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Pengantar Teknik Elektro Elektronika I
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Standar Kompetensi Mahasiswa mampu memahami perkembangan teknologi komponen elektronika
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Rujukan Valery Vodovozov, Introduction to Electronic Engineering, 2010
Alfred D. Chandler, Jr., Inventing the Electronic Century, 2005
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Step 1: Basics of Electricity
Current – Andre’ Ampere’ Voltage – Alessandro Volta Resistance – George Ohm Power – James Watt Andre’ Ampere’ Georg Ohm Power Current Alessandro Volta Voltage Resistance James Watt
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Step 2: Electronic Components
Switches and Keyboard Semiconductors Transducers Resistors Capacitors Electron Tubes Magnetic Nikola Tesla Components Power Current Thomas Edison Voltage Resistance
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Step 3: Electronic Circuits
Signal Generators and Timers Amplifiers Digital Circuits Power Supplies Detectors and Mixers Filters Phase-locked Looks Converters Data Acquisition Synthesizers Charles Wheatstone Circuits Components Current Votlage Power Resistance Gustav Kirchoff Robert Noyce
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Step 4: Electronic Systems
Communications Computers Consumer Industrial Test and Measurement Biomedical Systems Circuits Components Current Votlage Power Resistance
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Step 4: Electronic Systems
Communications Systems Radio Telecommunications Television Data Communications Heinrich Hertz Communications Systems Circuits Components Guglielmo Marconi Current Votlage Power Resistance Lee Deforest John Baird
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Step 4: Electronic Systems
Computers Data Terminals Computer Systems Data Storage Input/Output Devices George Boole Computers John von Neuman Communication Systems Circuits Components Current Votlage Power Resistance Alan Turing Charles Babbage
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Step 4: Electronic Systems
Consumer Video Equipment Audio Equipment Personal Automobile Electronics William Shockley Consumer Computers Communication Systems Circuits Jack Kilby Components Current Votlage Power Resistance Nolan Bushnell Chester Carlson
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Step 4: Electronic Systems
Industrial Manufacturing Equipment Computer-Aided-Design and Engineering CAD/CAE Management Industrial Charles Steinmetz Consumer Computers Communication Werner Von Siemens Systems Circuits Components Carl Gauss Current Votlage Power Resistance James Joule
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Step 4: Electronic Systems
Test and Measurement General Test and Measurement Equipment Automated Test Systems Industrial Test and Measurement Sir Isaac Newton Consumer Computers Communication Systems Circuits RAdm Grace Harper Components Current Votlage Power Resistance Benjamin Franklin John Napier
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Step 4: Electronic Systems
Biomedical Patient Care Diagnostics Industrial Test and Measurement Luigi Galvani Biomedical Consumer Computers Communication Henry Cavendish Systems Circuits Components Sir John Fleming Current Votlage Power Resistance
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invention of the light bulb, 1878
Sir Joseph Wilson Swan English physicist and electrician first public exhibit of a light bulb in 1878 Thomas Edison American inventor, working independently of Swan public exhibit of a light bulb in 1879 had a conducting filament mounted in a glass bulb from which the air was evacuated leaving a vacuum passing electricity through the filament caused it to heat up, become incandescent and radiate light the vacuum prevented the filament from oxidizing and burning up
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Edison’s legacy Edison continued to experiment with light bulbs
in 1883, he detected electrons flowing through the vacuum of a light bulb from the lighted filament to a metal plate mounted inside the bulb this became known as the Edison Effect he did not develop this any further
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invention of the diode (late 1800’s)
John Ambrose Fleming an English physicist studied Edison effect to detect radio waves and to convert them to electricity developed a two-element vacuum tube known as a diode electrons flow within the tube from the negatively charged cathode to the positively charged anode today, a diode is used in circuits as a rectifier
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the switching vacuum tube, 1906
Lee de Forest introduced a third electrode into the vacuum tube American inventor the new vacuum tube was called a triode new electrode was called a grid this tube could be used as both an amplifier and a switch many of the early radio transmitters were built by de Forest using triodes triodes revolutionized the field of broadcasting their ability to act as switches would later be important in digital computing
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on/off switches in digital computers
earliest: electromechanical relays solenoid with mechanical contact points physical switch closes when electricity animates magnet 1940’s: vacuum tubes no physical contacts to break or get dirty became available in early 1900’s mainly used in radios at first 1950’s to present transistors invented at Bell Labs in 1948 John Bardeen, Walter Brattain, and William Shockley Nobel prize, 1956
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electromechanical relay
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photo of an electromechanical relay
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transistor evolution later packaged in small IC’s eventually came VLSI
first transistor made from materials including a paper clip and a razor blade later packaged in small IC’s eventually came VLSI Very Large Scale Integration millions of transistors per chip
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the integrated circuit (IC)
invented separately by 2 people ~1958 Jack Kilby at Texas Instruments Robert Noyce at Fairchild Semiconductor ( ) 1974 Intel introduces the 8080 processor one of the first “single-chip” microprocessors
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IC’s are fabricated many at a time
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