Rg142 High-Temperature Coax Cable for Commercial Wireless Applications

• Customization: Available
• Type: Insulated
• Conductor Type: Stranded
• Model NO.: RG142
• Application: Heating, Redio Frequency, Telecommunication
• Conductor Material: Silvered Copper
• Sheath Material: FEP
• Insulation Material: PTFE
• Material Shape: Round Wire
• Range of Application: Wireless Applications, Microwave Signal
• Certification: ISO9001, CE, RoHS
• Brand: OEM Manufactur
• Impedence: 50ohm
• O.D: 5.0mm
• Rating Voltage: 300V
• Operating Frequency: 0-6GHz
• Weight: 6.5kg/100m
• Applied Standard: Mil-C-17
• RoHS Compliance: Compliant
• Temperature Range: -55 ~ +200 ºC
• Vswr: ≦1.3 @ 12.4GHz
• Transport Package: Cartons
• Specification: 0.94SCCS, Double Silvered copper Braid
• Trademark: Aite Cable
• Origin: Hangzhou, China
• HS Code: 8544200000
• Production Capacity: 3000km/Year

Product Description

RG142 Microwave 50Ohm Coaxial Cable 

RG142 is a high-temperature coax cable ideal for use in interconnections between telecommunications equipment and is widely used for commercial wireless applications. RG142, also known as RG-C, is a flexible coaxial cable, which means that it is resistant to static build-up and high levels of electromagnetic interference. It is also incredibly durable, as it features a specific, patented, thermo-electric extruded PTFE dielectric. This dielectric can withstand temperatures up to 200 degrees Celsius. The top-quality material in this 50-ohm coaxial cable's construction makes it a great choice. It features a silver-coated coper-clad steel conductor, PTFE insulation, an FEP jacket, and a double shield. However, in order to get the best from RG142 coaxial cable, you need to ensure that you are using the best quality connectors, shielding, and core structures available.

Specification

Applications

he RG142 cable was specifically built for the United States Military in the World War II era. It has a military equivalent part number of M17/60-RG142.

This part number gives the United States Military an excellent option to use the highly reliable RG142 in their satellites, systems, and other tactical operations and equipment.

Because of the obvious importance in these cables, the military requires them to have minimum and maximum dielectric adhesion values, specific shrink back allowance, eccentricity standardizations, stress crack resistance tests, and many more specifications that add to the durability and reliability of the RG142.

All trusted manufacturers will produce the same high-quality RG142 because of its high QPL, which demands stability and rigidity in the testing and construction of specs and authenticity.

MIL standard

Cable Type: RG142 coaxial cable Overall Diameter: 0.195"
Inner Conductor: Silver-Coated Copper Clad Steel (SCCS)
Conductor Diameter:0.037' 0.94mm
Dielectric Insulator: Solid, PTFE
Outer Diameter: 0.116"/ 3.0MM
Shield: Double Silver Plated Copper Braid
Jacket: FEP

Outer Diameter: 4.95mm

High Speed Braiding

braiding 

Insulation production

Technical Specifications

The RG400 cable listed cover the majority of high frequency data and signal transmission requirements.

Construction	Material	Diameter(mm)
Inner Conductor	Solid Silvered Copper Clad Steel Wire	0.94
Dielectric	Solid PTFE	2.95
Shield	Double Silvered Copper Braid(36 AWG stand)	3.95
Jacket	FEP	5.0

Electrical Characteristics
Impedance (Ω)	50±2
Capacitance (pF/m)	105±5
Velocity of Propagation(%)	69.0
Max Voltage with Standing	5000vrms
Working Voltage	1900vrms
Max Frequency	8000Mhz
Operating Frequency	12.4 GHz Max.

Attenuation(@20℃) (Typical Value @ 25℃ & Sea Level)
Frequency (MHZ)	Attenuation (dB/m)
100	0.13
400	0.26
1000	0.43
3000	0.89
5000	1.2
10000	1.6

OEM Customized

There is an increasing need for cable to be customised to meet a customers specific requirements.
Such as changing the colour of a sheath on a standard cable, to composite cables with different sized cores, with various levels of screening. Also we can use inner conductor with different materials including copper, Tinned copper, CCS, CCA and TCCA to match the costs and performance.
In addition, cables can be over-sheathed in PE, PVC or LSZH materials to satisfy different requirements. In the case of PVC, we can also stripe outer sheaths to provide easy identification. CPR-Compliant options are available for this cable

After Sales Service

Standard Warranty: 12 months.
Extended Warranty: Optional coverage up to 36 months.
Global Support: 24/7 technical assistance and spare parts supply.
Training: On-site or remote operation/maintenance training.

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FAQ

What is the differences between RG142 and RG400 coaxial cable?

RG142 and RG400 are both high-temperature coax cables with a maximum temperature rating of 200°C, which allows for installation in heat-sensitive climates and projects. RG142 is a versatile coaxial cable designed for use in radio frequency, telecommunications, interconnects, and signal transfer applications. RG400 coax cable is well-suited for use in satellites, systems, and other tactical operations. RG142 and RG400 are similar in most regards, but there are a few subtle differences that set them apart. First, we'll take a look at each cable's construction.

RG142 coax cable features a solid silver-coated copper-clad steel conductor, while RG400 coax cable has a stranded silver plated copper conductor. The differences in conductor material and type play a major role in the cable's weight differences, the slight difference in pricing, and how they differ in terms of flexibility.

RG400 weighs 50 lbs/MFT which is slightly heavier than RG142, which weighs 43 lbs/MFT. RG400 coax is also more flexible and has a greater resistance to flexing fatigue failure than the RG142 coax. Finally, copper-clad steel is slightly less expensive than copper, so RG142 costs less than RG400.

Focusing on attenuation, it's important to keep in mind that the larger the conductor, the less the attenuation. The attenuation is directly aligned with frequency and determines how far the signal will travel over the coaxial cables. Because RG142 has a solid copper clad steel conductor, low-frequency electrical power is able to travel down the middle of the wire. The attenuation from the RG400 coax is slightly higher because of the conductor stranding.