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The Fair-Rite 2506036007Y3 is a ferrite bead assembly designed for electromagnetic interference suppression. It features a split-core toroidal core made from Material 43, which provides high permeability and effective noise absorption in the frequency range of 1 MHz to 100 MHz. The component includes two insulated leads with a total length of approximately 100 mm, allowing for easy installation around existing cables without disconnecting them. This design facilitates rapid deployment in signal line filtering applications where space constraints or non-invasive modification are required.
Verify that the specific order matches the exact part number 2506036007Y3, as Fair-Rite utilizes suffix codes to denote material composition and physical dimensions. Confirm the lead wire insulation type and length requirements against your specific cable diameter constraints before finalizing procurement. Ensure the supplier provides documentation confirming the Material 43 specification to guarantee intended performance characteristics.
Select this component when non-invasive installation is necessary for noise mitigation on cables with diameters fitting within the core's inner aperture. Material 43 is optimal for frequencies between 1 MHz and 100 MHz, making it suitable for digital signal integrity improvement. Evaluate the impedance profile at target noise frequencies to ensure sufficient attenuation compared to alternative materials like Material 31 or 61.
This part belongs to Fair-Rite's split-core ferrite bead series, engineered for retrofitting noise suppression onto existing assemblies. Unlike solid cores requiring cable disconnection, these split designs allow maintenance access while providing consistent magnetic shielding properties across various industrial and commercial electronic environments.
Direct substitutes include other split-core ferrite beads using Material 43 with compatible inner diameter specifications. Verify that any replacement maintains similar impedance characteristics at the operating frequency range to ensure equivalent noise suppression performance without altering the mechanical fit.