Subject Details
Dept     : ECE
Sem      : 3
Regul    : 2019
Faculty : Arun Kumar.N
phone  : 9688070556
E-mail  : arunkumar.n.ece@snsct.org
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  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    Introduction of Op-Amp and ideal Op-Amp- Characteristics

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    Introduction of Op-Amp and ideal Op-Amp- Characteristics,
    Half and Full Adders,
    Half and Full Subtractors,
    Multiplexer and Demultiplexer,
    Code Converters- Binary to Gray, Gray to Binary,
    Excess3 to BCD, BCD to Excess 3,
    Decoder and Encoder,
    Design of Counters- synchronous up/down counter,
    Shift registers- SISO,SIPO,
    Flip flops – Fundamentals, SR Flip flop,
    JK Flip flops- Operation and excitation tables,
    T, D and Master/Slave FF,
    Analysis and design of clocked sequential circuits –Moore/Mealy models,
    State minimization, State assignment,
    Introduction to PLD,
    Programming FBD using Combinational circuits,
    Digital Logic Gates: Logic Gates, NAND, NOR Implementation,
    Basic Theorems and Properties of Boolean Algebra,
    Boolean Functions,
    Canonical and Standard Forms,
    Minterms and Maxterms, Sum of products and product of sums,
    Karnaugh map Minimization,
    Quine- Mc Cluskey method of minimization,
    Comparator, Zero crossing detector,
    Timer IC 555 - Functional block diagram and description , Monostable and Astable operation,
    Timer IC 555- Applications,
    IC Voltage regulators – Three terminal fixed and adjustable voltage regulators,
    D/A converter – specifications,
    A/D Converters – specifications,
    Flash type and Successive Approximation type,
    Weighted resistor type, R-2R Ladder type,
    Feedback in ideal Op-Amp. Inverting and Non inverting Amplifier,
    DC characteristics, AC characteristics- Frequency Response, Slew Rate.,
    Adder and subtractor,
    Instrumentation amplifiers,
    I to V and V to I converter,
    Op-Amp circuits using diodes,
    Integrator and Differentiator