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CO.UHF.7M-S EVO | UHF Male PL-259 EVO Connector (7mm | .300")

CO.UHF.7M-S EVO | UHF Male PL-259 EVO Connector (7mm | .300")

Regular price €6,61 EUR
Regular price Sale price €6,61 EUR
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The CO.UHF.7M-S EVO is a high-quality UHF Male (PL-259) EVO connector, designed for 7mm (.300") coaxial cables, providing low-loss RF connectivity for ham radio, broadcast, and professional RF applications. Featuring an EVO-design with enhanced durability, this connector ensures stable impedance matching, minimal signal loss, and strong mechanical integrity for both fixed and mobile installations.

Key Features:

  • Optimized for 7mm (.300") Coaxial Cables: Compatible with RG-142, RG-223, LMR-240, and similar cables.
  • High-Quality RF Performance: Provides low insertion loss and stable impedance matching for optimal signal transfer.
  • EVO Design for Enhanced Durability: Engineered for high-power RF applications and frequent re-connections.
  • Secure Threaded Connection: Standard PL-259 interface ensures tight and stable mating with SO-239 sockets.
  • Weather-Resistant Build: Precision-machined metal construction for outdoor and high-power RF setups.
  • Versatile Applications: Perfect for ham radio antennas, repeaters, amplifiers, and RF measurement setups.

Technical Specifications:

  • Connector Type: UHF Male (PL-259) EVO
  • Cable Compatibility: 7mm (.300") coaxial cables (e.g., RG-142, RG-223, LMR-240)
  • Impedance: 50 Ohms
  • Frequency Range: Up to 500 MHz
  • Body Material: Precision-machined metal with corrosion-resistant plating
  • Center Pin: Silver or gold-plated for superior conductivity
  • Installation: Solder-type termination for secure RF connections

Application Areas in Ham Radio:

  • Antenna Feedlines: Provides minimal signal loss for high-efficiency RF transmission.
  • High-Power RF Systems: Ideal for use in amplifiers, tuners, and repeaters.
  • Portable & Field Installations: Quick-connect design for rapid deployment in mobile setups.
  • Custom RF Projects: Great for DIY RF builds, impedance-matching networks, and test environments.

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