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This version (14 Feb 2021 21:19) was approved by Robin Getz.The Previously approved version (11 Feb 2021 19:18) is available.
This version (14 Feb 2021 21:19) was approved by Robin Getz.The Previously approved version (11 Feb 2021 19:18) is available.This is an old revision of the document!
Table of Contents
University Program online teaching materials
Analog Devices is as passionate about educating the next generation of young circuit design engineers as it is about pioneering the next technological breakthrough. The University Program is a platform where Analog Devices, working with leading educational institutions has created and deployed new hands on learning tools for the next generation of analog circuit design engineers. The University Program brings the analog signal processing technology the company has developed to the academic community in a way that is open and accessible to faculty and students in the form of analog design kits and analog components, online and downloadable software and teaching materials, online support, textbooks, reference designs and lab projects to enrich students’ education about analog circuits and their application to core engineering and physical science curricula.
The following tutorial materials are arranged into similar typical course topic areas. They might be suitable as a substitute for a text book in some courses or for use as supplementary material to augment a text book.ö öä
Analog Electronics
These tutorial pages centered around analog electronics comprise ideal Op Amp basics, Op Amp error sources and specifications along with specility amplifiers like Instrumentation amplifiers, variable gain amplifiers, log amplifiers, analog multipliers, analog switches and voltage references.
Table of Contents:
Operational Amplifiers:
- Ideal Voltage Feedback (VFB) Op Amp (MT-032)
- Current Feedback (CFB) Op Amps (MT-034)
- Voltage Feedback Op Amp Gain and Bandwidth (MT-033)
- Open Loop Gain and Open Loop Gain Nonlinearity (MT-044)
- Bandwidth and Bandwidth Flatness (MT-045)
- Settling Time (MT-046)
- High Speed Voltage Feedback Op Amps (MT-056)
- Input Offset Voltage (MT-037)
- Total Output Offset Voltage Calculations (MT-039)
- Chopper Stabilized (Auto-Zero) Precision Op Amps (MT-055)
- Input Bias Current (MT-038)
- Input Impedance (MT-040)
- Power Supply Rejection Ratio (PSRR) and Supply Voltages (MT-043)
- Input and Output Common-Mode and Differential Voltage Range (MT-041)
- Common-Mode Rejection Ratio (CMRR) (MT-042)
- Outputs, Single-Supply, and Rail-to-Rail Topics (MT-035)
- Output Phase-Reversal and Input Over-Voltage Protection (MT-036)
Using Op Amps
- Choosing Between Voltage Feedback and Current Feedback Op Amps (MT-060)
- Compensating for the Effects of Input Capacitance on VFB and CFB Op Amps Used in Current-to-Voltage Converters (MT-059)
- Effects of Feedback Capacitance on VFB and CFB Op Amps (MT-058)
- Op Amp Distortion: HD, THD, THD + N, IMD, SFDR, MTPR (MT-053)
- Op Amp Noise (MT-047)
- Op Amp Noise Figure: Don't Be Mislead (MT-052)
- Op Amp Total Output Noise Calculations for Second-Order System (MT-050)
- Op Amp Total Output Noise Calculations for Single-Pole System (MT-049)
- Op Amp Noise Relationships: 1/f Noise, RMS Noise, and Equivalent Noise Bandwidth (MT-048)
Instrumentation Amplifiers
- Basic Two Op Amp In-Amp Configuration (MT-062)
- Basic Three Op Amp In-Amp Configuration (MT-063)
- In-Amp DC Error Sources (MT-064)
- Auto-Zero In Amps (MT-067)
- In-Amp Noise (MT-065)
- In-Amp Bridge Circuit Error Budget Analysis (MT-066)
- Difference and Current Sense Amplifiers (MT-068)
- In-Amp Input Overvoltage Protection (MT-069)
- In-Amp Input Radio Frequency Interference Protection (MT-070)
