Verfügbarkeit: Arduino :: THWS Bibkatalog

Arduino: Praxiseinstieg

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Bibliographische Detailangaben
1. Verfasser:	Brühlmann, Thomas (VerfasserIn)
Format:	Buch
Sprache:	German
Veröffentlicht:	Frechen mitp [2019]
Ausgabe:	4. Auflage
Schlagworte:	Mikrocontroller Arduino-Plattform Systemplattform Programmierung Arduino 1.0 Elektronik Hardware Internet of Things IoT Maker Physical Computing
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	680 Seiten Illustrationen (überwiegend farbig) 24 cm x 17 cm
ISBN:	9783747500545 3747500544

Internformat

MARC


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650	0	7	\|a Systemplattform \|0 (DE-588)4674460-5 \|2 gnd \|9 rswk-swf
650	0	7	\|a Programmierung \|0 (DE-588)4076370-5 \|2 gnd \|9 rswk-swf
650	0	7	\|a Arduino 1.0 \|0 (DE-588)1029172765 \|2 gnd \|9 rswk-swf
653			\|a Elektronik
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Datensatz im Suchindex

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adam_text	INHALTSVERZEICHNIS 1 EINLEITUNG ..................................................................................................... 13 1.1 AUFBAU DES BUCHES ...................................................................................... 14 1.2 DOWNLOADS UND WEITERFUEHRENDE INFORMATIONEN ...................................... 16 1.3 WEITERE QUELLEN .......................................................................................... 16 1.4 DANKSAGUNG ................................................................................................. 17 2 ARDUINO-PLATTFORM ...................................................................................... 19 2.1 AM ANFANG WAR DER KOENIG .......................................................................... 19 2.2 BE A MAKER ..................................................................................................... 20 2.3 ARDUINO-PLATTFORM ...................................................................................... 23 2.4 HARDWARE ....................................................................................................... 23 2.4.1 ARDUINO UNO/GENUINO UNO .......................................................... 25 2.5 SOFTWARE ......................................................................................................... 28 2.6 INSTALLATION DER SOFTWARE ............................................................................ 29 2.6.1 INSTALLATION DES USB-TREIBERS UNTER WINDOWS 7 UND WINDOWS 10 ............................................................................ 30 2.6.2 INSTALLATION DES USB-TREIBERS UNTER WINDOWS XP ..................... 31 2.6.3 INSTALLATION DES USB-TREIBERS UNTER MAC OS X ........................... 33 2.6.4 INSTALLATION DES USB-TREIBERS UNTER LINUX ................................. 33 2.7 GET CONNECTED ............................................................................................... 33 2.7.1 VERBINDUNGSKABEL .......................................................................... 34 2.7.2 VERBINDUNG UND BLINK ................................................................ 34 2.7.3 PROJEKT BLINK .................................................................................. 38 2.8 ARDUINO-ENTWICKLUNGSUMGEBUNG .............................................................. 39 2.8.1 VOREINSTELLUNGEN ............................................................................ 39 2.8.2 AUFBAU ENTWICKLUNGSUMGEBUNG ................................................. 41 2.8.3 MENUE- UND SYMBOLLEISTE ................................................................ 41 2.8.4 EDITOR .............................................................................................. 44 2.8.5 AUSGABEFENSTER .............................................................................. 44 2.9 ARDUINO-BOARDS ............................................................................................ 46 2.9.1 ARDUINO LEONARDO ........................................................................... 46 2.9.2 ARDUINO DUE ................................................................................... 46 2.9.3 ARDUINO YUN ................................................................................... 47 2.9.4 ARDUINO MEGA 2560 ......................................................................... 48 5 INHALTSVERZEICHNIS 2.9.5 ARDUINO NANO ................................................................................. 49 2.9.6 ARDUINO MINI ................................................................................... 49 2.9.7 ARDUINO LILYPAD ............................................................................... 51 2.10 ARDUINO-KOMPATIBLE BOARDS ......................................................................... 51 3 STARTSCHUSS ................................................................................................... 53 3.1 DAS ARDUINO-BOARD ....................................................................................... 54 3.1.1 STROMLAUFPLAN ................................................................................. 54 3.1.2 MICROCONTROLLER - DAS GEHIRN ........................................................ 56 3.1.3 ANSCHLUSSBELEGUNG ........................................................................ 56 3.1.4 STROMVERSORGUNG ............................................................................. 58 3.2 STECKBRETT - EXPERIMENTIEREN OHNE LOETEN ................................................ 59 3.2.1 SPANNUNGSVERSORGUNG AUF DEM STECKBRETT ................................. 64 3.3 SPANNUNG, STROM UND HERR OHM .............................................................. 68 3.4 WIDERSTAND & CO ............................................................................................ 