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| Image | Product Name | Impedance | Model | Inquiry |
|---|---|---|---|---|
 | NO.7101204 RG58 TC TC PVC | 50 ohm | 19*0.18mmTC+2.95mmSPE+112×0.12mmTC+4.95mmPVC | Inquire |
 | NO.7101209 RG174 BC | 50 ohm | 7*0.17mmBC+1.52mmSPE+64×0.10mmTC+2.79mmPVC | Inquire |
 | NO.7101210 RG174 CCS | 50 ohm | 7*0.17mmCCS+1.52mmSPE+64×0.10mmTC+2.79mmPVC | Inquire |
 | NO.7101214 RG213 | 50 ohm | 7*0.752mmBC+7.24mmSPE+192×0.18mmBC+10.3mmPVC | Inquire |
| NO.7101215 RG214 | 50 ohm | 7*0.752mmSPC+7.24mmSPE+144×0.16mmSPC+168×0.16mmSPC+10.8mmPVC | Inquire |
 | NO.7101216 RG223 | 50 ohm | 0.90mmSPC+2.95mmSPE+112×0.12mm SPC+112×0.12mm SPC+5.3mmPVC | Inquire |
MIL-C-17 coaxial cables are specified by the U.S. Department of Defense for military and aerospace applications. They are known for their high quality,
reliability, and performance in transmitting radio frequency signals. These cables come in various designs and are made with different materials,
including various conductors, dielectrics, shields, and jackets. They are suitable for a wide range of temperatures and voltages and are used in both
military and commercial sectors. The specification covers many cable types, each suited for specific applications. For detailed information, it's best to
refer to manufacturers' datasheets.
RG MIL-C-17 PE insulation cables refer to a specific type of coaxial cables that use Low-Density Polyethylene (LDPE) as the insulating material.
In the context of MIL-C-17 specifications, "RG" typically stands for "Radio Guide," a designation used for various types of coaxial cables.
These cables are designed to conform to certain military specifications for performance, reliability, and quality.
The use of LDPE as an insulating material in these cables is chosen for its electrical properties, including its insulating capacity and resistance to
moisture. LDPE is a popular choice for insulation in various cable types due to its flexibility, durability, and effectiveness in protecting the conductor from
external interference.
ion Communication offer RG 8/ RG 8X/RG 58/ RG 142/ RG 174/ RG 178/ RG179/ RG 213/ RG 214/ RG 223/ RG 400 and more.
For more about its key features and applications, please check our 50ohms RG coaxial cable guide.
The RG58 coaxial cable is a flexible, light, and versatile cable, predominantly used for transmitting low-power RF and signal connections.
RG58 is often used for low-power signal and RF connections with an impedance of 50 Ω.
There are several versions with differences in core material (solid or braided wire) and shield (70% to 95% coverage).
The RG58 coaxial cable comes in several variations, each designed for specific applications and requirements.
Here are some common types of RG58 coaxial cables:
RG58/U: This is the standard version of RG58, typically with a single solid copper conductor with solid PE insulation.
It's widely used for RF applications and general-purpose work.
RG58A/U: This variant features a stranded tinned copper conductor with PE insulation with AL/PET Foil, Flexible RG58A/U
Low Loss coaxial cable equal to LMR195/CNT195/LLC195 . It's suitable for situations where the cable needs to be moved or bent frequently.
RG58C/U: This variant features a stranded tinned copper conductor with solid LDPE insulation.
The RG58 coaxial cable is a versatile type of cable used in various applications, primarily due to its flexibility,
50-ohm impedance, and ability to handle radio frequency (RF) signals.
Here are some common applications:
Two-Way Radio Systems:
RG58 is often used in two-way radio setups, including CB (Citizens Band) radios, amateur (ham) radios, and other personal radio services.
Ethernet Networks:
It was historically used in 10Base2 (Thinnet) Ethernet networks, though this application has become less common with the advent of more advanced networking cables.
Test and Measurement Equipment:
Due to its compatibility with a variety of connectors, particularly BNC connectors, RG58 is frequently used with oscilloscopes and other test equipment.
Antenna Feeds:
RG58 is suitable for certain types of antenna feed lines in radio communication setups, particularly where shorter cable runs are involved.
Wireless Communication Systems:
It finds applications in WLAN (Wireless Local Area Network) setups for connecting antennas and other wireless communication equipment.
Military and Aerospace:
Due to its robustness and reliability, RG58 is used in various military and aerospace applications for signal transmission.
Laboratory Use:
In labs, RG58 cables are used for carrying RF signals in experimental setups and research applications. Marine Applications: Its use in marine communications is also notable, especially for short-distance signal transmission.