Variable Gain Amplifiers (VGAs)
Comparators
- Comparator Basics (MT-083)
- Op Amps As Comparators (MT-084)
- Op Amps as Comparators Power Point Slides
Logarithmic Amplifiers
Analog Multipliers
Sample / Hold Amplifiers
Analog Switches and Multiplexing
Voltage References:
- Voltage References (MT-087)
Phase Locked Loops:
Fundamentals of Phase Locked Loops (MT-087)
Seminars
DAC, DDS, PLL's, and Clock Distribution (pdf)
Technical Articles
Phase Locked Loops for High-Frequency Receivers and Transmitters – Part 1 (pdf)
Phase Locked Loops for High-Frequency Receivers and Transmitters – Part 2 (pdf)
Phase Locked Loops for High-Frequency Receivers and Transmitters – Part 3 (pdf)
Analog Circuit Simulation
Mixed Signal Electronics (Systems)
Table of Contents:
Sampling Systems
- Quantization Noise (MT-001)
- An Expanded Derivation of the Equation, SNR=6.02N+1.76 dB (MT-229)
- Data Converter Codes (MT-009)
- Data Converter Static Specifications (MT-010)
- What the Nyquist Criterion Means to Sampled Data System Design (MT-002)
- Understanding SINAD, ENOB, SNR, THD, THD+N, and SFDR (MT-003)
- Aspects of ADC Input Noise (MT-004)
- Aperture Time, Aperture Jitter, Aperture Delay Time (MT-007)
- The Effect of Clock Noise on Sampled Data Systems (ppt, 655,360 bytes)
- Converting Oscillator Phase Noise to Time Jitter (MT-008)
- The Power Spectral Density of Phase Noise and Jitter: Theory, Data Analysis, and Experimental Results (AN-1067)
- ADC Sparkle Codes and Metastable States (MT-011)
Digital to Analog Converters
- String DACs, Thermometer (Fully Decoded) DACs (MT-014)
- Binary DACs (MT-015)
- Segmented DACs (MT-016)
- Oversampling Interpolating DACs) (MT-017
- Intentionally Nonlinear DACs (MT-018)
- DAC Interface Fundamentals (MT-019)
- Fundamentals of Direct Digital Synthesis (DDS) (MT-085)
- Digital Potentiometers (MT-091)
Analog to Digital Converters
- The Flash Converter (MT-020)
- Successive Approximation ADCs (MT-021)
- Sigma-Delta ADC Basics (MT-022)
- Sigma-Delta ADC Advanced Concepts and Applications (MT-023)
- Pipelined Subranging ADCs (MT-024)
- Folding ADCs (MT-025)
- Counting ADCs (MT-026)
- Integrating ADCs (MT-027)
- Voltage-to-Frequency Converters (MT-028)
High Speed System Applications
Signals and Systems
Table of Contents:
Active Filters
- FO and Q in Filters (MT-210)
- The Bessel Response (MT-204)
- The Butterworth Response (MT-224)
- The Chebyshev Response (MT-206)
- Biquadratic (Biquad) Filters (MT-205)
- Sallen-Key Filters (MT-222)
- Multiple Feedback Filters (MT-220)
- Multiple Feedback Band-Pass Design Example (MT-218)
- State Variable Filters (MT-223)
- Digitally Programmed State Variable Filter (MT-208)
- Allpass Filters (MT-202)
- Dual Amplifier Band-Pass (DABP) Filter (MT-209)
- Bainter Notch Filters (MT-203)
- Twin T Notch Filter (MT-225)
- Low-Pass to Band-Pass Filter Transformation (MT-215)
- Low-Pass to Band-Reject (Notch) Filter Transformation (MT-216)
- Low-Pass to High-Pass Filter Transformation (MT-217)
eBooks in pdf:
Individual chapters--or a zip file containing all chapters--of these book chapters and seminar notes can be downloaded by selecting the appropriate links below.
Introduction to Electronics I and II:
ADI Wiki eText
The Scientist & Engineer's Guide to Digital Signal Processing
by Steven W. Smith
The Data Conversion Handbook
edited by Walt Kester
Mixed Signal and DSP Design Techniques
edited by Walt Kester
Op Amp Applications Handbook
edited by Walt Jung
A Designer's Guide To Instrumentation Amplifiers (3rd Edition)
written by Charles Kitchin and Lew Counts
Linear Circuit Design Handbook
edited by Hank Zumbahlen
university/courses/tutorials/index.1613333995.txt.gz · Last modified: 14 Feb 2021 21:19 by Robin Getz