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What is the full form of BNC?

Full form of BNC: Here, we are going to learn what does BNC stands for? BNC – which is an abbreviation of "Bayonet Neill–Concelman" in Computer Acronyms/Abbreviations, etc.
Submitted by Anushree Goswami, on April 27, 2020

BNC: Bayonet Neill–Concelman

BNC is an abbreviation of "Bayonet Neill–Concelman".

It is also known as "British Naval Connector" or "Bayonet Nut Connector". It is an instant connect/disconnect electrical connector developed to function at the frequencies of radio in the multi-megahertz range, which normally used with coaxial cable.

In the BNC, an outer conductor is used with slots and a number of plastic dielectrics are used on both the left and right male and female connectors. At higher frequencies, dielectric turns out to be the source of increased losses. The slots of BNC may radiate signals higher than 4 GHz, as an effect the connector is in working condition, other than not at all essentially secure up to about 11 GHz.

In the categories of BNC, there is an availability of most frequently developed versions 50 ohms and 75 ohms for typical use. The development of a 75-ohm connector, according to its dimensions to some extent not as same as from the 50-ohm modification, however, there is a possibility on the other hand that they can be developed to connect mechanically.

Occasionally, the 75-ohm categories can be acknowledged by the compacted or missing dielectric at the connecting ends. The use of a 75-ohm version of BNC connectors is in general defined at frequencies up to 2 GHz. The fundamental use of the 75-ohm version of BNC connectors is in Video and DS3 Telco central office applications.
The use of the 50-ohm version of BNC connectors is normally defined at frequencies up to 4 GHz. They are mainly used for data and RF.

Use of BNC connector

The connection between analog and serial digital interface video signals.
Radio waves signaling and communicating connections.
Signal connections associated with electronic systems used on aircraft, artificial satellites, and spacecraft.
Nuclear instrumentation.
Electronic test equipment, in the duration of signaling and laying hold of responses from equipment under test.