High Speed Amplifier Application Notes

Kristoffer Flores

Last updated: 08/04/2010

A list of TI publications related to high speed amplifiers and their applications can be found below. This list does not include all op amp-related application notes from TI nor does it include TI contributed articles in engineering trade magazines. For a more comprehensive list of op amp-related application notes available on the TI website, use the Technical Document Search. To find TI contributed articles, use the Contributed Articles Search.

General

Stability Analysis of Voltage Feedback Op Amps - sloa020
Noise Analysis for High Speed Op Amps - sboa066
Demystifying the Operational Transconductance Amplifier - sboa117
Using a decompensated op amp for improved performance - slyt174
Frequency response errors in voltage feedback op amps - slyt146
Making the Most of a Low-Power, High-Speed Operational Amplifier - sboa121
Designing for low distortion with high-speed op amps - slyt133
Calculating noise figure in op amps - slyt094
Importing a SPICE Netlist into TINA - slva424

Current Feedback Operational Amplifiers

Voltage Feedback vs. Current Feedback Op Amps - slva051
Current Feedback Amplifier Analysis and Compensation - sloa021
Current Feedback Amplifiers: Review, Stability Analysis, and Applications - sboa081
Stabilizing Current-Feedback Amplifiers - sboa095
Expanding the usability of current-feedback amplifiers - slyt099
A Current Feedback Op-Amp Circuit Collection - sloa066

Layout and Passive Components

Effects of Parasitic Capacitance in Op Amp Circuits - sloa013
Reducing crosstalk of an op amp on a PCB - slyt190
PC Board Layout for Low Distortion High-Speed ADC Drivers - sbaa113
Measuring Board Parasitics in High-Speed Analog Design - sboa094
How (Not) To Decouple High-Speed Operational Amplifiers - sloa069

Filter Design

Analysis of the Sallen-Key Architecture - sloa024
Active Low-Pass Filter Design - sloa049
Active filters using current-feedback amplifiers - slyt081
RLC Filter Design for ADC Interface Applications - sbaa108
Filters for Data Transmission - sloa063

Transimpedance Amplifiers

Transimpedance Considerations for High-Speed Operational Amplifiers - sboa122
Compensate Transimpedance Amplifiers Intuitively - sboa055

Wireline Communication

Implementing a Variable-Length Cat5e Cable Equalizer - sboa125
A Numerical Solution to an Analog Problem - sboa124
Wireline Data Transmission and Reception - sboa123
A Powerline Communication Line Driver Requirement Overview - sboa120
Active output impedance for ADSL line drivers - slyt108
Filters for Data Transmission - sloa063
Large-Signal Specifications for High-Voltage Line Drivers - sboa126

ADC Input Drivers

Driving High-Speed ADCs: Circuit Topologies and System-Level Parameters - slaa416
Fully differential amplifier design in high-speed data acquisition systems - slyt119
High-voltage Signal Conditioning for Differential ADCs - sboa096
Low-power, high-intercept interface to the ADS5424, 105-MSPS converter - slyt223
Low Power Input and Reference Driver Circuit for ADS8318 and ADS8319 - sboa118
PC Board Layout for Low Distortion High-Speed ADC Drivers - sbaa113

DAC Output Buffers

Design for a Wideband Differential Transimpedance DAC Output - sbaa150
Interfacing op amps to high-speed DACs
- Part 1: Current-sinking DACs - slyt342
- Part 2: Current-sourcing DACs - slyt360
- Part 3: Current-sourcing DACs simplified - slyt368
Wideband Complementary Current Output DAC to Single-Ended Interface: Improved Matching - sbaa135

Fully Differential Amplifiers

Fully Differential Amplifiers - sloa054
Analysis of fully differential amplifiers - slyt157
Input impedance matching with fully differential amplifiers - slyt310
Output impedance matching with fully differential amplifiers - slyt326
DC Output Errors in a Fully-Differential Amplifier - slva417
FDA Applications: Line termination, driving high-speed ADCs, and differential transmission lines - slyt143
Fully differential amplifier design in high-speed data acquisition systems - slyt119
Using fully differential op amps as attenuators
- Part 1 - Differential bipolar input signal - slyt336
- Part 2 - Single-ended bipolar input signal - slyt341
- Part 3 - Single-ended unipolar input signal - slyt359
A Differential Op-Amp Circuit Collection - sloa064
Differential Op Amp Single-Supply Design Techniques - sloa072
Filters for Data Transmission - sloa063

Analog Video Amplifiers

Measuring Differential Gain and Phase (includes Primer on Composite Video) - sloa040
Video Designs Using High-Speed Amplifiers - sloa057
Video switcher using high-speed op amps - slyt098

6 Replies

Prodigy 110 points

makdam ASFOUR
- Apr 29, 2013 6:31 PM
hello ,

I would like to ask you if it possible to group all these AN into one ?

It is a tresor for analog designer .

thanks
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Prodigy 35 points

emmr engineer
- Jan 25, 2014 3:17 PM
In reply to makdam ASFOUR:

hi every one

i know that opa656 is dual supply .now i want only use single supply .can i use it this configration. ??

opa656 using for photodiode reflected laser light sense for ADC. opa656 using in noninvrting configration /

help me

thanks

hiw to use ifor single and noninverting configration..
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Mastermind 22825 points

Hooman Hashemi
- Jan 27, 2014 9:49 PM
In reply to emmr engineer:

Hello,

To use the OPA656 with a single supply, you must apply biasing to make sure the input voltage range is satisfied. I recommend this article:

http://www.edn.com/design/analog/4347861/Demystifying-single-supply-op-amp-design

If your design allows AC coupling, you could employ the configuration used in Figure 2:

3750.200380f2.pdf

Regards,

Hooman
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Prodigy 35 points

emmr engineer
- Jan 31, 2014 4:54 PM
photodiode sensor using OPA656 for Reflected Laser light.

hi everyone

i want make a reflected laser light sensor using opa656.i want use opa656 in single supply configration because my sensor output gives as a input for ADC. opa656 use in noninverting configration.

help me please

thasnks
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Prodigy 35 points

emmr engineer
- Jan 31, 2014 5:23 PM
In reply to emmr engineer:
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Prodigy 10 points

imran mughal
- Feb 27, 2014 7:29 AM
In reply to emmr engineer:

I think your problem is solved with the help of a mechenic .so you are visit to any nearest shop of lenses or cameras shop.
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