Top Adhesive Mount Saddle Beads for EMI Suppression Applications
Top Adhesive Mount Saddle Beads provide a practical solution for reducing electromagnetic interference in electronic systems where the available mounting surface is positioned above the cable, conductor, or noise source. With the adhesive layer located on the top of the ferrite component, the saddle bead can be secured beneath an enclosure panel, chassis, housing, or other electronic surface.
This mounting configuration gives engineers greater flexibility when space limitations, cable routing, or assembly requirements prevent installation from below. Top Adhesive Mount Saddle Beads help control unwanted high-frequency noise while simplifying installation and reducing the need for additional mounting hardware.
How It Works
Top Adhesive Mount Saddle Beads use ferrite material to absorb and suppress high-frequency electromagnetic noise generated by cables, conductors, and electronic components. The ferrite introduces impedance that reduces unwanted common-mode signals before they can interfere with nearby circuitry or affect system performance.
The top-mounted adhesive layer allows the ferrite component to attach securely to the underside of a panel or enclosure surface. This peel-and-stick design eliminates the need for screws, clips, or separate mounting hardware, helping streamline installation and assembly.
Benefits of Top Adhesive Mount Saddle Beads
Top Adhesive Mount Saddle Beads offer several important advantages:
Effective suppression of high-frequency electromagnetic interference.
Top adhesive placement for mounting beneath panels and enclosure surfaces.
Fast and convenient peel-and-stick installation.
Reduces unwanted system noise and signal degradation.
Supports electromagnetic compatibility requirements.
Eliminates the need for additional mounting hardware.
Accommodates space-constrained electronic designs.
Helps maintain organized cable routing and component placement.
Available in multiple ferrite material options.
Provides a cost-effective solution for localized EMI control.
The top adhesive configuration provides secure placement while allowing the ferrite to be positioned close to the cable, conductor, or component producing the unwanted noise.
| Leader Tech Part Number | Material | A(in) | B(in) | C(in) | D(in) | E(in) | TYPE | Impedance in OHMS | Maximum recommended cable size |
|---|---|---|---|---|---|---|---|---|---|
| Leader Tech Part Number | Material | A(in) | B(in) | C(in) | D(in) | E(in) | TYPE | Impedance in OHMS | Maximum recommended cable size |
| SB28B0071AT | 28 | 0.71 | .030 | .160 | .510 | .500 | rectangular plate | 23 @ 100MHz | application specific |
| SB28B0121AT | 28 | 1.210 | .030 | .160 | 1.010 | .500 | rectangular plate | 35 @ 100MHz | application specific |
Applications for Top Adhesive Mount Saddle Beads
Top Adhesive Mount Saddle Beads work well in many electronic applications, including:
Printed circuit board assemblies.
Telecommunications equipment.
Industrial control systems.
Medical electronic devices.
Power supplies and converters.
Consumer electronics.
Networking and data communication equipment.
Embedded electronic systems.
Aerospace and defense electronics.
Electronic enclosures with overhead or underside mounting surfaces.
In particular, these applications often have limited mounting space or tightly routed cables. Therefore, the top adhesive design provides a useful way to place ferrite suppression close to the source of interference.
Why Choose Leader Tech?
Leader Tech provides ferrite solutions for electromagnetic interference in many types of electronic systems. In addition, our Top Adhesive Mount Saddle Beads combine EMI control with a flexible mounting design.
As a result, engineers can install these ferrites in areas where standard mounting methods may not work. Furthermore, the top adhesive design supports quick installation and secure placement.
Leader Tech’s applications engineers can also help select the right ferrite material and size for your application. They can also help determine the best mounting method based on the frequency range, noise source, and space available.
Therefore, you can select a ferrite solution that meets both the electrical and mechanical needs of your electronic system.
| Leader Tech Part Number | Material | A(mm) | B(mm) | C(mm) | D(mm) | E(mm) | TYPE | Impedance in OHMS | Maximum recommended cable size |
|---|---|---|---|---|---|---|---|---|---|
| Leader Tech Part Number | Material | A(mm) | B(mm) | C(mm) | D(mm) | E(mm) | TYPE | Impedance in OHMS | Maximum recommended cable size |
| SB28B0071AT | 28 | 18 | 0.8 | 4 | 13.0 | 12.7 | rectangular plate | 23 @ 100MHz | application specific |
| SB28B0121AT | 28 | 30.7 | 0.8 | 4 | 25.7 | 12.7 | rectangular plate | 35 @ 100MHz | application specific |