Low Loss Foam Dielectric RF Cables for Sale

Types of Low Loss Foam Dielectric RF Cables

Foam Coaxial Cable, Corrugated Copper Tube, CCA Wire, 1/4 in, Black PE Jacket

Foam Coaxial Cable, Corrugated Copper Tube, CCA Wire, 1/4 in, Non-Halogenated and Fire Retardant (LSZH) Jacket

RF Coaxial Cable, Corrugated Copper, Copper-Clad-Aluminum Wire, 3/8 in, Black PE Jacket

RF Coaxial Cable, Corrugated Copper, Copper-Clad-Aluminum Wire, 3/8 in, Flame Retardant Non-Corrosive (FRNC) Jacket

Foam Coaxial Feeder Cable, Corrugated Copper, 1/2 in, Black PE Jacket

Foam Coaxial Feeder Cable, Corrugated Copper, 1/2 in, Low Smoke Zero Halogen (LSZH) Jacket

RF Coaxial Feeder Cable, Corrugated Copper Tube, 7/8 in, Black PE Jacket

RF Coaxial Feeder Cable, Corrugated Copper Tube, 7/8 in, Non-Halogenated And Fire Retardant (LSZH) Jacket

Low Loss Foam Coaxial Cable, Corrugated Copper, 7/8 in, Black PE Jacket

Low Loss Foam Coaxial Cable, Corrugated Copper, 7/8 in, Flame Retardant Non-Corrosive (FRNC) Jacket

Foam RF Coaxial Cable, Corrugated Copper, 1-1/4 in, Black PE Jacket

Foam RF Coaxial Cable, Corrugated Copper, 1-1/4 in, Low Smoke Zero Halogen (LSZH) Jacket

Foam Feeder Cable, Corrugated Copper, 1-5/8 in, Black PE Jacket

Foam Feeder Cable, Corrugated Copper, 1-5/8 in, Non-Halogenated And Fire Retardant (LSZH) Jacket

Low Loss RF Coaxial Cable, Corrugated Copper, 1-5/8 in, Black PE Jacket

Low Loss RF Coaxial Cable, Corrugated Copper, 1-5/8 in, Flame Retardant Non-Corrosive (FRNC) Jacket

RF Coaxial Cable, Corrugated Copper, 2-1/4 in, Black PE Jacket

RF Coaxial Cable, Corrugated Copper, 2-1/4 in, Low Smoke Zero Halogen (LSZH) Jacket

Foam Coaxial RF Cable, Corrugated Copper, 3 in, Black PE Jacket

Foam Coaxial RF Cable, Corrugated Copper, 3 in, Non-Halogenated and Fire Retardant (LSZH) Jacket

Products

Advantages and uses of low-loss coaxial RF cable

Below are some key features, benefits, and applications of low-loss RF coaxial cables:

1. Low signal loss: Low-loss coaxial cables are designed using special materials and construction techniques to minimize long-distance signal attenuation (loss). This is crucial for high-frequency applications where signal degradation may lead to poor performance.

2. High-frequency range: These cables are optimized for high-frequency transmission, typically ranging from a few hundred megahertz (MHz) to a few thousand megahertz (GHz). They are used in applications such as Wi-Fi, cellular networks, radar systems, and satellite communications.

3. RF transmission: Low-loss coaxial cables are commonly used in RF transmission systems, including antennas, feeders, and signal distribution networks. They maintain signal integrity and ensure minimal loss over the length of the cable.

4. Adapt to outdoor and harsh environments: Low-loss coaxial cables are typically designed to be durable and resistant to weather conditions, making them suitable for outdoor and harsh environmental conditions. They are commonly used to connect antennas on roofs and cellular towers.

5. A variety of connectors are available: They have a variety of connectors to choose from to suit different applications, making them suitable for a variety of devices and systems.

6. Reduce interference: These cables are designed with shielding to minimize electromagnetic interference (EMI) and radio frequency interference (RFI) to ensure clean signal transmission.

Advantages and uses of low-loss coaxial RF cable

Attenuation of SYMAIR low-loss coaxial RF cable

Low-loss RF cables are specialized for high-frequency signal transmission, characterized by their low signal attenuation rates within a frequency range from hundreds to thousands of MHz. Within this frequency range, the signal must traverse considerable distances, making signal attenuation within the cable a significant factor affecting signal strength. In such scenarios, low-loss RF cables enhance transmission quality by minimizing signal attenuation. RF attenuation, a metric for signal transmission loss, is typically denoted in dB per meter (dB/m). The SYMAIR low-loss RF cables typically exhibit an attenuation rate under 0.2dB/m, exceptionally low for high-frequency applications. This low attenuation rate ensures signal stability and reliability during transmission, thereby enhancing the quality of data transmission.