72 3.4.1 WIDERSTAND ....................................................................................... 74 3.4.2 POTENTIOMETER ................................................................................. 74 3.4.3 KONDENSATOR ..................................................................................... 75 3.4.4 DIODE ............................................................................................... 76 3.4.5 LEUCHTDIODE ..................................................................................... 76 3.4.6 TRANSISTOR ......................................................................................... 78 3.4.7 INTEGRIERTE SCHALTUNG (IC) .............................................................. 79 3.4.8 RELAIS ............................................................................................... 81 3.4.9 SCHALTER ............................................................................................. 81 3.4.10 TASTER ............................................................................................... 82 3.5 PROGRAMMCODE ............................................................................................. 82 3.5.1 INTEGER, TYPEN UND VARIABLEN ........................................................ 83 3.5.2 STRUKTUR ........................................................................................... 86 3.6 TESTEN .............................................................................................................. 88 3.6.1 SERIELLER MONITOR ............................................................................. 88 3.6.2 CODE-DEBUGGING ............................................................................. 91 3.7 PROJEKT BLINK ................................................................................................. 93 3.8 PROJEKT WECHSELBLINKER ................................................................................. 96 4 EINGAENGE UND AUSGAENGE ............................................................................ 101 4.1 DIGITALE EINGAENGE .......................................................................................... 102 4.1.1 PIN ALS EINGANG SETZEN .................................................................. 102 4.1.2 DIGITALEN EINGANG LESEN ................................................................ 104 4.1.3 DIGITALEN EINGANG ENTPRELLEN ........................................................ 109 4.1.4 HOHE EINGANGSSIGNALE .................................................................. 113 6 INHALTSVERZEICHNIS 4.2 DIGITALE AUSGAENGE ........................................................................................ 114 4.2.1 AUSGANG SETZEN UND AUSGEBEN ..................................................... 115 4.2.2 PRAXIS-TIPP: STATUS EINES AUSGANGS LESEN ................................... 116 4.3 ANALOGE WELT .................................................................................................. 117 4.3.1 ANALOGE SIGNALE EINLESEN .............................................................. 118 4.3.2 ANALOGE SIGNALE AUSGEBEN ............................................................ 124 4.4 SERIELLE KOMMUNIKATION ............................................................................ 128 4.4.1 SERIELLE SCHNITTSTELLE (RS232) ........................................................ 128 4.4.2 SCHNITTSTELLENERWEITERUNG .............................................................. 133 4.4.3 I 2 C/2-WIRE (TWO-WIRE).................................................................... 135 4.5 DRAHTLOSE KOMMUNIKATION ........................................................................ 148 4.5.1 433-MHZ-KOMMUNIKATION ............................................................ 148 4.5.2 DATEN UEBERTRAGEN MIT RFM12B TRANSCEIVER ............................... 156 4.6 PROJEKT: WUERFEL ............................................................................................. 172 5 SENSOREN ....................................................................................................... 179 5.1 SENSOREN ....................................................................................................... 180 5.1.1 LDR (FOTOWIDERSTAND) .................................................................... 180 5.1.2 NTC/PTC ......................................................................................... 182 5.1.3 INTEGRIERTE TEMPERATURSENSOREN ................................................... 186 5.1.4 PTLOO UND THERMOELEMENTE .......................................................... 204 5.1.5 FEUCHTESENSOREN ............................................................................ 217 5.1.6 KOMBINIERTE UMWELTSENSOREN ...................................................... 221 5.1.7 SCHALTERSENSOREN ............................................................................ 233 5.1.8 ABSTANDSSENSOREN .......................................................................... 234 5.1.9 BESCHLEUNIGUNGSSENSOR ................................................................ 235 5.1.10 KOMPASS ........................................................................................... 238 5.1.11 HALL-SENSOR .................................................................................... 245 5.2 PROJEKT KOMPASS MIT RICHTUNGSANZEIGE .................................................... 251 5.3 PROJEKT GEFRIERSCHRANKWAECHTER .................................................................. 258 5.4 KONTAKTLOSES FIEBERTHERMOMETER .............................................................. 261 6 AKTOREN ......................................................................................................... 