The cables themselves are useless unless they end with a konektor or a more special coaxial konektor. A coaxial konektor allows one cable to be connected to another cable or a device. Therefore, there are two different types of konektors: those connected to the cable and those connected to the device. The device konektorduwe flange bolongan papat.
1. Kabel terpusatkonektor
In a cable, the konektor is mechanically tightly connected to the end of the cable. Once the konektordisambungake menyang kabel, dadi kumpulan kabel. Insinyur RF banjur nyambungake saben bagean miturut kabutuhane. Yen mung dibutuhake sawetara rakitan kabel, luwih murah lan luwih cepet bisa dipasang dhewe; nanging yen dibutuhake akeh kabel kabel, luwih becik tuku rakitan kabel.
2. Konektor
Tujuane saben wongkonektor is the same, with minimum insertion loss. Although the insertion loss of the konektor is very small compared with the cable, the konektor does have an insertion loss, and there are many different types of konektors. Almost all konektor families have konektors suitable for cables and devices. As a general rule, the konektors of one group will not match the konektors of another group.The second reason is evolution. As the times change, konektor manufacturers often improve the connection according to actual needs, or reduce the insertion loss, or facilitate the use of the connection. Significant changes are made to an existing konektor type each time.
3. Adaptor
Amarga beda ikikonektorkulawarga, kedadean sing menarik wis muncul. Insinyur RF kepeksa nyambung kabel nganggo kabel kasebutkonektor to another cable or device with a different konektor family. This cannot be done. The adapter is that they are in step. Adapters, also called coaxial adapters, are short bilateral konektors. On one side is one type of konektor, and once is another type of konektor.