VI-CCC2561 N Tip Konnektör İçin Sıkma Pensesi (Crimp Tool)

lt;pgt; The N connector was invented by and named after Paul Neill of Bell Labs. It was the first connector capable of true microwave performance. N connectors have threaded coupling interfaces and are 50 ohms in impedance. There are also 75 ohm versions available, but they will not mate with the more common 50 ohm version. N connectors operate up to 11 GHz in the common 50 ohm impedance design. Applications for the N connector include Locale Area Networks (LANs); test equipment; broadcast, satellite and military communication equipment.lt;/pgt; lt;pgt; amp;nbsp;lt;/pgt; lt;pgt; lt;stronggt;Electrical lt;/stronggt;lt;/pgt; lt;pgt; Impedance: 50 OHMSlt;br /gt; Operating Frequency: DC to 11 GHZlt;br /gt; Insulation Resistance: 5000 MOHMS Minimumlt;br /gt; Inner Contact Resistance: 1.0 mOHMS Maximumlt;br /gt; Outer Contact Resistance: 0.2 mOHMS Maximumlt;br /gt; Working Voltage (RMS): 1500Vlt;br /gt; Dielectric Withstanding Voltage (RMS): 2500Vlt;br /gt; VSWR: 1.35 - 1 Maximum (Cable Fixing Styles Only)lt;br /gt; Insertion Loss: 0.17dB Maximum (Cable Fixing Styles Only)lt;br /gt; RF Leakage: - 80dBlt;/pgt; lt;pgt; amp;nbsp;lt;/pgt; lt;pgt; lt;bgt;Mechanical amp;amp; Environmentallt;/bgt;lt;br /gt; Cable Retention: Equal to breaking strain of cable (Cable Fixing Styles Only)lt;br /gt; Durability: 500 Cycleslt;br /gt; Temperature Range: - 55 degrees to + 165 degreeslt;br /gt; amp;nbsp;lt;/pgt; lt;pgt; lt;bgt;Materialslt;/bgt;lt;br /gt; Body and Coupling Nut: Brass, Gold Platedlt;br /gt; Pin: Brass, Gold Platedlt;br /gt; Contact: Brass, Phosphor Bronze or Beryllium Copper, Gold Platedlt;br /gt; Ferrule: Brass, Nickel Platedlt;br /gt; Insulator: Teflon or Derlinlt;br /gt; Hardware: Brass, Nickel Platedlt;/pgt;