electrical and electronics ebgineering _ dr paul k joseph
TRANSCRIPT
WHAT IS ELECTRICAL ENGINEERING?
Fields of study
Power: Creation, storage, and distribution of electricity
Control: Design of dynamic systems and controllers for the systems
Electronics/Microelectronics: Design of integrated circuits, microprocessors, etc.
Signal Processing: Analysis of signals
Telecommunications: Design of transmission systems (voice, data)
Computer: Design and development of computer systems
Instrumentation:Design of sensors and data acquisition equipment
Fields of study
Transformers and alternators
Inductors are located in both transformers and alternators, allowing voltage conversion and current generation, respectively
Transformer converts from one voltage to another Alternator produces AC current
A steam turbine used to provide electric power.
• Power engineering• Control engineering• Electronic engineering• Microelectronics• Signal processing• Telecommunications engineering• Instrumentation engineering• Computer engineering• Electro-Optical Engineering
1-7: A Survey of Communications Applications
• Simplex
– AM and FM broadcasting
– Digital radio
– TV broadcasting
– Digital television (DTV)
– Cable television
– Facsimile
– Wireless remote control
– Paging services
– Navigation and direction-finding services
– Telemetry
– Radio astronomy
– Surveillance
– Music services
– Internet radio and video
13
Undersea Cables
14
System Block Diagram
Photonics Institute
15
Optical Transport Network
Global Network
Wide Area
Network
Metropolitan/Regional
Area Optical Network
Corporate/
Enterprise Clients
Cable modem
Networks
Client/Access
Networks
FTTH
Mobile
SDH/
SONET
ATM
PSTN/IP
ISPGigabit
Ethernet
Cable
FTTB
ATM
< 10000 km
< 10 Tbit/s
< 100 km
< 1 Tbit/s
< 20 km
100M - 10 Gbit/s
Courtesy: A.M.J. Koonen