Common types include RG series coaxial cable assemblies, micro-coaxial cable assemblies, semi-flexible coaxial cable assemblies, low-loss coaxial cable assemblies, and RF patch cable assemblies.
Coaxial cable assemblies feature a structure consisting of a central conductor, an insulating layer, a shielding layer, and an outer jacket. They offer excellent interference resistance and RF transmission performance, making them suitable for high-frequency signal transmission.
Depending on the cable specifications and connector type, it supports applications across various frequency bands, including Wi-Fi, 4G, 5G, GPS/GNSS, Bluetooth, satellite communications, and test equipment.
Yes. We can customize cable models, lengths, connector types, impedance, physical design, and performance parameters according to customer requirements.
It features stable signal transmission, strong resistance to electromagnetic interference, low loss, flexible installation, and high reliability.
The selection should be based on a comprehensive evaluation of operating frequency, transmission distance, installation space, loss requirements, connection interfaces, and operating environment.
It consists primarily of coaxial cable, RF connectors, protective sleeves, heat-shrink tubing, and connection terminals.
Coaxial cables typically consist of a central conductor, a dielectric insulation layer, a shielding layer, and an outer jacket; this multi-layer structure ensures stable signal transmission.
A shielding layer can reduce external electromagnetic interference while minimizing signal leakage, thereby improving communication stability.
50 Ω is a commonly used impedance standard in the field of RF communications, enabling good impedance matching between devices, antennas, and connectors.
Yes, features such as a woven mesh, a waterproof cover, and a tear-resistant design can be added to enhance the product's durability and environmental adaptability.
Common models include the RG178, RG174, RG316, 1.13, 1.37, 1.48, and LMR series, among others; different models have varying levels of loss and flexibility.
The RG174 features excellent flexibility, a compact size, and easy installation, and is commonly used in applications such as GPS, Wi-Fi, and wireless modules.
RG178 is a miniature, low-loss cable suitable for small electronic devices with limited space and for high-frequency signal connections.
Yes, we can customize different lengths based on the installation distance of the equipment, such as 100 mm, 300 mm, 500 mm, 1 meter, and so on.
Not necessarily. Thicker cables typically have lower signal loss, but flexibility and installation space must be taken into account.
Common connectors include SMA, RP-SMA, MMCX, IPEX, N-type, TNC, MCX, and others.
SMA components are widely used in wireless communication equipment, antenna connections, test equipment, and industrial equipment.
IPEX connectors are compact and well-suited for electronic devices with limited space, such as wireless modules, GPS modules, and IoT devices.
N-type connectors offer excellent water resistance and high reliability, making them suitable for outdoor communications and industrial applications.
Yes, depending on the device's interface requirements, different connector models can be used, but frequency, impedance, and structural compatibility must be verified.
Key parameters include impedance, frequency range, insertion loss, voltage standing wave ratio (VSWR), shielding performance, and temperature range.
Attenuation refers to the loss of energy that occurs as a signal travels through a cable; generally, the higher the frequency and the longer the cable, the more pronounced the attenuation.
The VSWR indicates the state of impedance matching; a lower VSWR helps improve signal transmission efficiency.
Yes, it is usually necessary to perform continuity tests, standing wave ratio (SWR) tests, loss tests, and other tests to ensure product performance.
Different cable materials have different temperature ranges; select the appropriate model based on the equipment's operating environment.
Yes, you can select products with high-temperature resistance, water resistance, shock resistance, and high shielding performance based on your application requirements.