10-CBSA-3.5X4.0X0.13

RF shields are used to reduce any interference from nearby radio transmitters, minimizing the effects of electromagnetic radiation by providing protection. The 10-CBSA-3.5X4.0X0.13 shield offers an effective intermediate solution between quick and simple wire mesh shields and multi-layered metal barriers.

It employs a conductive elastomeric material that absorbs, blocks, and reflects the signal, which diverts it away from sensitive areas. This shield is ideal for applications where a flexible solution with good conductivity performance and moderate isolation is needed.

The 10-CBSA-3.5X4.0X0.13 shield is primarily used in applications such as high-speed data lines, radio frequency interference (RFI) and electromagnetic interference (EMI) suppression, electronic racks, instrumentation products, and shielding for printed circuit boards. It is also often used to shield cabinets, making them suitable for high-power, low loss circuits.

The working principle of the 10-CBSA-3.5X4.0X0.13 shield is based on field cancellation. This involves creating a field in which the interfering electromagnetic waves and the waves in the protected area are combined, thus canceling them out. This is done using conductive shielding materials such as copper, aluminum, steel, and a conductive elastomer.

The conductive elastomer in the 10-CBSA-3.5X4.0X0.13 shield is made up of polypropylene and rubber particles mixed with a conductive pigment, such as graphite. This creates a texture that helps to absorb, block, and reflect the signal.

The effectiveness of the shield is highly dependent on how it is constructed. Proper shielding techniques must be followed to ensure that the RF protective field is strong enough to prevent the signals from entering the sensitive area.

The 10-CBSA-3.5X4.0X0.13 shield is designed for applications requiring both good conductivity performance and moderate isolation. It offers excellent mechanical protection and is highly effective in reducing both RFI and EMI. This makes it ideal for a wide range of applications where a flexible, yet effective solution is needed.