Verfügbarkeit: Serielle Schnittstellen

Serielle Schnittstellen:

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Cina, Miroslav (VerfasserIn)
Format:	Buch
Sprache:	German
Veröffentlicht:	Aachen Elektor 2017
Ausgabe:	1. Auflage
Schriftenreihe:	an Elector Publication : Learn, Design, Share
Schlagworte:	Serial Peripheral Interface 1-Wire IIC-Bus Serielle Schnittstelle
Online-Zugang:	Ausführliche Beschreibung Inhaltsverzeichnis
Beschreibung:	Auf dem Cover: "I²C, SPI und 1-Wire"
Beschreibung:	354 Seiten Illustrationen, Diagramme 24 cm
ISBN:	9783895763182 3895763187

Internformat

MARC


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Datensatz im Suchindex

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adam_text	INHALT KAPITEL 1 * EINLEITUNG.................................................................................................................. 11 1.1. I2C .......................................................................................................................................11 1.2. SRI.......................................................................................................................................12 1.3. ONE-WIRE............................................................................................................................. 14 KAPITEL 2 * DEMO-BOARDS.................................................................................... 17 2.1. DEMOBOARD2015...............................................................................................................17 2.1.1 HARDWARE...........................................................................................................................18 2.1.1.1 DIE EINSPEISUNG............................................................................................................ 19 2.1.1.2 DIE T A S TA TU R................................................................................................................. 19 2.1.1.3 DAS DISPLAY................................................................................................................... 20 2.1.1.4 I2C-BUS ........................................................................ 20 2.1.1.5 S PI-B US........................................................................................................................ 22 2.1.1.6 ONEWIRE-BUS.................................................................................................................22 2.1.1.7 CUSTOM P O R T.................................................................................................................23 2.1.2 FIRMWARE........................................................................................................................ 24 2.1.2.1 DIE INITIALISIERUNG......................................................................................................... 25 2.1.2.2 MENUE I2C........................................................................................................................ 25 2.1.2.3 MENUE S P I ......................................................................................................................26 2.1.2.4 MENUE ONEWIRE.............................................................................................................. 26 2.1.2.5 MENUE SETUP................................................................................................................... 27 2.2. EASYMASTER2016.................................................................................................................28 2.2.1 HARDWARE.......................................................................................................................... 28 2.2.2 FIRMWARE.......................................................................................................................... 31 2.2.3 PROGRAMMIERUNG DES EASYMASTER2016..........................................................................31 2.3. DIE MECHANIK......................................................................................................................32 KAPITEL 3 * DER I2C-BUS................................................................................................................34 3.1 I2C-GRUNDLAGEN.................................................................................................................34 3.1.1. I2C-HARDWARE.................................................................................................................35 3.1.2. I2C-KOMMUNIKATION....................................................................................................... 35 3.3.1. ^-S TEU ERREGISTER .............. ............................ 39 3.3.1.1. SSPXCONL 39 3.3.1.2. SSPXCON2....................................................................................................................40 3.3.2. I2C-INITIALISIERUNG MIT PIC18LF26K22 ........................................................................ 41 3.3.3. I2C-INITIALISIERUNG MIT PIC16F1829...............................................................................41 3.4. DATEN SENDEN UND EM PFANGEN...................................................................................... 42 3.4.1. KOMMUNIKATION IN DER MONARCHIE ................................................................................. 44 3.4.1.1. I2 C_ START...................................................................................................................... 45 3.4.1.2. I2C_STOP........................................................................................................................ 45 3.4.1.3. I2C_SEND......................................................................................................................46 3.4.1.4. I2C_RECEIVE....................................................................................................................47 3.4.1.5. I2C_ACK........................................................................................................................ 48 3.4.1.6. I2C_NOT_ACK................................................................................................................. 48 3.4.1.7. I2C_RESTART....................................................................................................................49 3.4.2. REGEL KONFORME KOMMUNIKATION ................................................................................. 