The Analog Interface and Dsp Sourcebook
, by Clements, Alan- ISBN: 9780077076948 | 007707694X
- Cover: Hardcover
- Copyright: 6/1/1993
Preface | |
Acknowledgements | |
Operational Amplifiers | |
Orientation: Operational amplifiers | p. 2 |
Working with high impedance op amps | p. 14 |
Low noise - wideband precision JFET input operational amplifiers | p. 20 |
Minimization of noise in operational amplifier applications | p. 32 |
Basic in-amp theory | p. 43 |
Precision instrumentation amplifier | p. 60 |
Isolation products - what is an isolation amplifier? | p. 70 |
Precision lowest cost isolation amplifier | p. 76 |
Log converters | p. 87 |
An I.C. amplifier users' guide to decoupling, grounding and making things go right for a change | p. 91 |
Shielding and guarding | p. 99 |
Tranducers and Reference Sources | |
AD590 Two-terminal IC temperature transducer | p. 106 |
Pressure transducer accuracy in application | p. 114 |
SCX C Series low cost compensated pressure sensors | p. 120 |
BP01 Blood pressure sensor | p. 127 |
Understanding absolute pressure sensors | p. 134 |
1.2V Reference | p. 138 |
AD588 High precision voltage reference | p. 142 |
Digital to Analog Converters | |
Digital to analog converters | p. 155 |
Orientation: digital-to-analog converters | p. 163 |
AD7528 CMOS dual 8-bit buffered multiplying DAC | p. 168 |
AD7528 Dual 8-bit CMOS DAC application note | p. 172 |
MAX507/508 Voltage-output 12-bit DACs with internal reference | p. 180 |
AD766 16-bit DSP DAC | p. 192 |
AD1860 18-bit PCM audio DAC | p. 200 |
MC10322 8-bit video DAC with TTL inputs | p. 212 |
ADV478/ADV471 CMOS 80MHz monolithic 256 x 24(18) color palette RAM-DAC | p. 227 |
Animation using the pixel read mask register of the ADV47X series of video RAM-DACs | p. 238 |
Companding D/A converter | p. 246 |
Analog to Digital Converters | |
Analog to digital converters | p. 259 |
Orientation: Analog-to-digital converters | p. 271 |
AD670 Low cost signal conditioning 8-bit ADC | p. 277 |
AD7878 LC[superscript 2]MOS complete 12-bit 100kHz sampling ADC with DSP interface | p. 288 |
LM12458 12-bit + sign data acquisition system with self-calibration | p. 304 |
MAX135 15-bit ADC with parallel interface | p. 330 |
MC10315L, MC10317L Seven-bit parallel high speed A/D converter (with overrange) | p. 341 |
An evaluation system for high-speed A-D and D-A converters | p. 348 |
Multiplexers and Sample and Hold Circuits | |
HI-506A, HI-507A Single-ended 16-channel/differential 8-channel CMOS analog multiplexers | p. 360 |
Understanding crosstalk in analog multiplexers | p. 369 |
Monolithic sample and hold amplifiers | p. 377 |
To sidestep sample/hold pitfalls, recognize subtle design errors | p. 382 |
Special sample and hold techniques | p. 387 |
LF198A/LF398A Precision sample and hold amplifier | p. 391 |
AD386 True 16-bit track-and-hold amplifier | p. 406 |
SDM862 Series 16 single ended/8 differential input 12-bit data acquisition systems | p. 420 |
Voltage to Frequency and Frequency to Voltage Converters | |
AD650 Voltage-to-frequency and frequency-to-voltage converter | p. 443 |
VCF100 Synchronized voltage-to-frequency converter | p. 455 |
An Introduction to Digital Signal Processing | |
An introduction to the sampling theorem | p. 471 |
Power spectra estimation | p. 483 |
Basic digital filter theory | p. 511 |
Correlation and convolution with the IMS A100 | p. 520 |
Hardware development for a universal digital filter computing machine | p. 541 |
Digital filtering with the IMS A100 | p. 566 |
Digital Signal Processors | |
DSP56001 56-bit general purpose digital signal processor | p. 597 |
TMS320C4x Digital signal processor | p. 632 |
ADSP-2100/ADSP-2100A 12.5 MIPS DSP microprocessor | p. 672 |
IMS A100/IMS A100M Cascadable signal processor | p. 707 |
Digital Signal Processor Applications | |
Implementing IIR/FIR filters with Motorola's DSP56000/DSP50001 | p. 748 |
Implementation of fast fourier transforms on Motorola's DSP56000/DSP56001 and DSP96002 digital signal processors | p. 856 |
Convolutional encoding and Viterbi decoding using the DSP56001 with a V.32 modem trellis example | p. 915 |
TMC2301 CMOS image resampling sequencer | p. 972 |
Using matrix notation to build image manipulation algorithms with the TMC2301 image resampling sequencer | p. 990 |
Using the TMC2301 image resampling sequencer | p. 993 |
Network echo cancellation with the WE DSP16 family of digital signal processors | p. 1004 |
Sonar beamforming | p. 1036 |
Image processing with the IMS A100 | p. 1079 |
Index | p. 1111 |
Table of Contents provided by Blackwell. All Rights Reserved. |
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