Digital Systems

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Digital cross-connect system, Digital data, Digital electronics, Digital integration, Digital timing diagram, Flip-flop (electronics), Memory cell (computing), Shift register lookup table, Digital signal processing‎, Digital manufacturing‎, & Digital electronics‎

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    Transtel
    (1975) Transtel
    The video is about europlanes
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    Training the trainer: developing and using lesson plans
    (Industrial Training Partners, Ltd,, 1985) Michalak, Don
    This video is discussing the activities leading to lesson planning - including strategies for effective teaching, information and skills. In this video the learner will be provided with general information on how to develop lesson plans. It discusses the parts of the lesson plan including the a) Overview - general ideas and materials; and the Body - lesson design. Video running time 1 hour, 30 minutes
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    Digital electronics: lecture 13
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This video presentation is describe the device and process basics for the Bipolar Junction Transistor (BJT) small signal model - in detail it explains small signal model significance, low frequency model, high frequence model, and device parsitics.
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    Introduction to [ MC68000 microprocessor]: lecture 1 0f 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    The video presentation describes the operation of the MC68000 microprocessor and it looks at the Basic MC68000 basic system components. it provides a basic overview of this system and an introduction to the Functional pins on the Microprocessor.
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    Advanced addressing modes: lesson 14 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This presentation introduces advanced addressing modes for MC68000 micro-processor; Two instructions are also discussed, LEA, and PEA which calculate the effective addresses which makes programs more efficient and effective. By the end of this video you will be able to write instructions that properly use these addressing modes: program counter with displacement, and program counter with index and displacement; and describe the use and operation of the: load effective address, and push effective address.
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    Advanced example programs: lesson 16 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This video is about Advanced example programs - describes the operation of a signed and an unsigned extended precision multiplicand program; and description of the operation of a divide with overflow routine.
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    Advanced instructions: lesson 17 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This video provides advanced instructions regarding sophisticated instructions of the MC6800. Many of these instructions perform special functions which in the earlier processes required many instructions. Privileged instructions of the MC68000 are also discussed.
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    Example Programs-I 12 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This video provide example programs including experiments on how instructions can be effectively combined into a program to perform simple Algorism. Students will be able to explain the effects of the instructions within individual programs that move a block of data; add two extended precision values; sequence a list of data; and add data to a sequenced list.
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    Basic addressing modes: lesson 4 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    This video is looking at addressing modes - the methods used by programmers to locate data. This presentation introduces these basic programming modes - Register direct, Address register indirect, Absolute, Immediate, PC relative for branches. After watching this video, you should be able to describe the purpose of each of the basic addressing modes used in the MC68000, explain how each basic addressing mode locates data within a register or memory; and identify the addressing modes that require extension words
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    Hardware overview: lecture 3 of 18 - electrical specifications
    (VTR Industrial Training, 1995) VTR Industrial Training
    This presentation introduces some of the electrical specifications of the MC68000 pins and explains how the asynchorounous bus control pins and function control pins work. By the end of the video you will be able to describe the input and output characteristics of the MC68000's pins; describe the clock specifications and their relationship to data transfers; describe the memory access operation using the asynchronous bus control pins; and describe the operation of the functional control pins.
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    Program problems: lesson 6 of 18
    (VTR Industrial Training, 1995) VTR Industrial Training
    The video discusses programming problems and possible solutions for the MC68000 microprocessor.
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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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    Bus arbitration and asynchronous bus control pins
    (VTR Industrial Training, 1995) VTR Industrial Training
    The video ptesents the 3 bus arbitration control pins of the MC 68000 microprocessor which are Bus request, Bus grant, and Bus grant acknowledge. These pins coordinate usage of the common bus shared between multiple processor or other bus masters. The 3 bus synchronous bus control pins are E Clock, Valid peripheral address, and valid memory address. These pins are used to control data transfer ...
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    MC 68000 Educational Computer Board lab 18 of 18: Lab using the Educational Computer Board
    (VTR Industrial Training, 1995) VTR Industrial Training
    This presentation orients you to a minimum system contained on a single circuit card - the MC68000 Educational Computer Board (ECB). Upon complting this presentation you will be able to identify the functional components of the MC68000 ECB; ready the ECB for a lab session; use some basic TUTOR commands; and enter a simple program and trace its execution.
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    External exceptions: lesson 9 of 18
    (VTR Industrial Training, 1996) VTR Industrial Training
    This video discusses external exceptions - including normal exception that includes internal instruction: error condition, and external request: error condition. By the end of this presentation you be able to describe how interrupts are received, deskewed, and masked by the MC68000 microprocessor; explain the basic sequesnce of events during the processing of an interrupt; explain how the MC68000 handles vectored and auto-vectored interrupts; describe an example of interrupt circuitry with an auto-vectoring device; describe an example og interrupt circuitry with a vectoring device; describe how multiple interrupting devices on the same level are handled; explain the conditions under which external circuitry asserts BERR; and describe the information stacked during BERR exceptions.
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    Optoelectronic devices: lesson 11 (Tel-A-Train)
    (University of North Carolina, 1996) Tel-A-Train
    Optoelectronic Devices : Photosensitive Devices and Photoemitting Devices
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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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    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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    Integrated circuits: lesson 10 (Tel-A-Train)
    (University of North Carolina, 1996) Tel-A-Train
    History of Intergrated Circuits. Intergrated Circuit Families. Operational Amplifier
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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.