SHEINGOLD ANALOG TO DIGITAL CONVERTERS Search Results

synchros application

Abstract: Resolvers Resolvers and Synchros scott-t transformer resolver sine multiplier ISBN-0-13-032848-0 Analog-Digital Conversion Handbook resolver 90 brushless resolver
Contextual Info: MT-030 TUTORIAL Resolver-to-Digital Converters by Walt Kester INTRODUCTION Machine-tool and robotics manufacturers use resolvers and synchros to provide accurate angular and rotational information. These devices excel in demanding factory and aviation applications

bcd to gray code converter

Abstract: Gray to BCD converter BCD Gray Converter binary to gray code converter bcd to gray code conversion base-10 4 bit adc binary to gray conversion 3 bits gray to binary code converter Analog-Digital Conversion Handbook
Contextual Info: MT-009 TUTORIAL Data Converter Codes—Can You Decode Them? by Walt Kester INTRODUCTION Analog-to-digital converters ADCs translate analog quantities, which are characteristic of most phenomena in the "real world," to digital language, used in information processing, computing,

ad521

Abstract: AN343 cmos cookbook AD1408 AD208 AD517 AD537 AD537K AD562 AD581
Contextual Info: AN-343 APPLICATION NOTE ANALOG ► DEVICES ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Circuit Ideas for IC Converters by Walter Jung,1 Jeff Riskin, and Lew Counts The alert circuit designer is constantly on the lookout for new

AD376

Contextual Info: rItI ANALOG CompleteHighSpeed 16-BitAIDConverter W DEVICES Ab37 p FEATURES Complete 16-Bit Converter With Reference and Clock :!:0.003% Maximum Nonlinearity No Missing Codes to 14 Bits Fast Conversion - 15f.tS(14 Bit Short Cycle Capability Parallel Outputs

MCS-96

Abstract: 8097BH intel 8022 8096BH MCS-96 Users guide AP-406 MCS-96 datasheet Sheingold MCS-96 cpu Op Amp Circuit Collection 1978
Contextual Info: AP-406 APPLICATION NOTE MCS -96 Analog Acquisition Primer DAVID P RYAN INTEL CORPORATION December 1987 Order Number 270365-001 Information in this document is provided in connection with Intel products Intel assumes no liability whatsoever including infringement of any patent or copyright for sale and use of Intel products except as provided in

variable resistor connection

Abstract: 555-timer ad8402 filter application of programmable variable resistor 8251 microcontroller free 555 IC virtual timer pin configuration 100 K variable resistor Sheingold variable resistor AD8402
Contextual Info: Design Circuits with Digitally Controllable Variable Resistors AD8402/3 dual/quad digital pots set resistance values and ratios remotely by Walt Heinzer H ere is the first viable cost-effective substitute for trim m ers and potentiom eters in new designs. T his new IC family offers digital

Analog-Digital Conversion Handbook

Abstract: AD1377JD AD1376 AD1376JD AD1376KD AD1377
Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 FEATURES Complete 16-Bit Converters with Reference and Clock ؎0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 ␮s to 16 Bits AD1376 10 ␮s to 16 Bits (AD1377)

AD1376

Abstract: AD1376JD AD1376KD AD1377
Contextual Info: a Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 FEATURES Complete 16-Bit Converters with Reference and Clock ؎0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 ␮s to 16 Bits AD1376 10 ␮s to 16 Bits (AD1377)

Analog-Digital Conversion Handbook

Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 ANALOG DEVICES □ FE A TU R E S C om plete 16-Bit Converters w ith Reference and Clock ±0.003% M axim u m Nonlinearity No M issing Codes to 14 Bits over Tem perature Fast Conversion 17 |xs to 16 Bits AD1376

Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 ANALOG DEVICES FEATURES Complete 16-Bit Converters with Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 jis to 16 Bits (AD1376 10 |xs to 16 Bits (AD1377)

tl413

Abstract: d1376k Analog-Digital Conversion Handbook AD1376
Contextual Info: ANALOG DEVICES Complete, High Speed 1 6-Bit A/D Converters AD1376/AD1377 FEATURES Complete 16-Bit Converters with Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 to 16 Bit AD1376 10 (Jisto 16 Bits (AD1377)

