EA2015A-1-Pengantar.pdf

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    TEE205 - 2015

    Elektronika Analog

    Prapto Nugroho, ST, M.Eng, D.Eng Papirus: Elektronika Analog - PRN, pwd: 7470

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    Apa yang dipelajari?

    Dasar Penguat

    Penguat Operasional

    Penguat Diferensial Penguat berjenjang

    Tanggapan Frekuensi

    Penguat tahap akhir Penguat daya

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    Nilai :

    PR (20%), Project (20%),

    UTS (30%), UAS (30%)

    Textbook:

    Robert L. Boylestad & Louise Nashelsky",Electronic Devices and Circuit Theory",

    8th edition, Prentice Hall, 2002.

    Albert P. Malvino & David J. Bates,"Electronic Principles", McGraw-Hill, 7th

    Edition, 2006.

    Adel S. Sedra & Kenneth C. Smith,

    "Microelectronics Circuits", OxfordSeries in Electrical and ComputerEngineering, 6th edition, 2011 (Utama).

    Behzad Razavi, "Fundamentals of

    Microelectronics", Wiley Press

    INFORMASI

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    Industri Elektronika

    Steady progress in integrated-circuit technology over 40+ years has

    had dramatic impact on the way people live, work, and play.

    Transportation

    8%

    Computers

    42%

    Industrial

    8%

    Military

    2% Communications

    24%

    Consumer Electronics

    16%

    The semiconductor industry is approaching $300B/yr in sales:

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    Industri Elektronika

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    Industri Elektronika

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    7Kenapa analog?

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    8Mengapa Analog?

    Advances in Digital ICtechnology make it possible torealize processors containingMillion transistors and performing

    Billion operations per second. Today Analog designers are in

    great demand.

    Ex: TI makes large profit on its

    analog ICs.

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    9Digital atau Analog?

    X1(t) beroperasi pada 100Mb/s dan X2(t)

    beroperasi pada 1Gb/s.

    Sinyal digital berkecepatan tinggi = analog.

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    10Analog World

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    11Analog WorldDigital Communication

    Need signal recovery

    Multi-level

    signal needDAC

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    12Analog World

    Disk Drive

    Very High Frequency for > 500Mbit/second

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    Kenapa Analog lebih sulit?

    Multi-dimensional trade-off between speed,

    power, precision, supply, etc.

    Sensitive to noise, crosstalk, interference

    Devices are nonlinear

    Can rarely be automated

    Modeling difficulties

    Performance vary with process parameters

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    Abstraction Level

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    Kenapa belajar Transistor?

    Transistors adalah blok penyusun (bricks) dari

    elektronika modern:

    Analog

    Amp

    Digital

    Gate

    MOS Cap

    PN Junction

    Variable

    Capacitor

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    16Contoh Rangkaian Analog

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    Contoh Rangkaian Analog

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    Contoh Rangkaian Analog

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    Contoh Rangkaian Analog

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    Contoh Perancangan Analog

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    Contoh Perancangan Analog

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    Intel Pentium 4 Microprocessor

    90nm CMOS technology

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    Bandingkan!

    R. N. Noyce

    Fairchild SemiconductorCo-Founder of both

    Fairchild and Intel

    (deceased 1990)

    Unitary Circuit made of Si

    Jack Kilby

    Texas InstrumentsInvented IC during his first year at TI

    (Nobel Prize 2000)

    Solid Circuit made of Ge

    Integrated Circuits Pertama- 1958

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    Bandingkan!

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    Integrated Circuits Pertama- 1958

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    Integrated Circuits Pertama- 1958Aplikasi This wireless device can monitor elderly

    patients health using miniature sensors and a

    home unit as an in-home lab. What do you

    think about the future of wearable healthdevices? http://bit.ly/1x1nLtV

    http://bit.ly/1x1nLtVhttp://bit.ly/1x1nLtV
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    CMOS Physics

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    NMOS Physics

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    MOS SYMBOL

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    CMOS Physics

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    CMOS Equation

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    CMOS Equation

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    CMOS Operation

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    MOSFET as RESISTOR

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    Contoh 1

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    Contoh 2

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    CMOS Operation

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    Body Effect

    ff

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    Body Effect

    C h 3

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    Contoh 3

    Ch l L th

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    Channel Length

    C t h 4

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    Contoh 4

    CMOS P t

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    CMOS Parameter

    D i l t

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    Devais layout