The RG174 coaxial cable is a specific type of cable known for its thinness and flexibility, making it suitable for various applications. Here's a detailed
overview of the RG174 coaxial cable, including its specifications, types, and applications:
Inner Conductor
Dielectric 1.52 ±0.05mm SPE
Shield
Density of braiding: 85.6% ± 3%
Jacket 2.79±0.10mm PVC Black
Indoor/Outdoor Use:
It's suitable for both indoor and outdoor settings, providing a rugged and low-loss cable solution.
Projects and Intra-Equipment Wiring:
RG174 is often used in projects and internal wiring within equipment due to its flexibility and small diameter.
Not Suitable for Outdoor Use:
It is generally not recommended for outdoor use due to its construction and material properties.
Connection with Various Connectors:
The cable is compatible with a wide range of connectors, making it versatile for different interface types.
Tactical Applications: The cable's solid PE dielectric provides superior crush resistance, making it suitable for tactical applications.
The RG213 coaxial cable is a specific type of cable widely used in various radio frequency (RF) applications.
Here's a detailed overview of the RG213 coaxial cable, including its specifications, types, and applications:
Conductor:
7/0.75mm Bare Copper. RG213 typically features a stranded copper conductor, providing good conductivity and flexibility.
Dielectric:
7.24mm Solid LDPE. The dielectric material is often solid polyethylene (PE), offering good insulation and low signal loss.
Shielding:
95.3% Coppper Braiding. RG213 usually has a braided copper shield, which offers excellent protection from external electromagnetic interference.
Jacket:
10.3mm PVC. The outer jacket is made of PVC or other durable materials, providing protection against physical damage and environmental factors.
Impedance:
The characteristic impedance of RG213 is 50 Ohms, making it suitable for many RF applications.
Diameter:
It has a larger diameter compared to cables like RG58, making it more suitable for higher power applications.
Amateur Radio:
Frequently used in ham radio setups for antenna feed lines due to its ability to handle higher power levels.
Broadcast:
Suitable for radio and television broadcast applications.
Military and Aerospace:
Its durability and reliability make it a good choice for demanding military and aerospace environments.
Marine Communications:
Used in marine applications where reliable and robust communication links are essential.
Antenna Installations:
Ideal for fixed antenna installations, especially where higher power handling is required.
The RG214 coaxial cable is a specialized type of cable used for certain radio frequency (RF) applications.
Here's a detailed overview of the RG214 coaxial cable, including its specifications, types, and applications:
Conductor:
7/0.752mm SPC. RG214 typically features a stranded, silver-plated inner conductor.
Dielectric:
7.24mm Solid LDPE. The dielectric material is usually polyethylene (PE).
Shielding:
Double braiding shielded.A key feature of RG214 is its double braided silver-plated copper shielding, offering excellent protection against electromagnetic interference.
Jacket:
10.8mm PVC. The outer jacket is typically made of PVC, providing durability and resistance to environmental factors.
Impedance:
Like many RF coaxial cables, RG214 has a characteristic impedance of 50 Ohms.
Military and Aerospace:
Its robust construction makes it suitable for demanding military and aerospace applications.
High-Frequency Applications:
The double shielding makes it ideal for high-frequency transmission lines where minimal signal loss and interference are crucial.
Broadcast:
RG214 is used in radio and television broadcast applications.
Laboratory and Testing Environments:
The cable's precision and shielding characteristics make it suitable for use in RF testing and laboratory settings.
Communication Systems:
It's used in various communication systems, particularly where high power handling and interference protection are required.
The RG223 coaxial cable is a specialized type of cable used in radio frequency (RF) and communication applications.
Here is an overview of its specifications, types, and applications:
Conductor:
0.90mm SPC. RG223 typically features a silvercoated copper conductor.
Dielectric:
2.95mm Solid LDPE.The dielectric material is usually polyethylene (PE).
Shielding:
Double SPC braiding.A notable feature of RG223 is its double braided shielding,
which offers enhanced protection against electromagnetic interference compared to single shielded cables like RG58.
Jacket:
5.3mm PVC. The outer jacket is made of PVC or other durable materials, offering environmental protection and durability.
Impedance:
RG223 has a characteristic impedance of 50 Ohms. Applications of RG223 Coaxial Cable Data and
Data and Communication Networks:
RG223 is used in various network (LAN/WAN) connections due to its effective shielding and low signal loss characteristics.
Military and Aerospace:
The robust construction of RG223 makes it suitable for demanding military and aerospace applications.
Telecommunications:
RG223 is often used in telecommunications setups, including base stations and antenna feeds.
Radio Frequency (RF) Applications:
The double shielding makes RG223 ideal for applications where minimal signal interference is crucial, such as in RF communication systems.
Test and Measurement Equipment:
Due to its precise impedance and shielding, RG223 is suitable for connecting to test and measurement equipment in laboratory settings.
UL/ETL/CPR/CE/RoHS/REACH/ISO9001/ANATEL/SABS
