'Pspice' presentation slideshows

Experiment 2

Experiment 2. * Part A: Intro to Transfer Functions and AC Sweeps * Part B: Phasors, Transfer Functions and Filters * Part C: Using Transfer Functions and RLC Circuits * Part D: Equivalent Impedance and DC Sweeps. Part A. Introduction to Transfer Functions and Phasors

870 views • 61 slides

Chapter 4 Bipolar Junction Transistors

Chapter 4 Bipolar Junction Transistors Ebers-Moll Model -Table 4.2 Input and Output Characteristics SPICE parameters ----to I-V curvers Regions of Opertion Biasing the BJT Bias Stability Small Signal Models Single Transistor Amplifiers BJT I-V Relationships Output characteristics

1.29k views • 39 slides

LINAC-4 Ion Source Review Pumping Systems

LINAC-4 Ion Source Review Pumping Systems . Paolo Chiggiato, Chiara Pasquino, Giovanna Vandoni Technology Department Vacuum, Surfaces and Coatings Group. Workpackage Activities. 3MeV test stand upgrades : LEBT gas density regulation Study of differential pumping effectiveness

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RC and RL Circuits

RC and RL Circuits. First Order Circuits. Objective of Lecture. Explain the operation of a RC circuit in dc circuits As the capacitor releases energy when there is: a transition in a unit step function voltage or current source

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PSPICE Tutorial

PSPICE Tutorial. Introduction. SPICE ( S imulation P rogram for I ntegrated C ircuits E mphasis ) is a general purpose analog circuit simulator that is used to verify circuit designs and to predict the circuit behavior.

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Ideal Diode Equation

Ideal Diode Equation. Important Points of This Lecture. There are several different techniques that can be used to determine the diode voltage and current in a circuit Ideal diode equation

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Prof . Jeong-Geun Kim Integrated Radar Systems Lab . Department of Electronic Engineering

???? ? ?? 1. OVERVIEW. Prof . Jeong-Geun Kim Integrated Radar Systems Lab . Department of Electronic Engineering Tel) + 82-2-940-5437 e-mail) junggun@kw.ac.kr. Contents. Introduction to the Course Course Learning Outcomes Class Schedule Grading Policy Experimental Reports

502 views • 24 slides

Sweeping a Variable Resistor

Sweeping a Variable Resistor. Wheatstone Bridge. Place the Parts. VDC R , which you place 3 times. The numbering of the resistor increases sequentially as you place each resistor. R_VAR , the variable resistor, which is used to simulate the trim pot. Wire the components together.

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TELECOMMUNICATIONS

384 views • 23 slides

Week 1

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PSPICE

PSPICE. Introduction. SPICE is a general-purpose circuit simulation program for nonlinear DC, nonlinear transient, and linear AC analyses.

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Week 9: Design a Night Light

Week 9: Design a Night Light. The experimental procedure Is not in the lab manual. Goal. Design a circuit that cause a green LED to turn on when the intensity of light on a CdS photocell is below a certain value . Eye Response. http://www.soton.ac.uk/~solids/ir_clip_image002.jpg.

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Introduction to PSpice

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Design a Logic Probe

Design a Logic Probe. Experiment 20. Design Specifications. Design a logic probe as shown in the block diagram of Figure 1 of Experiment 20 with a signal input lead, a ground lead, and a power input lead.

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Design a Logic Probe

Design a Logic Probe. Experiment 20. Design Specifications. Design a logic probe as shown in the block diagram of Figure 1 of Experiment 20 with a signal input lead, a ground lead, and a power input lead.

294 views • 18 slides

Fig 5.2 A typical op amp: a) pin configuration, b) circuit symbol

Fig 5.2 A typical op amp: a) pin configuration, b) circuit symbol. Fig. 5.3 The equivalent circuit of the non-ideal op amp. Fig. 5.10 The inverting amplifier. Fig. 5.16 The noninverting amplifier. Fig. 5.17 The voltage follower. Fig. 5.21 The summing amplifier.

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Changing Device Parameters in PSpice

Changing Device Parameters in PSpice. Device Model: Diode. PSpice . Simplest diode model in PSpice uses only the ideal diode equation More complex diode models in PSpice include: Parasitic resistances to account for the linear regions

245 views • 12 slides

Changing Device Parameters in PSpice

Changing Device Parameters in PSpice. Device Model: Diode. PSpice . Simplest diode model in PSpice uses only the ideal diode equation More complex diode models in PSpice include: Parasitic resistances to account for the linear regions

267 views • 12 slides

Mathematical Functions when Plotting in PSpice

Mathematical Functions when Plotting in PSpice. Example Circuit. Voltages Plotted in PSpice. Magnitude of the voltage across the 10 W resistor is too small to allow the signal to be resolved, given the scaling factor used. To obtain a clean plot area. To add new traces to the plot.

199 views • 11 slides

Monte Carlo Simulations

Monte Carlo Simulations. Experiments 8 and 9. Monte Carlo Simulation. Monte Carlo simulations in PSpice can be run as either: a worst case analysis where the maximum deviation from the nominal values of each component are used in the calculations

417 views • 10 slides