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LMR 600 Low Loss 50 Ohm Cable , 4.47mm Bare Copper with Tinned Copper Braid for GPS

Place of Origin: Zhejiang

Company Profile

Location: Nanjing, Jiangsu, China (Mainland)
Business Type: Manufacturer
Main Products: Signal Coaxial Cable, CCTV Coaxial Cable, CATV Coaxial Cable

Product Detail

Model No.: Low Loss 600 Coaxial Cable

Product Description

 

LMR 600 Low Loss 50 Ohm Cable , 4.47mm Copper with Tinned Copper Braid for GPS

 

 

Quick Detail:

 

  • Low Loss 600 Coaxial Cable
  • 50 Ohm Communication Cable
  • 4.47mm Bare Copper
  • Tinned Copper or CCA Braiding
  • Designed for Flexibility, Low Loss, RF Shielding
  • ISO, CE, RoHS, UL

 

 

Description:

 

KT0507 Low Loss 600 50 Ohm Coaxial Cable, 4.47mm Copper / CCA Conductor

is a low loss, braided coaxial cable offers similar performance compared to corrugated

copper products but with higher flexibility and simplified connectorization.

Can be used in almost any application where handling characteristics, improved shielding

and low loss is required. Low loss signal 600 is packed in 500FT/1000FT plastic/wooden spool,

and will be layed on pallet to protect the spool and easier carry.

Because of good managing methods, KINGTONE’S price of Low loss signal 600 

is not high although our quality is really high.

 

 

Applications:

 

Low loss at high frequency for radiocommunication and amateur radio.

 

KT0507 LMR 600 Low Loss 50 Ohm Coaxial Cable, 4.47mm Copper / CCA Conductor
Construction Parameters:
  Inner Conductor 4.47mm     Bare Copper/Copper Clad Aluminium
  Dielectric 11.56mm  Foamed PE
  First Shield              BONDED AL FOIL  
  Second Shield Nom. 12.50mm       Tinned Copper Braid  
  Jacket 14.99mm                        PVC (Color by your choise)/PE
 
Electrical Characteristics:
  Capacitance 76.8 pF/m
  Impedance 50 Ω
  Velocity of Propagation  0.86
  Shielding Effectiveness(>dB) 90
  Min.Bend Radius(mm) 75
  Operating Temp Range  (PVC) -25  to 70
  Operating Temp Range  (PE) -40  to 80
  RoHS YES
 
Attenuation(20):
Frequency (MHZ)             Attenuation (dB/100m)
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