Quiz: Introduction to SAR ADC Component Selection TIPL 4401 TI Precision Labs – ADCs Hello, and welcome to the TI Precision Lab discussing input offset.

Slides:

Advertisements

Similar presentations

Analog Electronics Workshop (AEW) Apr 3, Contents Intro to Tools Input Offset Input and Output Limits Bandwidth Slew Rate Noise EMIRR Filtering.

Advertisements

We have so far seen the structure of a differential amplifier, the input stage of an operational amplifier. The second stage of the simplest possible operational.

Announcements Assignment 8 posted –Due Friday Dec 2 nd. A bit longer than others. Project progress? Dates –Thursday 12/1 review lecture –Tuesday 12/6 project.

A/D Conversion and Interfacing Physics 270. Voltmeters.

Design and Implementation a 8 bits Pipeline Analog to Digital Converter in The Technology 0.6 μm CMOS Process Eri Prasetyo.

EET260: A/D and D/A converters

Introduction to Op Amps

UBI >> Contents Chapter 9 Data Acquisition Introduction MSP430 Teaching Materials Texas Instruments Incorporated University of Beira Interior (PT) Pedro.

Operational Amplifiers David Lomax Azeem Meruani Gautam Jadhav.

Introduction to Op Amp Circuits ELEC 121. April 2004ELEC 121 Op Amps2 Basic Op-Amp The op-amp is a differential amplifier with a very high open loop gain.

electronics fundamentals

Data Acquisition ET 228 Chapter 15 Subjects Covered Analog to Digital Converter Characteristics Integrating ADCs Successive Approximation ADCs Flash ADCs.

1 1.6 Op-Amp Basics Basic Op-Amp Op-amp equivalent circuit Practical (R i = high, R o = small)Ideal (R i =∞, R o = 0)

Operational Amplifiers Hunter Greene Wendy Siemens 20 February 2006.

2/June/2009LHCb Upgrade1 Single ended ADC Differential ADC –Convert single ended signal to differential (use AD8138 amp) –ASIC differential output ADC.

CHAPTER 20 OPERATIONAL AMPLIFIERS (OP-AMPS). Introduction to operational amplifiers Symbol and Terminals.

0 /59 Nyquist Rate ADCs Dr. Hossein Shamsi ECE Dept, K.N. Toosi University of Technology.

Quiz: AC & DC Specifications TIPL 4002 TI Precision Labs – ADCs

Quiz: Aliasing and Anti-aliasing Filters TIPL TI Precision Labs – ADCs

Created by Tim Green, Art Kay Presented by Peggy Liska

Presented by Ken Chan Prepared by Ken Chan

Chapter 10: Operational Amplifiers

PUSAT PENGAJIAN KEJURUTERAAN KOMPUTER & PERHUBUNGAN

Quiz: Determining a SAR ADC’s Linear Range when using Operational Amplifiers TIPL 4101 TI Precision Labs – ADCs Created by Art Kay.

Open book, open notes, bring a calculator

1.6 Op-Amp Basics Basic Op-Amp Practical (Ri = high , Ro = small)

SAR ADC Input Types TIPL 4003 TI Precision Labs – ADCs

Quiz: Calculating the total noise for ADC systems TIPL 4204 TI Precision Labs – ADCs Created by Art Kay.

Quiz: Determining a SAR ADC’s Linear Range when using Instrumentation Amplifiers TIPL 4102 TI Precision Labs – ADC Hello, and welcome to the TI Precision.

Created by Tim Green, Art Kay Presented by Peggy Liska

Created by Tim Green, Art Kay Presented by Peggy Liska

SAR ADC Power Scaling TIPL 4601 TI Precision Labs – ADCs

Quiz: DC Specifications TIPL 4001 TI Precision Labs – ADCs

Quiz: Driving a SAR ADC with a Fully Differential Amplifier TIPL 4103 TI Precision Labs – ADCs Created by Art Kay.

Analogue Electronic 2 EMT 212

SAR ADC Power Scaling TIPL 4601 TI Precision Labs – ADCs

ECE 1270: Introduction to Electric Circuits

Quiz: Statistics Behind Error Analysis TIPL TI Precision Labs – ADCs

Readout electronics for aMini-matrix DEPFET detectors

Quiz: Coherent Sampling and Filtering to Improve SNR and THD TIPL 4303 TI Precision Labs – ADCs Hello, and welcome to the TI Precision Lab discussing.

