Browsing by Author "Gyurcsik, Ronald, Dr"

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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 1
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about Analog Circuits, the introduction to Device and Process Basics and the PN Junction theory.
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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 11
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture introduces analog electronics and also defines Operational amplifiers and semi conductor devices and PN Junctions.it also looks at the Bipolar junction transistor (BJT) characteristics and the large signal model looking at the types and theory of operation.
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    Analog electronics: lecture 12
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This presentation is on current mirrors - discusses topics such as: current source/ mirror concepts, simple current mirror/ source, adjusting current values, improved output resistance, multiple sources, and current sources as active loads.
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    Analog electronics: lecture 14
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about Bias Circuits and in particular simple reference circuits and reference voltage. Reference Current and in particular resistor reference.
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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: lecture 16
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This lecture covers BJT op-amp analysis and design interms of mid band and it handles topics such as example op-amp, input stage analysis, output stage analysis, gain stage analysis, complete gain and another op-amp
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    Analog electronics: lecture 17
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about Common Emitters- Emitter Follower and Common base
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    Analog electronics: lecture 18
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about OP-AMP Frequency Performance and Compensation. The instructor details dominant poles, high-order poles, compensation & splitting. The video run time is 1 hour and 13 minutes
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    Analog electronics: lecture 19
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This lecture reviews current mirrors, specifically going into details to discuss current source mirror concepts, simple current mirror source, and then goes into details to talk about adjusting current values, improved output resistance, and multiple sources.
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    Analog electronics: lecture 21
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about settling Time and Slew Time. The lecture discusses - settling time in control, DAC settling time, rise time of a signal, and steady state error. The video further talks about the control theory - the settling time of a dynamical system such as an amplifier or other output device; provides explanations to the time elapsed from the application of an ideal instantaneous step input to the time at which the amplifier output has entered and remained within a specified error band. Further introduces settling time including discussions of the propagation delay, plus the time required for the output to slew to the vicinity of the final value, recover from the overload condition associated with slew, and finally settle to within the specified error.
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    Analog electronics: lecture 23
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The Lecture is about Thermal Noise-The Temperature Dependent Noise - noise and noise reduction techniques.
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    Analog electronics: lecture 25
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about Band Gap References. The instructor discusses a bandgap voltage reference which is a temperature independent voltage reference circuit widely used in integrated circuits. Looks at how it produces a fixed (constant) voltage regardless of power supply variations, temperature changes and circuit loading from a device. A bandgap voltage reference commonly has an output voltage around 1.25 V (close to the theoretical 1.22 eV bandgap of silicon at 0 K)
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    Analog electronics: lecture 26
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    This lecture handles Analog Multipliers with illustrations and calculations on differential pair. It also introduces Phaselock loops and describes the typical design of a phase lock with a loop filter, voltage Controller oscillator and phase detector as the components.
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    Analog electronics: lecture 27
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is on Phaselock loops and in detail the three components: Phase detector, Loop Filter and voltage controller oscillator.Demonstrations are also provided. Questions about the topics covered in the all the previous lectures are also dealt with.
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    Analog electronics: lecture 6
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The Lecture is about lecture reviews Frequency comparision, resistors and transistors in comparison of BJT and MOS devices passive components. it goes ahead to discuss Device and process basics and in particular IC Fabrication and device construction
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    Analog electronics: lecture 7
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about BJT Transfigurations- Circuit transfigurations and Common Emitters. Screen reader support enabled.
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    Analog electronics: lecture 8
    (North Carolina University, 1995) Gyurcsik, Ronald, Dr
    The lecture is about Circuit transfiguration and Common Base.