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Buy Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made in United States - Cartnear.com

Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made

CTNR1083954 0672713566519 CTNR1083954

MPD Digital

MPD Digital
2025-12-18 USD 106.71

$ 106.71 $ 108.89 2% Off

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Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made
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Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made
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Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made
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Ultra Low Loss LMR-400 WiFi Wireless 50 Ft Antenna Extension Cable. RPSMA Female & RP-SMA Male connectors U.S.A. Made
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Brand Times Microwave
Length 600.000
Ultra Low Loss Cable is designed to transmit the maximum signal to your antennas. Times Microwave LMR-400 cable meets Military Specifications with foil and coated copper conductors for less signal loss in runs up to 200 feet.. In this high quality cable, the dimensions and spacing of the conductors are uniform. Any abrupt change in the spacing of the two conductors along the cable tends to reflect radio frequency power back toward the source, causing a condition called standing waves, reducing the amount and quality of the transmitted power. To hold the shield at a uniform distance from the central conductor, the space between the two is filled with a dielectric designed to maintain the proper spacing between conductor and shielding to assure maximum signal transmission and lowest loss.

Manufacturers specify a minimum bend radius, to prevent kinks that would cause reflections. You should allow three inches of cable to make a 90 degree turn in your runs without causing signal loss. The connectors used with the coax must also hold the correct spacing through the body of the connector to avoid signal loss. The transmission of energy in the line occurs totally through the dielectric inside the cable between the conductors. This shielded cable can be bent and moderately twisted without negative effects, and can be strapped to conductive supports without inducing signal interference.

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