49 3.4.2.1. TESTEN DES TRIGGER-BITS..............................................................................................50 3.4.2.2. TESTEN DES INTERRUPT-FLAGS.........................................................................................53 3.5. DIE I2C-ROUTINEN................................................................................................................. 56 3.6. GPIO.....................................................................................................................................57 3.6.1. DREI G RU P P EN ................................................................................................................. 57 3.6.1.2. GRUPPE A - QUASI BIDIREKTIONALE GPIOS ..................................................................... 57 3.6.1.3. GRUPPE B - PUSH-PULL-GPIO.........................................................................................58 3.6.1.4. GRUPPE C - LED D RIVERS..............................................................................................60 3.6.2. UEBERBLICK........................................................................................................................ 61 3.6.3. DIE GRUPPE A ................................................................................................................. 62 3.6.3.1 PCF8574 ALS AUSGANG VERWENDEN............................................................................... 65 3.6.3.2 PCF8574 ALS EINGANG VERW ENDEN............................................................................... 66 3.6.3.3 PCF8574 MIT INTERRUPT VERWENDEN.............................................................................68 3.6.3.4. PCF8574 UND DEMOBOARD2015 ................................................................................. 70 3.6.3.5. PCF8574 UND EASYMASTER2016 ................................................................................. 72 3.6.3.6 PCF8575......................................................................................................................73 3.6.3.7. PCF8575 UND DEMOBOARD2015 77 77 Z.6.3.7. PCF8575 UND EASYMASTER2016 3.6.4. DIE GRUPPE B .................................................................................................................79 3.6.4.1. TEXAS INSTRUMENTS ICS DER GRUPPE B......................................................................79 3.6.4.2. PCA6107 UND DEMOBOARD2015................................................................................. 85 3.6.4.4. PCA6107 UND EASYMASTER2016................................................................................. 86 3.6.4.5. PCF8574 MIT PCA6107 UND EASYMASTER2016 ........................................................... 89 3.6.4.6. ANDERE MITGLIEDER DER FAMILIE ................................................................................... 91 3.6.4.7. MICROCHIP ICS DER GRUPPE B ......................................................................................93 3.6.4.8. MCP23008 ................................................................................................................... 94 3.6.4.9. MCP23009 ................................................................................................................... 97 3.6.4.10. MCP23016, MCP23017 UND MCP23018...................................................................99 3.6.5. DIE GRUPPE C ............................................................................................................ 100 3.6.5.1. BEDIENUNG DES CHIPS PCA953X / 955X ................................................................. 107 3.6.5.2. PCA95X3 UND DEMOBOARD2015............................................................................... 110 3.7. LED DISPLAY DRIVER - MAX6959.....................................................................................112 3.7.1. MAX6959 MIT DEM EASYMASTER2016 .......................................................................... 115 3.8. RTC.....................................................................................................................................118 3.8.1. DS1307 . . .................................................................................................................... 119 3.8.1.1. SCHREIBEN IN DEN DS1307....................................................................................... 120 3.8.1.2. LESEN AUS DEM DS1307........................................................................................... 122 3.8.1.3. VERWENDEN DES RAM-SPEICHERS............................................................................... 124 3.8.2. M41T00CAP................................................................................................................. 124 3.8.3. MCP7940N....................................................................................................................125 3.8.4. ISL12022M....................................................................................................................126 3.8.4.1. SCHREIBEN IN DER ISL12022..................................................................................... 130 3.8.4.2. LESEN AUS DEM ISL12022....................................................................................... 134 3.8.5. RTC UND DEMOBOARD2015........................................................................................... 136 3.8.6. RTC UND EASYMASTER2016........................................................................................... 137 3.9. TEMPERATURSENSOREN....................................................................................................... 142 3.9.1. TMP100......................................................................................................................143 3.9.2. AT30TSE754 148 3.9.4. DS1624 ........................................................................................................................ 151 3.9.5. TEMPERATURSENSOREN UND DEMOBOARD2015 .............................................................. 