what is the full form of BNC used in electronic engineering experiments?

Answer 1

The BNC connector is a type of RF connector used for terminating coaxial cable. The connector was named after its bayonet mount locking mechanism and its two inventors, Paul Neill of Bell Labs (inventor of the N connector) and Amphenol engineer Carl Concelman (inventor of the C connector). It is a lot smaller than N and C connectors. Nicknames the BNC has picked up over the years include: "Baby Neill-Concelman", "Baby N connector", "British Naval Connector", "Bayonet Nut Connector".

The BNC connector is used for professional video connections, both for analog and Serial Digital Interface signals, amateur radio antenna connections, and on nearly every piece of electronic test equipment manufactured in the last 35 or so years. This connector is an alternative to the RCA connector when used for composite video on commercial video devices, however many consumer electronics with RCA jacks have been utilized on commercial video equipment with BNC jacks via adaptor. BNC connectors were commonly used on 10base2 thin Ethernet networks, both on cable interconnections and network cards, though these have largely been replaced by newer Ethernet devices whose wiring does not use coaxial cable. Some ARCNET networks use BNC terminated coax.

A threaded version of the BNC connector, known as the TNC connector (for Threaded Neill-Concelman) is also available. It has superior performance to the BNC connector at microwave frequencies.

The BNC connectors are commonly used in NIM electronics, but they are now often replaced by LEMO miniature connectors which allow for higher densities.

Answer 2

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Sit down and compare side by side the curriculum. You will see a lot of over lap. BTW I have a masters in Mechanical engineering, but I also am an electronics hobbyist. Even mechanical engineers take electrical engineering courses to get their degree. Back in the day there was only a hand full of recognized engineering disciplines: mechanical, civil, electrical, chemical, industrial (manufacturing), aerospace and marine. Traditionally Electrical engineering for the first 2/3rds of the 20th century was involved in developing electrical distribution grids (power utilities), motors, generators, hydro-electrics (dam's) and all the things that get the lights on. Good OLD basic electrical engineering lost the glamor to the new high tech stuff. However turning on the lights is critical with the need for new alternative energy sources (wind, solar, new battery technology). These new power sources are mostly related to electrical power. Electrical engineering is key, but so are electronics and all other types of engineering. Be aware electrical engineering can be very abstract and requires more advanced math. Civil have the same core but specialize in how materialswork and making the earth do what we want (aka soil / dirt). Aerospace?Marine is more specialized but still has the core engineering knowledge. Mechanical engineering does many things with design, physics, materials and mechanisms, as well as electricity, since ME's take courses in AC/DC circuits as well. As things changed more in the latter part of the 20th centery, electrical engineering degree branched out into specialties such as space, computers and semi conductor design. Do you know the difference between DC/AC, what a diode, transistor, resistor, capacitor and transformer do? My point is, are you interersted in this stuff. I have been fascinated with electronics since I was a kid, but got my degree in mechanical engineering. Have you ever experimented with electronics. Do you own a VOM? Ever solder anything to a board. Why get into something you have no passion for? The degree is just a stepping stone to have a base of knowledge to grow from. If you go to a good college and get good grades that is a start. The next step is get a keen interest in some area that you want to work on. There are a lot of optional courses and projects you can focus on during undergrad or grad work. I think the future in engineering is developing NEW power systems, kind of a throw back when all electrical engineers went to work for power companies. We have wind, solar, nuke (which we need), geothermal and battery technology. Electrical, electronics, mechanical, civil, marine and industrial engineering is needed. Heck we still need oil and finding ways to get it is still a challenge. ASK the Dean of the College of Engineering if their curriculum is ABET accredited. ABET = American Board of Engineering Technology. Many companies require a degree from an ABET approved college. Next what do you want to do? Yes electronics are critical but do you want to design circuit boards? To be honest all the semiconductors that have been invented have been invented (to a degree). Most new things are varations on the existing technology since the 60's. New computer chip technology is not being developed by a guy with a Bachelors Degree in engineering. The folks that work on that have PH D's in phiscis and manufacturing. So consider how far you want to go, a working engineer or a PhD reseacher (which is a special person not all are cut out for).

Answer 3

Bnc Electronics

Answer 4

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RE:
what is the full form of BNC used in electronic engineering experiments?

Answer 5

BNC is an IRC (Internet Relay Chat) proxying server under the GPL (General Public License). It allows users to connect to chat servers by bouncing off the computer which is running BNC. Basically, it forwards the information from the user to the server and vise versa.

Why do people use it? There are several reasons for people to use BNC. Some people use BNC because their computers do not have direct access to the Internet. Thus, inorder for them to chat from their workstations, they must have a proxy server to forward data. Other people use BNC for security. Because of BNC's unique property, It sends the IP address of the host computer to the IRC server, thus the real address of the user is hidden from others.

BNC is free, and its use thereof, modifications can be made and released as long as the whole source is included with credits made to the appropriate parties.



The BNC connector is a type of RF connector used for terminating coaxial cable. The connector was named after its bayonet mount locking mechanism and its two inventors, Paul Neill of Bell Labs (inventor of the N connector) and Amphenol engineer Carl Concelman (inventor of the C connector). It is a lot smaller than N and C connectors. Nicknames the BNC has picked up over the years include: "Baby Neill-Concelman", "Baby N connector", "British Naval Connector", "Bayonet Nut Connector".

The BNC connector is used for professional video connections, both for analog and Serial Digital Interface signals, amateur radio antenna connections, and on nearly every piece of electronic test equipment manufactured in the last 35 or so years. This connector is an alternative to the RCA connector when used for composite video on commercial video devices, however many consumer electronics with RCA jacks have been utilized on commercial video equipment with BNC jacks via adaptor. BNC connectors were commonly used on 10base2 thin Ethernet networks, both on cable interconnections and network cards, though these have largely been replaced by newer Ethernet devices whose wiring does not use coaxial cable. Some ARCNET networks use BNC terminated coax.

A threaded version of the BNC connector, known as the TNC connector (for Threaded Neill-Concelman) is also available. It has superior performance to the BNC connector at microwave frequencies.

The BNC connectors are commonly used in NIM electronics, but they are now often replaced by LEMO miniature connectors which allow for higher densities.

Answer 6

British Naval Connector

Answer 7

Bayonet Notch Connector

Answer 8

I'm not sure of what you are refering to. The first thing that comes to my mind when I hear "BNC" in the presence of "electronics" is:

British Naval Connector

This of course is from computer networking where the BNC is actually one of several types of cable-end connectors used to connect a computer network cable (the "category-5" ethernet cable) when the "Bus-type" topology is employed in creating a Local Area Network (LAN). I took another look at how you asked your question and it leaves me in a not-quite-sure position as to whether I have answered your question correctly...so I'll let you be the judge of my answer's accuracy/clarity.

Cheers.

Answer 9

i think it is BRITISH NATIONAL CORPS