1. Product Overview
Our RF coaxial connector adopts an imperial F male design, specifically crafted for RG316 and RG174 cables, and is also compatible with RF cable TV interfaces. It is a widely used connection component in the field of RF signal transmission, accurately meeting the strict requirements for signal transmission of various communication and electronic devices, ensuring stable and efficient signal transmission.
2. Details of Compatible Cables
RG316 Cable:
It is a small-sized high-frequency coaxial cable. Its outer diameter is approximately 2.5mm, and the inner diameter is about 0.86mm. The wire diameter and shielding performance are suitable for micro connectors. It has a characteristic impedance of 50 ohms, making it suitable for digital and high-frequency signal transmission, with a maximum operating frequency of up to 10GHz. The inner conductor usually uses copper stranded wire or copper-tin alloy stranded wire to ensure excellent transmission performance; the insulation material is low-loss polytetrafluoroethylene (PTFE) to ensure high-frequency signal transmission quality; the outer shielding adopts semi-rigid aluminum foil shielding, which effectively suppresses external electromagnetic interference; the covering material is FEP or similar materials, with high heat resistance and corrosion resistance.
RG174 Cable:
It is a 50-ohm coaxial cable. It has excellent flexibility and performs well in scenarios with strict space requirements and where frequent cable bending is needed. Although there are slight differences in transmission performance compared with RG316, it is an ideal choice in many low-power, short-distance RF signal transmission applications. For example, it is often used in the data transmission line connections of small testing equipment and some wireless sensors.
3. Product Performance Advantages
Excellent Electrical Performance:
The imperial F male design can closely match the corresponding interface, with low contact resistance, ensuring low power loss during signal transmission. It can also maintain good signal integrity in the high-frequency band, effectively reducing signal attenuation and ensuring stable signal transmission.
Reliable Mechanical Structure:
The connector shell is sturdy and durable, able to withstand a certain degree of external impact and vibration, maintaining stable connection in complex environments. It is firmly connected to RG316 and RG174 cables, and is not prone to problems such as loosening and falling off, ensuring long-term stable operation.
Good Shielding Performance:
The connector has excellent shielding characteristics, which can effectively block the impact of external electromagnetic interference on the transmitted signal, and at the same time prevent internal signal leakage, ensuring the accuracy and safety of signal transmission, and is suitable for application scenarios with high requirements for electromagnetic compatibility.
4. Application Scenarios
Cable TV Systems:
It can be used to connect cable TV signal sources with devices such as TVs and set-top boxes, ensuring high-quality TV signal transmission and providing users with clear and stable program pictures.
Connection between Communication Base Stations and Antennas:
In the communication field, it can realize reliable connection between base station equipment and antennas, ensuring efficient transmission of RF signals in the base station system, which is crucial for improving the coverage and signal quality of communication networks.
Testing and Measurement Equipment:
In various RF testing and measurement instruments in laboratories or production lines, it serves as a key component connecting cables and equipment, ensuring accurate transmission of test signals and guaranteeing the reliability and accuracy of test results.
Wireless Communication Equipment:
It is often used in small wireless communication modules, wireless routers and other equipment to realize the connection between internal components of the equipment or between the equipment and external antennas, helping to stably send and receive wireless signals and ensuring the smooth progress of wireless communication.
