Most F connectors on the market utilize a coaxial cable’s solid inner conductor as the plug’s center contact pin. This design can cause near and long term problems from center conductor nicks, bending, dielectric migration, metal fatigue and contact corrosion. Furthermore, this type of commonly installed F connector may also produce signal degradation, outages, poor picture quality, RF leakage problems and most importantly...an expensive service call.

To meet the growing demands of advanced Digital Broadband equipment, Canare has developed the world’s first precision, highly reliable 75 ohm F Connector. Electromechanically stable (nickel over brass body, high quality tapped threads, extra wide torque nut, gold crimp pin, extra long crimp sleeve), our FP-C is quick to install using the same Canare strip & crimp tools as our standard 75 ohm BNC and RCA plugs.

Canare true 75 ohm F Connectors are impedance matched with excellent Return Loss characteristics and can easily handle future “Smart House” RF broadband multimedia networks to 1 GHz and beyond. Will mate with SCTE approved standard F receptacles.

Features:


* True 75 ohm construction; Crimp Pin & Sleeve
* DC to 2.0 GHz; >26dB Return Loss (<1.1 VSWR)
* Use with Solid or Stranded Center 75 ohm Coax
* Elongated Body for better finger grip
* Superior cable pull strength
* Gold plated center pins 'snap lock' in place
* Easy Assembly using Canare Strip & Crimp Tools

Specifications:


* 75 ohm F Connector, Straight Plug
* Cable: other
* Boot: ~
* Crimp Die: TCD-35CA
* Crimp Pin: BN1005B
* Sleeve: BN7045A
* Parts: Body Crimp Pin, Sleeve
* Imp.: 75 ohm
* Bandwidth VSWR (Return Loss) DC to 2GHz: <1.1 (>26dB)
* Body Material (Plating): Brass (Nickel)
* Center Contact Material (Plating): Brass (Gold)
* Outer Contact Material: Beryllium copper
* Dielectric Material: PTFE
* Crimp Sleeve Material (Plating): Copper (Tin)
* Cable Retention lbs. (kgs): >55 (>24.9)
* Insulation Resistance at 500V DC: >500M ohm
* Voltage Rating for 1 mim.: 500V AC (rms)
* Center Contact Resistance: <5m ohm
* Outer Contact Resistance: <5m ohm