AS20B2034

Overview

The AS20B2034 is a hinged ferrite core manufactured by Leader Tech Inc., designed for electromagnetic interference suppression. It features a snap-on installation mechanism and utilizes material grade 20. The component has an inner diameter of 6.40 mm, allowing it to accommodate specific cable sizes. This square-shaped clamp-on core provides effective noise reduction for single cables in electronic applications.

Feature Summary

• Hinged design enables easy installation around existing cables without disconnection
• Snap-on mechanism ensures secure retention on the cable assembly
• Utilizes ferrite material grade 20 for targeted frequency attenuation

Applications

• Single cable EMI suppression
• Electromagnetic interference filtering in electronic assemblies
• Cable noise reduction in signal transmission lines

Procurement Notes

Verify the exact inner diameter specification of 6.40 mm against the target cable bundle dimensions to ensure proper fit. Confirm that the required ferrite material grade 20 aligns with the intended frequency range for noise suppression. Check for any specific mounting constraints related to the hinged snap-on design during integration.

Selection Notes

Select this part when a hinged ferrite solution is required for single cable applications. The choice depends on matching the 6.40 mm inner diameter to the cable size and requiring the performance characteristics associated with material grade 20. Consider the convenience of the snap-on feature for retrofitting or rapid assembly processes.

Part Context

This component belongs to the Leader Tech Inc. ferrite clamp-on cores category. It is specifically categorized as a hinged ferrite core, distinguishing it from split-sleeve or solid clamp types. The product line focuses on providing flexible EMI suppression solutions for various cable configurations.

Replacement Considerations

Cross-reference with other Leader Tech hinged ferrite cores sharing the 6.40 mm inner diameter. Verify compatibility by comparing the ferrite material grade and impedance characteristics to ensure equivalent noise suppression performance in the target application.