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The KEMET ESD-FPL-34-15 is a solid core ferrite flat cable core designed for electromagnetic interference (EMI) noise suppression. It features a rectangular cross-section with an external width of 34mm, an external height of 15mm, and an internal width of approximately 8mm to accommodate flat cables. The component is constructed from high-permeability ferrite material optimized for broadband attenuation. It supports up to 20 wires within its aperture and operates effectively at frequencies up to 100MHz, providing reliable signal integrity protection in compact electronic assemblies.
Verify the specific impedance characteristics and frequency response curves against your application requirements before procurement. Confirm that the internal aperture dimensions match the thickness of your target flat cable assembly. Ensure compliance with relevant industry certifications required for your final product deployment. Check for any specific handling instructions regarding mechanical stress on the ferrite material during installation.
Select this component when dealing with flat cable geometries requiring robust EMI protection without complex assembly procedures. The solid core design offers faster installation compared to split cores. Consider the physical space constraints as the external dimensions are relatively large. Evaluate the operating temperature range to ensure stability under your specific environmental conditions.
This part belongs to KEMET's ESD-FPL series of flat cable cores. These components are widely used in industries requiring efficient noise reduction for parallel data lines. The series provides various sizes to accommodate different cable widths and wire counts, ensuring versatile compatibility across multiple electronic device categories.
Direct substitutes may include other manufacturers' flat ferrite cores with identical external dimensions and similar internal aperture sizes. Verify that alternative parts maintain comparable permeability and impedance characteristics at 100MHz to ensure equivalent noise suppression performance.