265 6.1 RELAIS ............................................................................................................. 265 6.2 SERVOS ............................................................................................................. 268 6.2.1 ANALOGE TEMPERATURANZEIGE .......................................................... 274 6.2.2 SERVOS ALS MOTOREN FUER MINIROBOTER ............................................. 277 6.3 MOTOREN ......................................................................................................... 278 6.4 HOHE LASTEN SCHALTEN .................................................................................. 285 6.5 PROJEKT: ROBOTER MIT WII-STEUERUNG .......................................................... 289 7 INHALTSVERZEICHNIS 7 ANZEIGEN ....................................................................................................... 301 7.1 LEUCHTDIODE (LED) ....................................................................................... 301 7.1.1 KONSTANTSTROMQUELLE MIT TRANSISTOR ........................................... 302 7.1.2 KONSTANTSTROMQUELLE MIT SPANNUNGSREGLER ............................... 303 7.1.3 HELLIGKEIT STEUERN .......................................................................... 304 7.1.4 LED ALS BERUEHRUNGSSENSOR ............................................................ 305 7.1.5 JETZT WIRD ES HELL ............................................................................... 309 7.2 7-SEGMENT-ANZEIGEN ..................................................................................... 310 7.2.1 PORT EXPANDER UEBER DEN I 2 C-BUS .................................................... 314 7.3 LC-DISPLAY (LCD) ......................................................................................... 317 7.3.1 PARALLELES LC-DISPLAY ...................................................................... 317 73.2 SERIELLE LC-DISPLAYS ......................................................................... 320 7.4 LC-DISPLAY NOKIA 3310/5110........................................................................ 326 7.5 OLED-DISPLAY ............................................................................................... 328 7.6 LED-MATRIX ................................................................................................... 333 77 PROJEKT GESCHWINDIGKEITSMESSER FUERS FAHRRAD ........................................... 334 7.8 PROJEKT SCHRITTZAEHLER ...................................................................................... 343 8 DATENVERARBEITUNG ....................................................................................... 349 8.1 DATEN SPEICHERN ........................................................................................... 349 8.1.1 DATEN IM ATMEGA-CONTROLLER SPEICHERN ..................................... 349 8.1.2 DATEN IN EXTERNEM EEPROM ABLEGEN ......................................... 351 8.1.3 DATEN AUF SD-KARTE SPEICHERN ...................................................... 354 8.2 DATEN INS INTERNET SENDEN .......................................................................... 360 8.3 PROJEKT: PROGRAMMIERBARER SIGNALGEBER .................................................... 360 8.4 SINUSGENERATOR ............................................................................................. 365 8.5 PROJEKT: DIGITALES NETZTEIL ............................................................................. 366 8.5.1 HOCHSPANNUNGSTEIL ........................................................................ 367 8.5.2 LEISTUNGSTEIL ..................................................................................... 369 8.5.3 ANSTEUERUNGSTEIL ............................................................................. 370 8.5.4 SPANNUNGSVERSORGUNGEN .............................................................. 378 8.5.5 AUFBAU DES GERAETS .......................................................................... 380 8.6 PROJEKT SOLLWERTEINGABE MIT DREHGEBER .................................................... 396 8.6.1 PROJEKT-ERWEITERUNG - AUSGABE ALS ANALOGWERT ......................... 405 9 ERWEITERUNGEN ............................................................................................... 411 9.1 BIBLIOTHEKEN .................................................................................................. 411 9.1.1 ETHERNET-BIBLIOTHEK ........................................................................ 412 9.1.2 WIRE-BIBLIOTHEK ............................................................................... 412 8 INHALTSVERZEICHNIS 9.1.3 SOFTWARESERIAL ................................................................................ 414 9.1.4 TINYGPS-BIBLIOTHEK ........................................................................ 416 9.1.5 NMEA ............................................................................................... 417 9.1.6 PSTRING-BIBLIOTHEK .......................................................................... 419 9.1.7 TEXTFINDER-BIBLIOTHEK .................................................................... 419 9.1.8 MATRIX-BIBLIOTHEK ............................................................................ 419 9.1.9 LIQUIDCRYSTAL-BIBLIOTHEK (LCD) ................................................... 420 9.1.10 JEELIB ............................................................................................... 420 9.1.11 STEPPER-BIBLIOTHEK .......................................................................... 420 9.1.12 WII NUNCHUK .................................................................................. 422 9.2 HARDWARE-ERWEITERUNGEN (SHIELDS) ............................................................ 