This document discusses coaxial cable and includes a list of team members. It defines coaxial cable, describes its history and construction. It explains that coaxial cable has an inner conductor surrounded by insulating and outer conducting layers. It provides examples of different types of coaxial cables and common connectors. Finally, it outlines some key uses of coaxial cable in transmitting radio frequency signals and video/audio, and lists advantages like low cost and noise immunity and disadvantages like higher attenuation.

2. #TeamNoFrazzle

3.  NAZMUL AHSAN
151-15-4668

 SANZIDUL ISLAM
151-15-5223

 MAHBUBUR RAHMAN
151-15-4761

 FARHAN TAWSIF CHOWDHURY
151-15-4705

 SADIA SULTANA SHARMIN MOUSUMI 151-15-
5191

4.  Definition
 History
 Construction
 Working Process
 Categories
 Types
 Connectors
 USES
 Advantages
 Disadvantages




5. Coaxial cable is a type
of cable that ,
 Has an inner conductor
surrounded by a tubular
insulating layer,
 Also surrounded by a
tubular conducting shield.
 Many coaxial cables also
have an insulating outer
sheath or jacket.

6. INSIDE VIEW OUTSIDE VIEW

7.  The term coaxial
comes from the inner
conductor and the
outer shield sharing a
geometric axis.
 Invented by English
engineer and
mathematician Oliver
Heaviside in 1880.

12. • Coaxial cables are categorize by Radio Guide
(RG).
• Each RG number denotes a unique set of
specifications:

14. FLEXIBLE COAXIAL CABLE

15. Semi Rigid Coaxial Cable
Semi Rigid Coaxial cable

16. Hand Formable Coaxial Cable

17. Twin-axial Cable

18. Triaxial Cable

19.  To connect coaxial cable to devices, we need
coaxial connectors.

Most common type of connector is Bayone-Neill-
Concelman(BNC)





BNC F- Connector N- Connectors

22.  Distributing cable television networks & their signals.
 Traditional Ethernet LAN’s (Local Area Network) connections
 -- High Bandwidth (Can pass)
 -- High data rate


23. 
 Used as a transmission line for radio frequency signals.
 Feed lines connecting radio transmitters and receivers
with their antennas.
 Video equipment & digital audio (S/PDIF) plugin cables.
 CCTV cables.


24.  Cheap to make.
 Cheap to install.
 Easy to modify.
 Good bandwidth.
 Great channel capacity.
 Noise immunity.


25.  Unwanted noise and picture ghosting.
 More expensive.
 High attenuation.
 The thicker the cable , the more difficult to
work with.
 Effect of current flow.