Comparator Test Buffer

Slides:



Advertisements
Similar presentations
Tim Green, Linear Applications Measuring Zo in SPICE Preferred Test Circuits and Why? Brought to you by: The Wizard of.
Advertisements

Analog Basics Workshop Getting started with Tina-TI
Improved Howland Current Pump Stability
Solving Op Amp Stability Issues Part 2
Riso with Dual Feedback Op Amp Stability
Collin Wells Tim Green Precision Linear Analog Applications
1. Using the gain bandwidth product, find the bandwidth of the circuit below. Use the AOL curve and closed loop gain to graphically determine the bandwidth.
Second-order Butterworth Low-pass Filter Minh N Nguyen.
Analog Electronics Workshop (AEW) Apr 3, Contents Intro to Tools Input Offset Input and Output Limits Bandwidth Slew Rate Noise EMIRR Filtering.
Difference Amplifier with Low Pass
Solving Op Amp Stability Issues Part 4
Solving Op Amp Stability Issues Part 2 (For Voltage Feedback Op Amps) Tim Green & Collin Wells Precision Analog Linear Applications 1.
ORCAD P-spice SPICE is a circuit simulation program-industry standard You create a circuit different circuit editors Then you simulate it! Gives you currents,
ECE 201 Circuit Theory I1 Introduction to the Operational Amplifier μA 741 OP AMP.
IDEAL OPERATIONAL AMPLIFIER AND OP-AMP CIRCUITS
Solving Op Amp Stability Issues Part 1
OPA549 and Negative Whisker on Enable
Composite Amplifier Stability Analysis First Scheme & Second Scheme Tim Green, MGTS Precision Linear Analog Applications August 7,
Solving Op Amp Stability Issues Part 3 (For Voltage Feedback Op Amps) Tim Green & Collin Wells Precision Analog Linear Applications 1.
OPA348 High Pass Filter Tim Green, MGTS Precision Linear Analog Applications July 9,
Clock Driver PSpice Simulations Bhushan Joshi Kalpesh Chillal Pravin Chordia IUCAA.
The Improved Howland Current Pump
Clock Driver PSpice Simulations Bhushan Joshi Kalpesh Chillal Pravin Chordia IUCAA.
Tim Green, Linear Applications OPA735 Zo Released SPICE Macro AC Stability Analysis.
TLC271 Stability Investigation Tim Green, MGTS Precision Linear Analog Applications February 25,
Solving Op Amp Stability Issues Part 3 (For Voltage Feedback Op Amps) Tim Green & Collin Wells Precision Analog Linear Applications 1.
Stability – 1 TI Precision Labs – Op Amps
LM675 Improved Howland Current Pump Stability Analysis
Solving Op Amp Stability Issues Part 4 (For Voltage Feedback Op Amps) Tim Green & Collin Wells Precision Analog Linear Applications 1.
#21. Find the following quantities R T = I T =V 30  = I 50  
Transient Response. Transient Analysis Plot of the voltages or currents as a function of time. – Output plot mimics the oscilloscope display. If simulating.
1 of 75 Capacitive Loads on Gamma Buffer Outputs Analysis Techniques and Solutions Tim Green, Linear Apps Manager Texas Instruments Inc, Tucson, Arizona.
UOP ECT 246 Week 3 iLab Op - Amps Check this A+ tutorial guideline at For more classes.
UOP MGT 411 Week 4 DQ 2 Check this A+ tutorial guideline at For more classes visit
Figure (a) Precision full-wave rectifier based on the conceptual circuit of Fig (b) Transfer characteristic of the circuit in (a). Microelectronic.
Quiz: Aliasing and Anti-aliasing Filters TIPL TI Precision Labs – ADCs
Created by Tim Green, Art Kay Presented by Peggy Liska
Created by Tim Green, Art Kay Presented by Peggy Liska
Created by Tim Green, Art Kay Presented by Peggy Liska
The open loop gain of this op-amp is 105 and the bandwidth is 10 Hz
UNIT-5 Design of CMOS Op Amps.
Clock Driver PSpice Simulations IUCAA Bhushan Joshi Kalpesh Chillal
Gentec: 12 Bit Driver for TMS320F2837xD Delfino MCU
Tim Green, MGTS Precision Linear Analog Applications January 8, 2015
High Current V-I Circuits
The Ideal Op Amp Inverting and non-Inverting configurations
Design Team 3 Texas Instruments Contact: Pete Semig Facilitator:
Created by Tim Green, Art Kay Presented by Peggy Liska
Amplifier Settling and Charge Bucket Filter Design TIPL 4405-L TI Precision Labs – ADCs Hello and welcome to the TI Precision labs hands-on experiment.
OPA1632 Stability Analysis
PSRR TIPL 1232 TI Precision Labs – Op Amps
Tim Green, MGTS Precision Op Amp Applications Manager January 10, 2018
Op Amp Specs and Test Benches
Inductive Sensor Analysis
The Ideal Op Amp Inverting and non-Inverting configurations
Modeling CDAC SAR Input A case study of ADS8320
XTR111 Vout or Iout Analysis
OPA549 Improved Howland Current Pump Stability Analysis
Refine the Rfilt and Cfilt Values TIPL 4404 TI Precision Labs – ADCs
مديريت موثر جلسات Running a Meeting that Works
To Tune a loop, open the Operator display for the loop in question
,. . ' ;; '.. I I tI I t : /..: /.. ' : ····t I 'h I.;.; '..'.. I ' :".:".
To Tune a loop, open the Operator display for the loop in question
Unit 3 Review (Calculator)
Inductive Sensor Analysis
Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =
OPA277 Data Sheet Noise Inconsistency
Errol Leon, Analog Applications Precision Linear Analog Applications
OPA2227 All NPN Output Stage Analysis
Microelectronic Circuits, Sixth Edition
Presentation transcript:

Comparator Test Buffer Tim Green, MGTS Precision Op Amp Applications Manager November 1, 2018

Key Additional Resources Note: All TINA-TI simulations can be run on the embedded schematics in this presentation by downloading the free TI SPICE simulator, TINA-TI, at: http://www.ti.com/tool/tina-ti Note: Op Amp Stability tutorial at: https://e2e.ti.com/support/amplifiers/f/14/t/735210?tisearch=e2e-sitesearch&keymatch=faq%3Atrue

TI Analysis

Hand Calculations

Loop Gain FB#1

Loop Gain FB#1

Final Loop

Final Loop

Transient Analysis

Transient Analysis