Contextual Info: ANALOG DEVICES Complete, High Speed 16-Bit A/D Converters □ AD1376/AD1377 FEATURES Complete 16-Bit Converters w ith Reference and Clock ±0.003% Maxim um Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 u s to 16 Bits AD1376

ad1311

Abstract: AD1376 AD1377 ADI376 ADI376JD7AD1377JD AD-1377S
Contextual Info: □ ANALOG DEVICES Complete, High Speed 16-Bit A/D Converters ADI 376/ADI 377 FEATURES Complete 16-Bit Converters w ith Reference and Clock ±0.003% M axim um Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 j j i s to 16 Bits {AD1376

AD1376

Abstract: AD1376JD AD1376KD AD1377 C25x
Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 ANALOG DEVICES FEATURES Complete 16-Bit Converters with Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 to 16 Bit AD1376 10 jis to 16 Bits (AD1377)

Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 FEATURES Digital output data is provided in parallel form with corresponding clock and status outputs. All digital inputs and outputs are TTL-compatible. Complete 16-bit converters with reference and clock

AD1376

Abstract: AD1377 B2-B16 AD-1377
Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 Digital output data is provided in parallel form with corresponding clock and status outputs. All digital inputs and outputs are TTL-compatible. FEATURES Complete 16-bit converters with reference and clock

Contextual Info: Complete, High Speed 16-Bit A/D Converters AD1376/AD1377 ANALOG DEVICES FEATURES Complete 16-Bit Converters with Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits over Temperature Fast Conversion 17 to 16 Bit AD1376 10 jiS to 16 Bits (AD1377)

adc711

Abstract: 541J ADC71 ADC72bd Sheingold ADC71JD ADC72 AD389KD ADC71KD
Contextual Info: AN ALO G D E V IC E S Complete, High Resolution 16-Bit A/D Converters ADADC71/ADADC72 FEATURES Complete 16-Bit Converter With Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits Fast Conversion - 35|is 14 Bit Short Cycle Capability

ADC71K

Abstract: ADC71KD ADC71 ADC72 ADC72JD ADC72kd
Contextual Info: ANALOG DEVICES Complete, High Resolution 16-Bit A/D Converters ADADC71/AD ADC72 FEATURES Complete 16-Bit Converter With Reference and Clock ±0.003% Maximum Nonlinearity No Missing Codes to 14 Bits Fast Conversion - 35ps 14 Bit Short Cycle Capability Parallel and Serial Logic Outputs

AD1380

Abstract: AD1380JD AD1380KD C0076
Contextual Info: Low Cost 16-Bit Sampling ADC AD1380 FEATURES Complete Sampling 16-Bit ADC with Reference and Clock 50 kHz Throughput ؎1/2 LSB Nonlinearity Low Noise SHA: 300 ␮V p-p 32-Lead Hermetic DIP Parallel Output Low Power: 900 ␮W FUNCTIONAL BLOCK DIAGRAM APPLICATIONS

SHA-5

Abstract: AD1380 AD1380JD AD1380KD
Contextual Info: a FEATURES Complete Sampling 16-Bit ADC With Reference and Clock 50 kHz Throughput ؎1/2 LSB Nonlinearity Low Noise SHA: 300 ␮V p-p 32-Pin Hermetic DIP Parallel and Serial Outputs Low Power: 900 mW Low Cost 16-Bit Sampling ADC AD1380 FUNCTIONAL BLOCK DIAGRAM

Contextual Info: Circuit Note CN-0254 Devices Connected/Referenced 16-Bit, 8-Channel, 250 kSPS PulSAR ADC AD7689 Circuits from the Lab reference designs are engineered and tested for quick and easy system integration to help solve today’s analog, mixed-signal, and RF design challenges. For more

alan rich

Abstract: AN-345
Contextual Info: AN-345 APPLICATION NOTE ANALOG ► DEVICES ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Grounding for Low- and High-Frequency Circuits Know Your Ground and Signal Paths for Effective Designs Current Flow Seeks Path of Least Impedance — Not Just Resistance

E2113

Abstract: AD771x AD797 AD7710 AD7711 AD7714 AN-406
Contextual Info: a ONE TECHNOLOGY WAY • P.O. AN-406 APPLICATION NOTE BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Using the AD771x Family of 24-Bit Sigma-Delta A/D Converters by Eamon Nash INTRODUCTION The AD771x Series is a family of ADCs that are designed