UHF series cable provides the lowest insertion loss in the current industry, and has excellent mechanical phase, temperature phase, and attenuation stability. And has good processing ability for power bearing. This is achieved through a cabl...
UHS series cable is the super-flexible type of ultra-low loss stable-phase cable. In the market application experience, ultra-low loss stable-phase cable in meeting customer requirements for electrical performance, in actual use, there are s...
LLF series cables provide a wide range of applications in the current industry, and have very good mechanical phase, attenuation stability, excellent shielding performance and long service life. It is made of low-density PTFE medium and thre...
LHF series cables provide low insertion loss within the current industry, and have very good mechanical phase, temperature phase and attenuation stability. Currently, the highest operating frequency of this series is 67GHz. It uses ultra-low...
The LHS superflexible series cables provide the most flexible radio frequency cables at present, and have very good mechanical phase, low attenuation and attenuation stability, and high shielding. And has good processing capacity for power c...
LCF series cables are UHF series economical radio frequency cables, which not only increase the cable attenuation with less floating, but also greatly reduce the cable cost. It is woven with low-density PTFE medium, aluminum foil longitudina...
The AF series cable is a UHF series economical radio frequency cable, which not only increases the cable attenuation with less floating, but also greatly reduces the cable cost. It is woven with low-density PTFE medium, aluminum foil longitu...
The LCS series cable is a UHF series economical radio frequency cable. It increases the cable attenuation in a small float, but greatly reduces the cable cost. It is realized through the cable structure. It uses low-density PTFE medium, alum...
LLS series cables are UHF series economical radio frequency cables, which increase the cable attenuation with less floating, and also greatly reduce the cable cost. It is realized through the cable structure. It uses low-density PTFE medium,...
With the continuous improvement and needs of market testing capabilities, Getuo Microwave will develop DC-67GHz high-performance & high-precision test cable assemblies, which are equipped with compression-resistant, torsion-resistant, waterp...
With the continuous improvement and needs of market testing capabilities, Getuo Microwave will develop DC-67GHz high-performance & high-precision test cable assemblies, which are equipped with compression-resistant, torsion-resistant, waterp...
High-strength cable assembly is a flexible cable assembly that can be bent up to 70% and can replace customized semi-steel cables without customizing its own length and bending angle. It is used between communication systems and modules. , I...
UHF series cables provide the lowest insertion loss in the industry, and have very good mechanical phase, temperature phase and attenuation stability. And has good processing capacity for power carrying. This is achieved through the cable st...
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Precautions for the use of microwave radio frequency test cables
Microwave & RF Coax Test cable (English name Microwave&RF Coax Test cable) is a kind of high-precision system test consumables commonly used in the field of wireless communication. It is used in conjunction with test instruments. The most common ones are Agilent, Rohde & Schwarz, Anrisu, etc. Network analyzer, sweeper.
Level classification:
1. Military aerospace grade, the main feature is that the phase amplitude is very stable, resistant to high and low temperature and other environmental factors, VSWR is small, and the frequency reaches 26.5Ghz, 40Ghz, 50Ghz, 60Ghz, 75Ghz, 110Ghz.
Two, experimental level
Stable performance parameters, precision
Three, mass production test level
Durable and economical.
Precautions and methods for use:
Environmental requirements: The product should be stored in an environment where the temperature is -20/60℃, the relative humidity is ≤75%, and is dust-proof and non-corrosive gas.
Before using the test cable assembly, check whether the cable connector used matches the device end interface, especially the precision millimeter wave connector.
When using the test cable assembly, it must be tightened with a torque wrench and cannot exceed the maximum torque specified by the connector. The correct connector connection method is: after aligning the male and female connectors of the same type of connector, hold the female with one hand, and rotate the locking nut of the male with the other hand, while ensuring that the inner and outer conductors do not rotate relative to each other. , It is strictly forbidden to rotate the female connector. If it is a nut with a non-slip knurled structure, tighten it with your fingers. When using the test cable, the number of bending times should be minimized, otherwise the service life of the cable will be shortened. Due to the complicated test environment, when bending is required, the bending radius cannot be less than the minimum bending radius of the cable itself. When using the test cable assembly, ensure that the test table is clean and tidy. Any impact or extrusion may damage the electrical performance of the cable. It is strictly forbidden to install a cable protective cover without authorization, so as not to damage the mechanical structure of the cable and shorten its service life. At the end of the test, the test cable should be removed in time to check whether the connector interface is clean, damaged, and whether the interface depth is within the acceptable range. After confirming that it is correct, use clean compressed air to blow off the debris attached to the surface of the medium, and cover the protective cap. Store in a suitable environment. It is strictly forbidden to use test cables with problems, so as not to damage the interface between the DUT and the test system and affect the test accuracy of the DUT.
Test cable assembly, incorrect operation, frequent use will shorten the service life of the test cable. The number of bending times of the cable is about 7000-10000 times, the Eastample supertest @ series can reach 100,000-500,000 times, the design life of the connector is about 500-1000 times, and Eastample >5,000-20,000.
