The BNC connector was designed in the late 1940s by Paul Neill and Carl Concelman, who worked for Bell Labs. Its name is derived from the names of its two inventors and the connector’s unique physical structure. The BNC connector was initially developed as a quick-connect system that could replace the more cumbersome and less […]
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28
Mar
Mar
The SMA connector finds wide usage as a semi-precision, ultra-small RF and microwave connector, which is especially suitable for RF connections in electronic systems where frequencies can reach up to 18 GHz and even higher. SMA connectors are available in various forms, male, female, straight, right angle, bulkhead fittings, etc., making it possible to meet […]
22
Mar
Mar
RF coaxial connector is used for high-frequency signal transmission, which has certain requirements in electrical performance, mechanical construction, and plating. When selecting a product, performance and economic factors must be considered to meet the system’s electrical equipment and value engineering requirements. The following are four areas to consider when selecting an RF coaxial connector: Connector connection […]
10
Mar
Mar
FAKRA connector stands for Fachkreis Automobil (a team of automotive experts consisting of engineers from BMW, Huber-Suhner, Rosenberger, and other companies). Initially used for car radio antenna connection, FAKRA connector has become a common standard RF connector in the automotive industry and is widely used today.Here’s a look at the FAKRA connector products from the […]
04
Mar
Mar
RF connector development overview 1939 UHF connector is the earliest RF connector; During World War II, with the development of radar, radio and microwave communications, resulting in N, BNC, TNC and other medium-sized series; After 1958, with the miniaturization of the whole equipment, SMA, SMB, SMC, and other miniaturized products appeared; In 1964, the U.S. […]
10
Feb
Feb
BNC Connector The full name of the BNC connector is Bayonet Nut Connector, a snap-on RF connectors. BNC connectors are widely used in wireless communication systems, television, test equipment, and other RF electronic equipment. Early computer networks were also used. The signal frequency range supported is 0 to 4 GHz, and there are 2 types of characteristic impedance: […]
21
Nov
Nov
- Simple Construction, Good Stability and Cost-Effective.
- Good resistance to electromagnetic interference.
- With excellent electrical and mechanical properties and good shielding.
- Performing very well over short distances such as home installations.
21
Nov
Nov
- Simple Construction, Good Stability and Cost-Effective.
- Good resistance to electromagnetic interference.
- With excellent electrical and mechanical properties and good shielding.
- Performing very well over short distances such as home installations.
21
Nov
Nov
- Simple Construction, Good Stability and Cost-Effective.
- Good resistance to electromagnetic interference.
- With excellent electrical and mechanical properties and good shielding.
- Performing very well over short distances such as home installations.
21
Nov
Nov
- Simple Construction, Good Stability and Cost-Effective.
- Good resistance to electromagnetic interference.
- With excellent electrical and mechanical properties and good shielding.
- Performing very well over short distances such as home installations.