Electronic Engineering

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    6800 MPU stack operation, subroutines: lesson 7 of 12
    (VTR Industrial Training, 1995) VTR Industrial Training
    The video expands more on the internal operations of the MPU. It goes ahead to explain the procedures for using the MPU Stack, the use of Subroutines and Nestd Subroutines.
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    68000 microprocessor: lesson 6 of 12
    (North Carolina University, 1996) VTR Industrial Training
    This presentation has concentrated on many new programs codes; and two new address modes. It provides the building blocks you will require to utilize the 6800 micro processor in the future. After completing this video you will be able to explain the block diagram of the 6800 MPU; explain the operation instructions introduced in this presentation; identify the instruction specifications of the MPU cycles
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    Advanced computer math: lesson 14 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This presentation introduces basic computer arithemetic; the arithemetic used to perform binary numbers. This arithemetic involves in using compliments and basic logic operations such as "And", "Or", "Exclusive Or", and "Invert" operations.
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    Analog Electronics Lecture 22
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The presenters assignments, projects and take student questions on the following questions studied: Operational Amplifier, including - overview of the operational amplifier, BJT operational amplifier analysis and design, Frequency performance and compensation, settling time, slew rate, and input-referred offset, MOS operational amplifier analysis and design, settling time, slew rate, and input-referred offset, Noise, advanced bipolar operational amplifier topologies, advanced MOS operational amplifier topologies, and BiCMOS amplifier design.
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    Analog Electronics : lecture number 20
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The video is looking at operational amplifiers - specifically settling time and slew rate. The presentation discusses topics such as slew rate, settling time, and provides example calculations and illustrations like the circuit configuration for determining slew rate.
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    Analog electronics: lecture 10
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The presentation is looking at differential pair, specifically large-signal common mode behavior, small-signal differential behavior, and small-signal common mode behavior.
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    Analog electronics: lecture 15
    (North Carolina University, 1996) Gyurcsik, Ronald, Dr
    The presentation discusses operational amplifier, specifically handles topics on operational amplifier basics, operational amplifier loop frequency characteristics, operational amplifier components, and operational amplifer architecture.
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    Analog Electronics: number 2
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This video presents device and process basics - specifically topics on bipolar junction transister (BJT) characteristics and large signal model. The lecture looks at the BJT types, theory of operation, operating regions, and large signal modeling.
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    Bipolar transistor fundamentals: lesson 4 (Tel-A-Train)
    (University of North Carolina, 1996) Tel-A-Train
    Using Bipolar Transistor characteristics to Amplify Electrical Signals. Collector characteristic Curves. Current Gain.
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    Bipolar transistor fundamentals: lesson 4 (Tel-A-Train)
    (University of North Carolina, 1996) Tel-A-Train
    Bipolar transistors. Regions. Construction . Circuit Arrangement.
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    Building financial models
    (McGraw-Hill proffessional, 2009) . Tjia, John S
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    Circuit analysis I with MATLAB : computing and Simulink / Sim power systems modeling
    (Orchard Publications,, 2009) Karris, Steven T
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    Coding to improve digital link performance-lectuer 4
    (University of Southern California, United States,, 1996) Gagliardi, Dr. Robert .
    This video is looking at digital coding and decoding associated with satellite technologies. The video discusses in details the following topics: Noncoherent FSK, FSK FM demodulator, Cherent FSK, DPSK, BPSK, QPSK, and MSK. The video further looks at Error correction, block encoding, Convolutional encoding, Waveform encoding, Orthogonal data word chip sequence, transmitted waveforms, etc. Video running time 55 minutes By Dr. Robert Gagliardi, Professor of Electrical Engineering, University of Southern California, School of Engineering Lecture number 4, Coding
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    Computer hardware and software
    (The McGraw-Hill Companies, Inc, 2007)
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    Digital electronics : lecture 3
    (North Carolina University, 1996) Franzon, Paul, Dr.
    This video provides calculated examples relating to how the DC Simos (SIMOC [check the internet]) invertor works; and provides DC characteristics.
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    Digital Electronics : lecture 5
    (North Carolina University, 1996) Franzon, Paul, Dr.
    The presentation is looking at electromagnetic wave pulse in a transmission line.
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    Digital electronics: lecture 4
    (North Carolina University, 1996) Franzon, Paul, Dr.
    The lecture looks at examples on the Rc model on calculations of delay. it goes ahead to look at power consumption and in particular the the dynamic and static power consumption of cicuits.
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    Digital electronics: lecture 5
    (North Carolina University, 1996) Franzon, Paul, Dr.
    The lecture is a review on the project work on Clock skew that comes about due to the presence of a clock circuit and a clock driver.The lecture also talks about the Spice experiment and Input in clock driver NAND gate in complementary logic and provides illustrations and equations
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    Digital electronics: lecture 7
    (North Carolina University, 1996) Franzon, Paul, Dr.
    The lecture reviews the NAND gate and NOR gate with equations and illustration in dynamic logic.it also looks at an example on 8-input AND. It goes further to look at the translent characteristics.