Created by Art Kay & Dale Li Presented by Peggy Liska

Created by Luis Chioye, Art Kay Presented by Peggy Liska

What is an Op-Amp Low cost integrating circuit consisting of:

Quiz: SAR ADC Input Types TIPL 4003 TI Precision Labs – SAR

CHAPTER 1 TWO PORT CIRCUITS

Gentec: 12 Bit Driver for TMS320F2837xD Delfino MCU

Created by Dale Li, Art Kay Presented by Peggy Liska

SAR ADC Power Scaling TIPL 4601 TI Precision Labs – ADCs

Electronic Circuit-II

Created by Art Kay, Luis Chioye Presented by Peggy Liska

Created by Tim Green, Art Kay Presented by Peggy Liska

Aliasing and Anti-aliasing Filters TIPL 4304 TI Precision Labs – ADCs

Introduction to Frequency Domain TIPL 4301 TI Precision Labs – ADCs

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.

Created by Luis Chioye, Art Kay Presented by Cynthia Sosa

Created by Luis Chioye Presented by Cynthia Sosa

Created by Luis Chioye Presented by Cynthia Sosa

Created by Art Kay Presented by Peggy Liska

Quiz: Introduction to Frequency Domain TIPL TI Precision Labs – ADCs

Capacitor Charging: Voltage Across Sample & Hold Capacitor

Quiz: AC & DC Specifications TIPL 4002 TI Precision Labs – ADCs

PSRR TIPL 1232 TI Precision Labs – Op Amps

Created by Art Kay Presented by Peggy Liska

Quiz: Introduction to SAR ADC Component Selection TIPL 4401 TI Precision Labs – ADCs Hello, and welcome to the TI Precision Lab discussing input offset.

Quiz: Fast Fourier Transforms (FFTs) and Windowing TIPL 4302 TI Precision Labs – ADCs Created by Art Kay.

ADS7841 SAR Input Model (6/1/17)

Refine the Rfilt and Cfilt Values TIPL 4404 TI Precision Labs – ADCs

Electronic Circuit-II

12 bit SAR driver for TIVA MCU TM4C129ENCPDT

Errol Leon, Analog Applications Precision Linear Analog Applications

Presentation transcript:

Quiz: Introduction to SAR ADC Component Selection TIPL 4401 TI Precision Labs – ADCs Hello, and welcome to the TI Precision Lab discussing input offset voltage, VOS, and input bias current, IB. In this video we’ll discuss Created by Art Kay

Quiz: Introduction to SAR ADC Component Selection The SAR data converter throughput is set by the __________________. Acquisition and communications phase. Reference and conversion phase. Acquisition and conversion phase. None of the above. SAR data converters with short acquisition time will need a driver amplifier with ______. High bandwidth. High slew rate. Good output swing. Low noise.

Quiz: Introduction to SAR ADC Component Selection The data sheet for the input circuit below does not specify Rsh. What is a good estimate for Rsh? Assume tacq_min = 150ns. 25 ohms. 50 ohms. 75 ohms. 100 ohms.

Quiz: Introduction to SAR ADC Component Selection Use the calculator to find an amplifier and RC range for a converter with the following specifications: ADS7056, Single Ended, 14 bit, 2.5Msps, tacq_min = 95ns, FSR = 3.3V, and Csh = 16pF.

Solutions

Quiz: Introduction to SAR ADC Component Selection The SAR data converter throughput is set by the __________________. Acquisition and communications phase. Reference and conversion phase. Acquisition and conversion phase. None of the above. SAR data converters with short acquisition time will need a driver amplifier with ______. High bandwidth. High slew rate. Good output swing. Low noise.

Quiz: Introduction to SAR ADC Component Selection The data sheet for the input circuit below does not specify Rsh. What is a good estimate for Rsh? Assume tacq_min = 150ns. 25 ohms. 50 ohms. 75 ohms. 100 ohms.

Quiz: Introduction to SAR ADC Component Selection Use the calculator to find an amplifier and RC range for a converter with the following specifications: ADS7056, Single Ended, 14 bit, 2.5Msps, tacq_min = 95ns, FSR = 3.3V, and Csh = 16pF.