Premium quality cable meets or exceeds Belden 9913 specs. Shop Davis RF 9913 Low-Loss 50 Ohm Coaxial Cable (75 FT) at DX Ham Radio Supply. Designed for superior RF transmission with minimal signal loss. Ideal for amateur radio and commercial applications.

XRDS -RF CB Coax Cable 50ft, KMR 400 UHF Coaxial Cable PL-259 UHF Male Coax Jumper Low Loss 50 ohm Cable for AIS Antenna, VHF Marine Antenna, HAM & CB Radio, Antenna Analyzer, Dummy Load, SWR MeterAmazon.com: 9913 coax

Solid PE tube over monofilament. Max. Power Rating. Nom. Velocity of Prop. Max. Pull Tension. Recommend use of 7810R, 7810A, 9913F7, or 9914 for applications above 1 GHz.

Ham Radio Coax Cable 50 Ohm,RG58 Coaxial Cable 49.2Ft,UHF PL259 Male to Male Cable + UHF SO239 Female to SMA/UHF/BNC Adapter 4-Pack,for CB,Amateur,Ham Radio,Two-Way Radio,SWR MeterAmazon.com: belden 9913 coaxial cable

Direct-burial PE (not PVC) jacket, stranded conductor, low loss - 2.9 dB/100 ft @ 400 MHz. Davis RF supplies a wide assortment of professional grade, high quality 50 Ohm & 75 Ohm coax cables from industry leading manufacturers such as Andrew, Belden, CommScope, TerraWave Solutions, Times Microwave and others.

The Belden 9913 RG8/U coaxial cable (black) is low loss with an "air" dielectric. This 50 Ohm coaxial cable has a solid center conductor and a semi-solid polyethylene dielectric.

We check shipping charges for accuracy. . Availability:: Usually Ships in 1 to 3 Business Days Product Code:RF9913-500DX Qty: Description

9913 Belden Inc. Coaxial Cables (RF) parts available at DigiKey.

Belden 9913 - 10 AWG solid .108" bare copper conductor, semi-solid polyethylene insulation, Duobond II® + tinned copper braid shield (90% coverage), PVC jacket. Spec Sheet. View Spec Sheet for Complete Details (PDF) *Data provided on this page is subject to change based on different manufacturers variances.

The RF-9913 Feet Loss RG-8 Coaxial Cable with Copper Braid Center and PL259 Connectors is a high-quality, durable solution for your coaxial cable needs. This cable is designed to minimize signal loss, making it an ideal choice for applications that require reliable and efficient signal transmission over long distances.