CS33B2000

Series:	--
Part Status:	Active
Type:	Round
Design:	Hinged (Snap On)
Impedance @ Frequency:	210 Ohm @ 30MHz
Material:	33
Inner Dimension:	0.961" Dia (24.40mm)
Outer Dimension:	2.307" Dia (58.60mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	2.350" (59.70mm)

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Ferrite Cores - Cables and Wiring

Ferrite cores are widely used in connection with cables and wiring for multiple purposes. They essentially act as an inductance component which can serve as a voltage regulator or as part of filtering systems. Primarily, these core elements prevent electromagnetic interference (EMI) generated by connected cables from entering the functioning circuitry and also contain the high-frequency noise generated by the cables.Most notably, ferrite cores are applied in data and telecommunications devices, EMI suppression cables, and the design of semi-conductors. This type of core element is often used to protect and control the electrical signals used in cables, and contain the noise produced by the electrical conductors or external fields. Used in conjunction with capacitors, ferrite components help to reduce peak voltage levels, attenuating incoming and outgoing signals.CS33B2000 type ferrite core elements are commonly used in conduit cables and wiring systems for data and telecommunication devices. This type of ferrite core works on the principle of inductance, making use of magnetic fields to transmit electrical signals. As a broadband application, CS33B2000 can be used for suppressing high-frequency interference, peak voltage management and radio frequency interference (RFI).The CS33B2000 is a high-temperature and high-frequency compatible ferrite core element, making it perfectly suitable for use in temperatures ranging from -50°C to up to 105°C. This type of ferrite core uses two separate winding rates, one for high-frequency suppression and another for low-frequency suppression.The high frequency rate, black winding rate, is typically used to suppress RF and EMI noise. This winding rate is made of high-quality conductive copper wire and coated with an epoxy resin to provide maximum protection from electrical interference. The low frequency rate, also referred to as the white winding rate, is used to provide additional voltage regulation and interference filtration.When the CS33B2000 ferrite core is used in connection with wiring in data and telecommunication applications, the device helps to attenuate both incoming and outgoing electric signals. Its high frequency rate operates to reduce the incidence of interference produced by the circuit, acting as a voltage regulator and reducing peak voltage levels. The device’s low frequency rate then further helps to filter out more interference and reduce radio frequency interference (RFI).In summary, CS33B2000 ferrite cores are often used in cable and wiring systems in data and telecommunication applications. This type of ferrite core is high-temperature and high-frequency compatible, making it perfect for temperature ranges from -50°C to 105°C. This type of core works on the principle of inductance, making use of magnetic fields to transmit electrical signals. As a broadband application, this type of ferrite core enables the efficient suppression of high-frequency interference, peak voltage management and RFI.

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