With the rapid development of mobile communication technology, antenna-feeder systems play a vital role in mobile communication networks.
Different methods solve different cable fault problems. A cable fault test system containing different units is needed to solve all cable fault problems.
As more and more 5G base stations are built and put into use, the test tasks and difficulty of 5G networks and base stations are gradually increasing. Using professional 5G test communication test instruments can effectively judge the performance and health of base stations.
TFN FMT715C/FMT760C signal comprehensive tester can be used to measure "return loss", "standing wave ratio", "cable loss", "fault location", "reflection phase" and "Smith chart" in engineering sites, and has been widely used in communications, antenna manufacturing, medical, military and other fields.
In the military field, radio comprehensive testers can ensure accurate testing and maintenance of communication equipment, ensure the stability and effectiveness of command and control systems, and improve the reliability and security of battlefield communications. They are indispensable test and assurance tools in military operations.
TFN FKI series laser rangefinders can meet the testing requirements of most application scenarios in terms of parameters, performance and functions.
Ethernet tester can help network engineers and technicians ensure the reliability, high performance and correctness of the network, and timely discover and eliminate network faults.
Macrobend refers to the bending of an optical fiber within a large radius, which will cause abnormal attenuation of signal power during optical fiber transmission.
Interference events occur frequently. TFN's RMT series handheld spectrum analyzers can solve problems such as interference location and analysis.