154 3.10. PC-SPEICHER..................................................................................................................155 3.10.1. PC EEPROM..................................................................................................................159 3.10.2. EINEN PC EEPROM AN DEN BUS ANSCHLIESSEN .......................................................... 161 3.10.3. DIE ADRESSIERUNG........................................................................................................ 162 3.10.4. LESEN AUS DER PC EEPROM.......................................................................................164 3.10.5. IN DIE PC EEPROM SCHREIBEN.....................................................................................166 3.10.6. PC EEPROM UND DEMOBOARD2105...........................................................................168 3.10.7. PC EEPROM BEISPIEL FUER EASYMASTER2016...............................................................170 3.10.8. TEMPERATURSENSOREN MIT INTEGRIERTEM PC EEPROM................................................172 3.10.8.1. AT30TSE754........................................................................................................... 172 3.10.8.2. DS1624.................................................................................................................... 172 3.10.9. PC SRAM.................................................................................................................... 173 3.10.10. PC FRAM.................................................................................................................... 174 KAPITEL 4 * DER SPI-BUS ..................................................................... 177 4.1 SPI-GRUNDLAGEN..................................................................................................................177 4.2. SPI-TRANSFER-MODI......................................................................................................179 4.3. DAS CHIP-SELECT-SIGNAL................................................................................................... 189 4.4. SPI-EINSTELLUNGEN FUER DAS DEMOBOARD2015................................................................. 191 4.5. SPI-INITIALISIERUNG DES M SSP......................................................................................... 193 4.5.1. INITIALISIERUNG DES SPI-MASTERS MIT DEM PIC18LF26K22.........................................193 4.5.2. INITIALISIERUNG DES SPI-MASTERS MIT DEM PIC16F1829 ............................................ 195 4.5. DATEN SENDEN UND EM PFANGEN.......................................................................................197 4.6. DER SPI-EDITOR FUER DAS DEMOBOARD2015......................................................................197 4.6. GPIO...................................................................................................................................199 4.6.1. XRA1402/XRA1404 .................................................................................................... 199 4.6.1.1. GPIOS DES XRA1402/XRA1404 ALS AUSGANG VERW ENDEN ...................................... 206 4.6.1.2. GPIOS DES XRA1402/XRA1404 ALS EINGANG VERW ENDEN ...................................... 210 4.6.2. XRA1403/XRA1405 4.6.3. MCP23S08/MCP23S09............................................................... 4.6.3.1. GPIOS DES MCP23S08 / MCP23S09 ALS AUSGANG VERWENDEN...............................224 4.6.3.2. GPIOS DES MCP23S08/MCP23S09 ALS EINGANG VERW ENDEN ................................. 227 4.6.4. MCP23S17/MCP23S18................................................................................................ 230 4.7. REAL TIME CLOCK...............................................................................................................233 4.7.1. DS1306 - DIE SCHALTUNG..............................................................................................233 4.7.2. DS1306 - DIE BEDIENUNG..............................................................................................237 4.7.2.1. LESEN AUS DEM DS1306........................................................................................... 239 4.7.2.2. SCHREIBEN IN DEN DS1306.........................................................................................241 4.7.3. DS1306 UND DEMOBOARD2015....................................................................................242 4.7.4. DS1306 UND EASYMASTER2016 .................................................................................... 243 4.8. AMS-LED-DISPLAY-TREIBER................................................................................................ 245 4.8.1. DIE SCHALTUNG...............................................................................................................248 4.8.2. DIE PROGRAMMIERUNG.................................................................................................. 250 4.8.4. VERWENDUNG MIT DEN DEMOBOARD2015 ..................................................................... 251 4.8.5. DEMO MIT DEM EASYMASTER2016 ............................................................................... 252 4.9. EEPROM UND F LASH..........................................................................................................257 4.9.1. DIE TYPISCHE PINBELEGUNG........................................................................................... 258 4.9.2. DAS STATUS-REGISTER.....................................................................................................259 4.9.3. TYPISCHE BEFEHLE..........................................................................................................259 4.9.4. DIE SPEICHERORGANISATION........................................................................................... 260 4.9.5. DIE WICHTIGSTEN BEFEHLE IM DETAIL............................................................................... 260 4.9.5.1. LESEZUGRIFF................................................................................................................. 