Cáp mạng tốt nhất - Cáp mạng Intel 35422-48

Các thông số kĩ thuật và thông tin chi tiết về cấu tạo, tính năng nổi bật và chính sách hỗ trợ dòng sản phẩm cáp mạng Intel 35422-48.

PHÂN LOẠI SẢN PHẨM

Product Type	Coaxial wireless cable
Product Brand	HELIAX® \| SureFlex®
Product Series	FSJ2-50

THÔNG SỐ KỸ THUẬT CHUNG

Flexibility	Superflexible
Jacket Color	Black
Performance Note	Attenuation values typical, guaranteed within 5%

KÍCH THƯỚC

Diameter Over Dielectric	7.112 mm \| 0.28 in
Diameter Over Jacket	10.922 mm \| 0.43 in
Inner Conductor OD	2.794 mm \| 0.11 in
Outer Conductor OD	9.652 mm \| 0.38 in
Nominal Size	3/8 in

Electrical Specifications

Cable Impedance	50 ohm ±1 ohm
Capacitance	80 pF/m \| 24.384 pF/ft
dc Resistance, Inner Conductor	4.232 ohms/km \| 1.29 ohms/kft
dc Resistance, Outer Conductor	4.987 ohms/km \| 1.52 ohms/kft
dc Test Voltage	2300 V
Inductance	0.2 µH/m \| 0.061 µH/ft
Insulation Resistance	100000 MOhms-km
Jacket Spark Test Voltage (rms)	4000 V
Operating Frequency Band	1 – 13400 MHz
Peak Power	13.2 kW
Velocity	83 %

Attenuation

Enter a specific frequency to view its attenuation:
	MHz

Attenuation

Frequency	Attenuation (dB/100 m)	Attenuation (dB/100 ft)	Average Power (kW)
1.0 MHz	0.383	0.117	13.20
1.5 MHz	0.469	0.143	13.20
2.0 MHz	0.542	0.165	13.20
10.0 MHz	1.219	0.372	6.97
20.0 MHz	1.732	0.528	4.91
30.0 MHz	2.128	0.649	3.99
50.0 MHz	2.762	0.842	3.08
85.0 MHz	3.626	1.105	2.34
88.0 MHz	3.691	1.125	2.30
100.0 MHz	3.943	1.202	2.16
108.0 MHz	4.103	1.250	2.07
150.0 MHz	4.864	1.482	1.75
174.0 MHz	5.254	1.601	1.62
200.0 MHz	5.650	1.722	1.50
204.0 MHz	5.709	1.740	1.49
300.0 MHz	6.990	2.130	1.22
400.0 MHz	8.139	2.481	1.04
450.0 MHz	8.665	2.641	0.98
460.0 MHz	8.767	2.672	0.97
500.0 MHz	9.166	2.794	0.93
512.0 MHz	9.283	2.829	0.92
600.0 MHz	10.107	3.081	0.84
700.0 MHz	10.983	3.347	0.77
800.0 MHz	11.807	3.599	0.72
824.0 MHz	11.998	3.657	0.71
894.0 MHz	12.542	3.823	0.68
960.0 MHz	13.040	3.974	0.65
1000.0 MHz	13.334	4.064	0.64
1218.0 MHz	14.861	4.529	0.57
1250.0 MHz	15.075	4.595	0.56
1500.0 MHz	16.680	5.084	0.51
1700.0 MHz	17.887	5.452	0.48
1794.0 MHz	18.436	5.619	0.46
1800.0 MHz	18.470	5.629	0.46
2000.0 MHz	19.599	5.974	0.43
2100.0 MHz	20.147	6.141	0.42
2200.0 MHz	20.685	6.305	0.41
2300.0 MHz	21.214	6.466	0.40
2500.0 MHz	22.247	6.781	0.38
2700.0 MHz	23.249	7.086	0.37
3000.0 MHz	24.701	7.529	0.34
3400.0 MHz	26.558	8.094	0.32
3600.0 MHz	27.456	8.368	0.31
3700.0 MHz	27.899	8.503	0.30
3800.0 MHz	28.337	8.637	0.30
3900.0 MHz	28.771	8.769	0.30
4000.0 MHz	29.201	8.900	0.29
4100.0 MHz	29.628	9.030	0.29
4200.0 MHz	30.051	9.159	0.28
4300.0 MHz	30.470	9.287	0.28
4400.0 MHz	30.886	9.414	0.28
4500.0 MHz	31.298	9.539	0.27
4600.0 MHz	31.708	9.664	0.27
4700.0 MHz	32.114	9.788	0.26
4800.0 MHz	32.518	9.911	0.26
4900.0 MHz	32.919	10.033	0.26
5000.0 MHz	33.316	10.154	0.26
6000.0 MHz	37.158	11.325	0.23
8000.0 MHz	44.264	13.491	0.19
8800.0 MHz	46.943	14.308	0.18
10000.0 MHz	50.826	15.491	0.17
12000.0 MHz	57.001	17.373	0.15

Return Loss/VSWR

Frequency Band	VSWR	Return Loss (dB)
680–960 MHz	1.210	20.80
1700–2200 MHz	1.210	20.80
2200–2700 MHz	1.440	15.00

Material Specifications

Dielectric Material	Foam PE
Jacket Material	Non-halogenated, fire retardant polyolefin
Inner Conductor Material	Copper-clad aluminum wire
Outer Conductor Material	Corrugated copper

Mechanical Specifications

Minimum Bend Radius, multiple Bends	25.4 mm \| 1 in
Minimum Bend Radius, Single Bend	25.4 mm \| 1 in
Number of Bends, minimum	30
Number of Bends, typical	50
Tensile Strength	95 kg \| 209.439 lb
Bending Moment	2.3 N-m \| 20.357 in lb
Flat Plate Crush Strength	1.8 kg/mm \| 100.795 lb/in

Environmental Specifications

Installation temperature	-40 °C to +60 °C (-40 °F to +140 °F)
Operating Temperature	-40 °C to +60 °C (-40 °F to +140 °F)
Storage Temperature	-40 °C to +60 °C (-40 °F to +140 °F)
Attenuation, Ambient Temperature	20 °C \| 68 °F
Average Power, Ambient Temperature	40 °C \| 104 °F
Average Power, Inner Conductor Temperature	100 °C \| 212 °F
Fire Retardancy Test Method	NFPA 130-2010 \| UL 1666/CATVR
Smoke Index Test Method	IEC 61034
Toxicity Index Test Method	IEC 60754-1 \| IEC 60754-2