Fair-Rite Oval Ferrite Snap-It® Cores
Manufacturer
Part #
Category
Fair-Rite 129020300 PassivesDescription
Fair-Rite Oval Ferrite Snap-It® Cores allow for two cables to be run side-by-side. They are ideal for common-mode chokes, as a filter for inductive circuits, and bus bars. The Snap-It Cores offer several mounting options and are automotive-designed.
Fair-Rite Oval Ferrite Snap-It® Cores
Introduction
The Fair-Rite Oval Ferrite Snap-It® Cores are innovative components designed to enhance the performance of electrical systems. These cores are specifically engineered to accommodate two cables running side-by-side, making them an essential part of various applications in the electronics industry.
Part Description
Fair-Rite Oval Ferrite Snap-It® Cores are versatile inductors that serve multiple purposes. They are particularly effective as common-mode chokes, filters for inductive circuits, and for use with bus bars. The design includes features such as cable-tie ridges and anchors, high-temperature nylon material, and an anti-slip grip, ensuring secure and reliable installation. The cores are available in various material grades (31, 44, 61, and 75), providing options for different impedance requirements.

Applications
- Common-mode chokes
- Filters for inductive circuits
- Bus bars
- Multiple or multi-conductor cables
- Heavy-gauge wires
Industries
- Automotive
- Electronics
- Telecommunications
- Industrial Automation
- Consumer Electronics
Usage Ideas
- Automotive Wiring Harness: Utilize the Snap-It Cores to create a robust wiring harness that minimizes electromagnetic interference in automotive applications.
- Power Supply Filtering: Implement the cores in power supply circuits to filter out noise and improve the stability of inductive loads.
- Data Communication Cables: Use the Snap-It Cores to enhance the performance of data communication cables by reducing common-mode noise.
Conclusion
The Fair-Rite Oval Ferrite Snap-It® Cores are a valuable addition to any electrical design, offering flexibility and efficiency in managing electromagnetic interference. With their robust construction and versatile applications, these cores are ideal for a wide range of industries, making them a go-to choice for engineers and designers alike.