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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Why use 50Ω for coaxial cable?
Why use 50Ω as the reference impedance in both radar and radio equipment? Around this problem, there have been many misconceptions in history: "because the size of the first coaxial structure happened to be selected at 50Ω"; "because 50Ω matches well with the antennas used before the 1960s" and so on. In fact, the choice of 50Ω reference impedance is the result of a compromise between the minimum loss and the maximum power capacity of the air coaxial cable. For air dielectric coaxial cables, in order to minimize the loss, the best ratio of the inner diameter of the outer conductor to the outer diameter of the inner conductor is required to be 3.6, which corresponds to an impedance Zo of 77Ω. Although the performance at this time is the best from a loss point of view, this size ratio cannot provide the maximum peak power capacity allowed before dielectric breakdown occurs. At the maximum power capacity, the ratio of the inner diameter of the outer conductor to the inner diameter of the conductor should be 1.65, and the corresponding impedance Zo is 30Ω. The geometric average of 77Ω and 30Ω is approximately 50Ω, as shown in the following formula. In this way, the 50Ω standard is a compromise between the minimum loss and the maximum power capacity of the coaxial cable.
