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Low-Loss Coaxial Extension Cable RG58 SMA Female to SMA Male WiFi Extension RF Connector and Two-Way Radio Applications Pure Copper Coax Cables 50 ohm RF Antenna Lead Extender

$8.28 USD

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尺寸 3 FT 10 FT 15 FT 25 FT 35 FT 49 FT 75 FT

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Ultra Low-Loss - The outer material of this rg58 coax cable 50 Ohm is made of flexible waterproof PVC jacket which can be used so long in harsh outdoor environments.It could be bend and strapped without inducing signal interference.Ultra Extension Wifi Cable for antenna,Made with quality, low-loss RG58, which means far less attenuation than cables made from thin RG316 or RG174. Don't settle for less especially if you have a significant investment in antennas
Premium Material - RG-58 Pure Copper Coaxial Cable Low Loss for Wi-Fi Router, PCI Card, Access Point,Wifi antenna extension wire ,FPV Antenna and so on,The inner conductor of this rg58 sma male to sma female coax cable is made of solid copper, so it is efficient and causes low signal loss.
Widely Application - This 50 ohm sma coax cable Ultra Low Loss Antenna Extension Cable could be used for Wireless LAN, Wireless Router, Wireless Network Card Adapter, WiFi IP Security Camera, WiFi Antennas, Wireless Video Surveillance Equipment, Wireless Video,also compatible with BaoFeng UV-5R UV5RA UV-5RE BF-F8HP BF-F8 UV-82 UV-82HP BF-888S UV-5X3 Ham Radio; Compatible with Marine VHF Two Way Radio: Cobra Handheld Floating VHF Radio MR HH125 HH350 HH350W HH450 HH500 HH600;
Firm Connected - RG58 offers a significantly larger center conductor and supports better signal retention for longer cable runs and higher frequency use.our tube will not easy to fall off from the cable. And that can provide a heavy duty and firmly connection, really durable and professional coaxial cable
Package Content - 1 x Coax Extension Cable RG58 SMA Connector Type

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Good Cable

It's basically what you'd expect. The cable is fairly well built; I ordered two and swept them both from 50 MHz to 2 GHz. The S Parameters, insertion loss, and group delay I'll attach as images. The difference between the two cables (in terms of group delay) was approximately 0.4 nsec (one was 95.1 nsec, the other was 95.5 nsec).The insertion loss is about 0.4dB per meter at 1 GHz.