rf-1/2" feeder coax cable 1/2" 50 ohm feeder breaker SYV-50-3 coaxial cable RF line Pure copper 50-3 feeder 50-7 75-7 lmr600

【Company Profile】 

● Ayision have overseas warehouses, such as Germany, Italy, United States and so on, if you order, we can ship to you from our local warehouse directly.
● Ayision support drop shipping service within 3 days, help customer create his own platform, such as Shopify, Amazon and so on. Can provide customer all pictures, video and all advertisement files.
● Ayision support wonderful After-sales service, such as Remote Service, Telephone Consultation, Technical Support, Localization Services, Repair and so on.
● Our company pays special attention to quality control, we always trust good quality is most important thing for our customer and us. 

【Product Details】

This is a 1/2 feeder, which has good signal transmission capability in mobile signal amplifiers. Its structural characteristics result in minimal signal loss during transmission, making the 1/2 feeder line more advantageous for long-distance transmission.
● Wide applicability: Suitable for multiple mobile signal frequency bands, whether it is 2G, 3G, 4G or 5G signals, it can effectively transmit and meet the signal enhancement needs of different users in different network environments.
● High stability: 1/2 feeder connection is simple, and the failure rate is low after installation. This feature enables stable operation in mobile signal amplifier systems, reducing signal interruptions or instability caused by feeder issues and providing assurance for sustained and stable signal enhancement.
● Helps to enhance signal coverage: When used in conjunction with a mobile signal amplifier, it can effectively expand the signal enhancement range.

【Parameters 】

FAQs On Cell Phone signal Boosters

1.What are the types of cables for mobile signal amplifiers?
Common mobile signal amplifier cables include coaxial cables, etc. Coaxial cables have good shielding performance, which can effectively reduce external interference and ensure the stability of signal transmission. They are widely used in the connection of mobile phone signal amplifiers.

2.How to choose the appropriate cable for mobile signal amplifier?
Firstly, the transmission distance should be considered. If the distance is long, it is necessary to choose a wire with less attenuation to ensure signal strength. For example, in large buildings, low-attenuation high-quality coaxial cables are a better choice for long-distance transmission.
Secondly, attention should be paid to the shielding performance of the wires. Good shielding performance can prevent external electromagnetic interference, especially in areas with complex electromagnetic environments, such as near high-voltage lines or large electrical equipment.

3.Does the length of the mobile signal amplifier cable affect the signal?
Yes, it has an impact. Generally speaking, the longer the wire, the greater the signal attenuation. For example, when using an excessively long coaxial cable to connect a mobile phone signal amplifier, the signal will gradually weaken during transmission, which may result in the final received mobile phone signal strength not being as expected.

4.Does the quality of the mobile signal amplifier cable affect the signal amplification effect?
it will be. High quality wires can transmit signals more effectively, reducing signal distortion and attenuation. Low quality wires may have problems such as excessive resistance and poor shielding effect, which can affect the amplification and transmission of signals by mobile phone signal amplifiers.

5. Do mobile signal amplifier cables require special interfaces?
Usually, mobile phone signal amplifier cables require specific interfaces to ensure connection stability and effective signal transmission. Different devices may have different interface requirements, which need to be determined based on the specific mobile signal amplifier and related equipment.

6. How to maintain the wires of the mobile phone signal amplifier?
To avoid excessive bending or pulling of the wire, as this may damage the internal wire structure. At the same time, it is necessary to keep the wires clean and avoid contamination with oil or dust, which may affect the electrical performance of the wires.