LAN CABLE is suitable for data transmission on Local Area Network , especially for computer, video or perfect audio.
Specifications
1. Wire Construction:
Pair
Wire Arrangement
1 P
Blue ´ White / Blue Stripe
2 P
Orange ´ White / Orange Stripe
3 P
Green ´ White / Green Stripe
4 P
Brown ´ White / Brown Stripe
2. Structure:
Item
Specification
Conductor
Material
Annealed Copper
Construction
1 / 0.54 mm
Diameter
0.54 ± 0.005 mm
Insulation
Material
HDPE
Average Thickness
0.247 mm
Diameter
1.03 ± 0.02 mm
Twisted
Refer to structure figure
Assembly
Arranged in accordance with the structure figure.
Non-woven tape
Approx. 0.2 mm in thick.
Drain Wire
Material
Annealed Tinned Copper
Construction
1 / 0.515 mm
Al - Mylar
Approx. 0.06mm in thick. (with Al side in)
Jacket
Material
PVC or LSOH
Average Thickness
0.6 mm
Diameter
6.3 ± 0.2 mm
Packing
305 m plywood drum in a box
3. Electrical Characteristics： Comply with TIA/EIA-568-B.2 Standard.
Item
Electrical Characteristics of Cable
Impedance ( 1 – 100 MHz)
100 ± 15 Ω
Conductor Resistance (20℃)
9.38 Ω Per 100 m (328 ft)
Resistance Unbalance (20℃)
Max. 5%
Insulation Resistance (20℃)
1500MW - Km DC 500V
(Between wire and ground)
Dielectric strength
DC 500V / 1min. or AC 350 V / 1min.
Mutual Capacitance (1KHz)
Max. 5.6 nF Per 100 m (328 ft)
Capacitance unbalance (1KHz)
330 pF Per 100 m (328 ft) ( pair to ground)
Delay Skew
Max. 45 ns Per 100 m (328 ft)
Frequency
Insertion Loss (dB/100m) Max.
Propagation Delay
0.772MHz
1.8
—
1 MHz
2.0
534 + 36/ √f
(f：MHz)
4 MHz
4.1
8 MHz
5.8
10 MHz
6.5
16 MHz
8.2
20 MHz
9.3
25 MHz
10.4
31.25 MHz
11.7
62.5 MHz
17.0
100 MHz
22.0
Frequency
NEXT
(dB/100m)
Min.
PSNEXT
(dB/100m)
Min.
ELFXT
(dB/100m)
Min.
PSELFXT
(dB/100m)
Min.
0.772MHz
67.0
64.0
—
—
1 MHz
65.3
62.3
63.8
60.8
4 MHz
56.3
53.3
51.7
48.7
8 MHz
51.8
48.8
45.7
42.7
10 MHz
50.3
47.3
43.8
40.8
16 MHz
47.3
44.4
39.7
36.7
20 MHz
45.8
42.8
37.7
34.7
25 MHz
44.3
41.3
35.8
32.8
31.25 MHz
42.9
39.9
33.9
30.9
62.5 MHz
36.4
35.4
27.8
24.6
100 MHz
35.3
32.3
23.8
20.8
Return Loss
(dB/100m)
1≦ f ＜10MHz
RL≧ 20+5.0 log(f)
10≦ f ＜20MHz
RL≧ 25
20≦ f ＜100MHz
RL≧ 25-7.0 log(f/20)