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Super Low Loss 18ft Double Shielded RG-213U Cable w/ Connectors

Super Low Loss 18ft Double Shielded RG-213U Cable w/ Connectors

  • Military Spec
  • 98% Bare Copper Braid PLUS 100% Foil Overshield.
  • Premium PL-259 Connectors on each end.
  • Stranded Bare Copper Center Conductor.
  • 50 Ohm, Solid Insulation.

18ft Low Loss Double Shieled 50 ohm cable for Ham, Amateur, CB & Commercial Two way radio uses. PL-259 Connectors on each end. Heavy Duty

List Price: $ 22.27

Price: [wpramaprice asin=”B0042871I0″]

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Find More Ham Antenna Products

LMR-400 Coax US Made Ham or CB Radio Jumper Times Microwave PL-259 Connectors Ultra Low Loss Antenna Cable (100feet)

LMR-400 Coax US Made Ham or CB Radio Jumper Times Microwave PL-259 Connectors Ultra Low Loss Antenna Cable (100feet)

  • This is LMR400 LMR-400 – a Registered Trademark of Times Microwave Systems
  • PL-259 UHF coax cable connectors – Connects Antennas, Receivers, Meters and Radio transmitters
  • 100ft feet of coaxial cable USA Made LMR-400 Transmission Line Coaxial Cable with Soldered Silver Plated Connectors Teflon Dielectrics
  • Assembled by MPD Digital – a DoD Supplier – in our GA Facility using MILSPEC Components
  • Impedance 50 Ohms Frequency Range DC ~ 11 GHz – PL-259 Connectors are not recommended for use above 300Mhz (See N Male options)

This Genuine Times Microwave USA Made LMR-400 coaxial cable was developed to provide an extremely low loss alternative with the transmission characteristics of hardline coaxial cables and the flexibility required for Wi-Fi, Ham and CB Radio installations. Times Microwave systems, designs and manufactures high performance coaxial cables, connectors and cable assemblies for a broad range of RF transmission applications. For more than 50 years, Times has been the leader in the development of new ca

List Price: $ 132.99

Price: [wpramaprice asin=”B005K1AYCI”]

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At approximately 9:45 AM EST (1445 UTC) on Tuesday, February 19, the International Space Station (ISS) experienced a loss of communication with the ground. At that time, flight controllers in Houston were updating the software onboard the ISS’s flight computers when one of the ISS’s data relay systems malfunctioned. The primary computer that controls critical station functions defaulted to a ba…

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