A split or multi-piece structure refers to the design of the outer or inner conductor in RF connectors, where the conductor is composed of two or more parts from the interface port to the section connecting to the cable. In contrast, an integral structure means that the outer or inner conductor is d

1. IntroductionRF coaxial connectors are widely used in radar, remote control equipment, satellite communications, and other systems operating in the microwave frequency range. As signal transmission components, their performance directly affects the quality of transmitted signals. Given their exten

Depending on the particular application and model of connector, the length of a SMA connector might change. SMA connectors are often rather small, and their length is typically measured in millimeters. A standard SMA connector has a length around of 12~14 mm. Nevertheless, depending on their design

The particular application you're using will determine whether you require SMA or RP-SMA connections. Microwave applications frequently employ SMA connectors (SubMiniature version A), a type of RF connector. They generally operate at frequencies up to 18 GHz and include a distinctive screw-type conn

Undoubtedly, a SMA cable may be extended using a SMA extension cable or a SMA converter. SMA extension cables typically have the same connectors on both ends as standard SMA cables, allowing you to connect the cable to a device and then extend it to a distant location using a SMA in series adapter.

SMA connector Coaxial connections of the SMA kind were created in the 1960s for use in millimeter- and high-frequency microwave applications. Their screw-type mating mechanism, which enables a safe connection between two SMA connections, gives them their name.

RF connectors of the SMA (Sub-Miniature Version A) kind are commonly utilized in microwave applications. They are frequently used for frequencies up to 18 GHz and have a distinctive screw-type coupling mechanism. Small-sized SMA connectors are frequently seen in wireless communication and microwave

SMA connectors are typically made of a combination of different materials, to control the cost of product precisely, we choose the variety materials for SMA
The materials used are determined by the needs and application scenarios of the clients. Consumer clients, for example, require low-cost solutions. We can use brass solutions for the body, nut, pin, and socket, and PTFE for the insulator. For military and laboratory applications, we can utilize stainless steel body and nut, brass pin, beryllium copper socket, and PEEK insulator.

SMA connectors are a type of coaxial connector that was developed in the 1960s for use in high-frequency microwave and millimeter-wave applications. They are named for their screw-type mating mechanism, which allows for a secure connection between two SMA connectors. SMA connectors are commonly used in a wide range of applications, including telecommunications, networking, military and aerospace, medical equipment, and more.

SMA and SMB connectors are both types of RF (radio frequency) connectors, but they are not compatible with each other and have different characteristics.SMA (SubMiniature version A) connectors have a 1/4-inch diameter, 36-thread-per-inch threaded interface screw-type coupling mechanism and a 50 Ohm