FT-240-43 ferrite toroidal core, 2.4" Toroid Ferrite Ring Magnetic Core for RFI EMI Suppression, Broadband Power Transformers,Suitable for 5-500 MHz Applications
Interference Resistance and Stable Transmission: The FT-240-43 ferrite toroidal core is designed to suppress radio frequency interference in the 5-500 MHz frequency range. Utilizing 43 ferrite material, it powerfully absorbs and attenuates interference signals, creating an interference-free operating environment for electronic equipment, ensuring stable signal transmission, and enhancing the electromagnetic compatibility of devices
Dual-Band Adaptation and Multi-Frequency Transformation: Our FT-240-43 toroidal ferrite core is suitable for broadband transformers and power transformers. 5-400 MHz broadband transformers can accurately and efficiently convert and transmit signals across different frequency bands; 0.5-30 MHz power transformers can stabilize power output, significantly reduce energy loss, and improve power utilization efficiency
Manufacturing Process: The FT-240-43 ferrite core has an outer diameter of 2.4 inches (61.0 mm ± 1.30 mm), an inner diameter of 1.4 inches (35.55 mm ± 0.85 mm), and a height of 0.5 inches (12.7 mm ± 0.50 mm), ensuring high product consistency and reliability. Its precise dimensional design perfectly matches high-precision circuit layouts, requiring no additional grinding or adaptation before direct use
43 Material: The FT-240-43 ferrite core uses high-performance No. 43 ferrite material, possessing both high permeability and low hysteresis loss. This effectively concentrates and guides the magnetic field, improving inductance performance while reducing energy loss and extending equipment lifespan
Easy Installation: Before purchasing, please check that the FT-240-43 ferrite toroidal core size is suitable, ensuring that the cable can pass through the inner diameter and fit tightly to avoid magnetic leakage due to an excessively large aperture. Prepare securing materials such as cables, insulating tape, or cable ties. If winding is required, plan the number of turns and winding method in advance