Analog and Digital Circuits for Electronic Control System by Jerry Luecke

By Jerry Luecke

Content material:
Foreword

, Page xi
Preface

, Page xii
Acknowledgments

, Page xiii
What's at the CD-ROM?

, Page xiv
Chapter 1 - sign Paths from Analog to Digital

, Pages 1-10
Chapter 2 - sign Paths from electronic to Analog

, Pages 11-17
Chapter three - Sensors

, Pages 18-34
Chapter four - sign Conditioning

, Pages 35-65
Chapter five - Analog-to-Digital and Digital-to-Analog Conversions

, Pages 66-81
Chapter 6 - electronic procedure Processing

, Pages 82-102
Chapter 7 - Examples of Assembly-Language Programming

, Pages 103-141
Chapter eight - information Communications

, Pages 142-159
Chapter nine - approach strength and Control

, Pages 160-173
Chapter 10 - A Microcontroller Application

, Pages 174-199
Appendix A - The MSP430 guideline Set

, Pages 200-259
Appendix B - regular sign up and Bit Definitions for the MSP430 Microcontrollers

, Pages 260-272
Appendix C - software software to be used in bankruptcy 10

, Pages 273-289
Appendix D - A Refresher

, Pages 290-297
About the Author

, Page 299
Index

, Pages 300-312

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Additional info for Analog and Digital Circuits for Electronic Control System Applications. Using the TI MSP430 Microcontroller

Example text

R1 . . . 8 0 0 f l 200f2 100 C2 200 f2 R l + RL Vo . . . O. Q lz~o" 8oo: @ i ! 2 ! F! t! ' ,' ~! ' c R~~o R Change 4oo ~ 9 10 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 0 1 0 0 1 1 0 1 2 0 ,~~ R V R~+RL = Voltage output Light-Footcandles (Ftc) I a. Characteristics Current Figure 3-17: Photoresistor sensor S o l a r Cell Source ~ Network of narrow metal Doped silicon _ b. Circuit applications ANODE The solar cell is again a semiconduccrystal wafer strips on top with cathode forms anode Light shines between tor PN junction that is light sensitive.

The amplifier is going to be used in automotive applications so the supply voltage, Vcc, will be equal to + 12V. The operating point is going to be set at point A, the biased operating point shown on the characteristic curves of Figure 4-3a. When there is no signal, point A says that the collector current will be 6 mA and the VCE (voltage from collector to emitter) will be 6V. Characteristic Curves Look at the characteristic curves of Figure 4-3a. What do they mean? They were taken using the measuring circuit of Figure 4-3c.

For this case, Rf is infinity so the feedback loop is open. ~pp~A~SS~H "-"~ 90~ gain is reduced and the gain vs. frequency curve fits under the " ~ 40 " E- ,FT' - \ 135~ open-loop gain response curve. ~>O 4 . . . F t \ 180o so the amplifier has a gain of 40--shown by the dotted line in 1 10 100 1K 10K 100K 1M 10M Figure 4-19--then the frequency response is fiat out to 100 kHz f - FREQUENCY - Hz before it starts to roll off. If the gain is reduced to 4, the frequency Figure 4-1 9: Frequency response o f response stays fiat until 1 MHz before it starts to roll off.

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