75Ohm RG59 Coaxial Cable

Item No.: WR-R59-001




75 Ohm RG59 Coaxial Cable Specification:

Conductor

Material / Size

CCS/Bare Copper / 20AWG  (Option)

 

 

 

 

Insulation

Material

FPE/SPE

Thickness

Nominal: 1.425 mm

Diameter

Nominal: 3.66 mm

Unaged Elongation

Min. 300%

Unaged Tensile Strength

Min. 1.683 Kgf/mm²

Out conductor

shielding

AL-Foil

braiding (Option)

Carrier: 16/24

Ends: 3-16

Wire: 0.10mm,0.12mm.0.16mm,0.20mm

Material: (Option)

Coverage: 65%(nom), 75%(nom), 85%(nom)

 

 

 

 

 

Jacket

Material

PVC (Type CM-CMX with sunlight resistance)

Thickness

Nominal: 0.81 mm

Diameter

Nominal: 6.15 mm

Color

Assorted upon request

Unaged Elongation

Min. 100%

Unaged Tensile Strength

Min. 1.407 Kgf/mm²

Aging at 100℃for 168Hrs

Min. elongation retention:50%

Min. tensile strength retention:85%

  

Marking

1.As customer request.

2.Marking of UL information changes by different classes of flame test request by customer.

 Options for material

1) Inner conductor: Tinned Copper, Bare Copper, and Copper Clad Steel available; 

2) Al-foil: unbonded AP, Bonded AP, APA, Bonded APA available; 

3) Braiding material: Al-mg, CCA,Bare Copper and Tinned Copper wire available; 

4) Braiding wire diameter: 0.12, 0.13, 0.14, 0.15, 0.16mm available; 

5) Braiding net: 80, 96, 120,128 ,144 and more available; 

6) Braiding coverage: Between 30- 97% available; 

7) Jacket material: PVC, PE Flame retardant,UV, Rohs, available.

 

Dielectric Strength of Insulation

4000 V dc / 2 seconds

Insulation Resistance Test

1000 M-Ohm (max)

Conductor Resistance

Max. 3.46 Ohm/100m at 20

Dielectric strength

5KV RMS

Capacitance Unbalance

Max. 57 pF/100m

Velocity of propagation

85%

Attenuation at 300MHz

278dB/KM (max)

Impedance

772kHz

75±3Ohm

 

  

 

 

 

 

Attenuation & Near End Cross Talk

(Sea level Test)

Frequency

Max. Attenuation


(MHz)

(dB/100 meters)

(dB/100ft)


5 MHz

1.9*

0.58*


50 MHz

4.87*

1.50*


100 MHz

6.5*

2.05*


200 MHz

9.25*

2.78*


400 MHz

13.6*

4.05*


750 MHz

18.95*

5.5*


900 MHz

20.1*

6.20*


1450 MHz

26.2*

7.8*


1800 MHz

27.9*

8.55*


2100 MHz

32.05

9.52*


2250 MHz

33.7

10*



3000 MHz

36.5

11.2*


The asterisked (*) value are for information only. The minimum Next coupling loss for any pair combination at room temperature is to be greater than the value determined using the formula:

NEXT(f MHZ)>= NEXT(0.772)-15LOG10(f MHZ/0.772)dB