete
Filter Type:	Power Line
Impedance @ Frequency:	120 Ohms @ 50MHz
Current Rating (Max):	7A
DC Resistance (DCR) (Max):	10 mOhm
Ratings:	--
Operating Temperature:	-25°C ~ 85°C
Package / Case:	Radial
Mounting Type:	Through Hole
Height (Max):	0.354" (9.00mm)
Size / Dimension:	0.295" L x 0.098" W (7.50mm x 2.50mm)

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Ferrite Beads and Chips have been used for many decades to improve signal integrity in electronic systems. The FBR07HA121RB-00 is one such type of chip that offers a wide range of benefits. This chip operates on the principle of ferrite or magnetic beads and chips that absorb and dampen the high-frequency interference noise that is produced by electronic systems. The FBR07HA121RB-00 offers both high power dissipation and excellent EMC performance in a variety of different applications, including in automotive, consumer and white goods applications.The FBR07HA121RB-00 utilizes a ferrite bead construction, which is comprised of the core material, a dielectric sleeve or jacket, and a shield. The core material is composed of a ferromagnetic material such as NiZn, NiZn-Co or other such materials, and is shaped into beads or chips. The dielectric jacket and tag or shield are also added to the construction to further improve the signal integrity of the component. The dielectric materials are typically a combination of a dielectric sleeve with a higher rated dielectric strength and a lower dielectric constant for superior EMI shielding.The core material has multiple effects, including increasing the power dissipation of the component, controlling the inductance, along with providing a larger surface area for magnetic flux to flow through. The power dissipation rating of the FBR07HA121RB-00 is greater than what traditional ceramic dielectric materials can offer. The high power dissipation also allows the chip to operate at temperatures that are usually not achievable by pure traditional dielectrics. In addition, the shield and jacket also offer superior EMI shielding compared to traditional dielectrics.The working principle of the FBR07HA121RB-00 is based on the concept of inductance. Inductance is the relationship between an electrical signal and the current that is flowing. When a signal is passed through the FBR07HA121RB-00, a magnetic field of force will be created by the core material. This magnetic field will interact with the current that is flowing and will cause the current to increase or be reduced. The amount of current that is changed is dependent upon the size and shape of the core material and the type of magnetic material it is composed of. This will have an effect on the signal’s impedance, its attenuation, and its waveform. With the FBR07HA121RB-00 these changes can be controlled, offering a more consistent signal return. The FBR07HA121RB-00 can be used in many different applications. It can be used in automotive applications, to reduce noise in audio systems, in wireless communication systems, to reduce signal interference from other circuits, and in white goods, to reduce noise and improve signal stability. It is also used in industrial applications, as an EMI/RFI filter, to improve signal integrity.Ferrite Beads and Chips offer many advantages over traditional dielectrics. They provide excellent power dissipation, better EMI/RFI protection, and improved signal integrity. The FBR07HA121RB-00 offers increased power dissipation, superior EMI shielding, and better signal return than traditional dielectrics, offering a wider range of applications and improved signal performance.

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