Many factors determine the type and style of waterproof connectors, of which the frequency and scale of use of mating cables are the most important factors. In actual engineering, in order to minimize reflections, the diameter of the path and cable is as close as possible. The greater the difference between the cable diameter and the arc welding diameter, the worse the performance. Added inverse function, while the generally smaller waterproof connector in the high frequency band, the performance is generally very good. When the frequency is very high (above 26GHz), it is a medium waterproof connector.

The frequency determines the use of this potentiometer series. On our website, you can find a wide range of transformers and their specifications, generally at lower frequencies (below 6GHz), using push-in locking or bayonet clamping. Screw fixing joints are generally used in high-performance applications.
Ordinary cable specifications determine the adapter impedance. 50 and 75 ohms are two standard impedances with high frequency of use, while many waterproof connectors have two impedances. The total cable and its characteristics can be found on our website. Sometimes, with frequencies below 500MHz, a 50 ohm access device can use 75 ohms and the performance is acceptable. This is because the average 50 ohm waterproof connector is inexpensive and has a wide range of uses.

In addition to matching the cable and resistive iron as much as possible on the ruler to minimize errors, it is also possible to provide high frequency and low reflection through heavy wire docking interfaces with insulators (such as SMA and N-type interfaces), and overlapping dielectric contact surfaces such as BNC and SMA often have limitations. The general diagram of the function of the reaction contact surface is the reaction reaction coefficient table.