260 4.9.5.2. SCHREIBZUGRIFFE..........................................................................................................261 4.9.5.3. LOESCHBEFEHLE............................................................................................................ 262 4.9.6. SPI-FLASH UND DEMOBOARD2015 ................................................................................. 263 4.9.6.1. DER SST25VF080B.....................................................................................................264 4.9.6.2. BR25G256-3 ............................................................................................................ 268 4.9.6.3. AT25DF041B............................................................................................................ 270 KAPITEL 5 * ONE-WIRE.................................................................................................................. 273 5.1. UEBERBLICK........................................................................................................................ 273 5.2. PROTOKOLL-KONVENTIONEN 276 5.2.1. ROM-CODE.................................................................................................................... 276 5.2.2. TECHNISCHE E B E N E ........................................................................................................277 5.2.3. KOMMUNIKATIONSSCHRITTE.............................................................................................. 278 5.2.3. NICHT ZU VERGESSEN - CRC............................................................................................279 5.3. I2C-ZU-ONE-WIRE-BRUECKE - DER DOLMETSCHER..............................................................282 5.3.1. WARUM UEBERHAUPT EINEN DOLMETSCHER?......................................................................282 5.3.2. DS2484 .........................................................................................................................283 5.3.3. DS2482-100................................................................................................................. 287 5.3.4. DS2482-800..................................................................................................................288 5.3.5. DOLMETSCHER - ZUSAMMENFASSUNG.............................................................................291 5.4. ONE-WIRE-CHIPS.............................................................................................................291 5.4.1. TEMPERATUR MESSEN MIT DEM DS18S20......................................................................291 5.4.2. ZUGANG MIT DEM DS2401 KONTROLLIEREN .................................................................... 306 5.4.3. ETWAS MIT DS2406 SCHALTEN......................................................................................... 307 5.4.4. EIN WENIG MEHR ZUM SCHALTEN MIT DEM DS2408......................................................313 5.5. DIE ADRESSIERUNG AUF DEM 1-WIRE BUS......................................................................... 314 5.6. MEHRERE SLAVES AUF EINEM B US..................................................................................... 316 5.7. ONE-WIRE-SUCHE: DER ALGORITHMUS ............................................................................... 318 5.8. ONE-WIRE-SUCHE: DIE IMPLEMENTIERUNG........................................................................ 327 5.8.1. ONE-WIRE T RIPLET.......................................................................................................... 327 5.8.2. BEDIENUNG DES ONE-WIRE SEARCH IN DEMOBOARD2015 ............................................. 329 5.8.3. DIE IMPLEMENTIERUNG IN A SSEM BLER...........................................................................329 5.9. ONE-WIRE-SUCHE: DIE BEISPIELSCHALTUNG........................................................................ 346 5.9.1. VERSION 1 - ROM-CODE-LESER MIT PIC16F1828 ......................................................... 348 5.9.2. VERSION 2 - ROM-CODE-LESER MIT PIC18F13K22 ....................................................... 350 5.9.3. VERSION 3 - ROM-CODE-SUCHE MIT PIC18F13K22...................................................... 351 INDEX 354
any_adam_object	1
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dewey-sort	3621.3
dewey-tens	620 - Engineering and allied operations
discipline	Informatik Elektrotechnik / Elektronik / Nachrichtentechnik
edition	1. Auflage
format	Book
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id	DE-604.BV044048335
illustrated	Illustrated
indexdate	2024-08-01T11:27:21Z
institution	BVB
isbn	9783895763182 3895763187
language	German
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physical	354 Seiten Illustrationen, Diagramme 24 cm
publishDate	2017
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publisher	Elektor
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series2	an Elector Publication : Learn, Design, Share
spellingShingle	Cina, Miroslav Serielle Schnittstellen Serial Peripheral Interface (DE-588)1080533966 gnd 1-Wire (DE-588)7716770-3 gnd IIC-Bus (DE-588)4373106-5 gnd Serielle Schnittstelle (DE-588)4233868-2 gnd
subject_GND	(DE-588)1080533966 (DE-588)7716770-3 (DE-588)4373106-5 (DE-588)4233868-2
title	Serielle Schnittstellen
title_auth	Serielle Schnittstellen
title_exact_search	Serielle Schnittstellen
title_full	Serielle Schnittstellen Miroslav Cina
title_fullStr	Serielle Schnittstellen Miroslav Cina
title_full_unstemmed	Serielle Schnittstellen Miroslav Cina
title_short	Serielle Schnittstellen
title_sort	serielle schnittstellen
topic	Serial Peripheral Interface (DE-588)1080533966 gnd 1-Wire (DE-588)7716770-3 gnd IIC-Bus (DE-588)4373106-5 gnd Serielle Schnittstelle (DE-588)4233868-2 gnd
topic_facet	Serial Peripheral Interface 1-Wire IIC-Bus Serielle Schnittstelle
url	https://www.elektor.de/serielle-schnittstellen http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029455202&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT cinamiroslav serielleschnittstellen

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Signatur:	2000 ST 185 C574
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THWS Schweinfurt Zentralbibliothek Lesesaal

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