422 9.2.1 PROTOSHIELD ...................................................................................... 422 9.2.2 PROTONLY-PROTOSHIELD ...................................................................... 424 9.2.3 FLOWERONLY-PROTOSHIELD .................................................................. 424 9.2.4 ETHERNET SHIELD .............................................................................. 425 9.2.5 DATALOGGER UND GPS SHIELD .......................................................... 427 9.2.6 ADAFRUIT MOTOR SHIELD .................................................................... 427 9.2.7 DFROBOT MOTOR SHIELD .................................................................. 427 9.2.8 DIDUINO-MSMOT-SHIELD .................................................................. 428 9.2.9 KEYPAD SHIELD ................................................................................. 428 9.2.10 WAVE SHIELD .................................................................................... 428 9.2.11 SD CARD SHIELD .............................................................................. 429 9.2.12 NANO SHIELD .................................................................................... 429 9.2.13 LITHIUM BACKPACK .......................................................................... 429 9.2.14 ITEAD POWER SHIELD ...................................................................... 430 9.2.15 RFM12B SHIELD .............................................................................. 430 9.2.16 CC3000 WIFI SHIELD ...................................................................... 430 9.2.17 SCHRAUBKLEMMEN-SHIELD .............................................................. 431 9.3 HARDWARE-ADAPTER ...................................................................................... 432 9.3.1 RFM12B-BREAKOUT-BOARD .............................................................. 432 9.3.2 WII-NUNCHUK-ADAPTER .................................................................... 433 10 ARDUINO IM EINSATZ ..................................................................................... 435 10.1 VERBINDUNG ZUM INTERNET ........................................................................... 435 10.1.1 NETZWERKVERBINDUNG ...................................................................... 436 10.1.2 ARDUINO ALS WEBSERVER .................................................................. 441 10.1.3 DER ARDUINO ALS WEBCLIENT ............................................................ 444 10.1.4 EINGAENGE UND AUSGAENGE UEBERS INTERNET STEUERN ....................... 448 10.1.5 WIRELESS ETHERNET (WIFI) ................................................................ 451 9 INHALTSVERZEICHNIS 10.2 ESP-MODULE UND ARDUINO ........................................................................... 466 10.2.1 INTEGRATION IN ARDUINO .................................................................. 466 10.2.2 ESP8266 ........................................................................................... 470 10.2.3 ESP8266-ESP12E ............................................................................. 471 10.2.4 WEMOS DL MINI ............................................................................... 471 10.2.5 WIFI-BIBLIOTHEK FUER ESP8266 ........................................................ 475 10.3 HEUTE SCHON GETWITTERT? ............................................................................... 479 10.4 ARDUINO MAILT ............................................................................................... 483 10.4.1 MAIL DIREKT VERSENDEN .................................................................... 483 10.4.2 MAIL VIA PHP-SKRIPT VERSENDEN .................................................... 485 10.5 XML EINLESEN ............................................................................................... 489 10.5.1 XML LESEN MIT TEXTFINDER ............................................................ 490 10.5.2 WETTERDATEN VON OPENWEATHERMAP ABFRAGEN ............................. 495 10.6 RSS EINLESEN ................................................................................................. 501 10.7 YOU GOT MAIL ................................................................................................. 507 10.8 UMWELTDATEN SAMMELN ............................................................................... 511 10.9 PROJEKT WETTERSTATION ................................................................................... 519 11 FEHLERSUCHE/TROUBLESHOOTING .................................................................... 541 11.1 ALLGEMEINES VORGEHEN ................................................................................. 541 11.2 FEHLER IN DER SCHALTUNG ............................................................................... 541 11.3 FEHLER IM PROGRAMM ................................................................................... 542 11.4 PROBLEME MIT DER IDE ................................................................................. 542 11.5 HALLO ARDUINO-BOARD ................................................................................... 543 12 DIX BOARDS UND CLONES ............................................................................... 545 12.1 BOARDS ............................................................................................................ 545 12.1.1 MINIMALSCHALTUNG ARDUINO .......................................................... 545 12.1.2 BARE BONE BREADBOARD ARDUINO .................................................... 547 12.1.3 REALLY BARE BONE BOARD (RBBB) .................................................... 549 12.1.4 HELVETINO ......................................................................................... 550 12.1.5 SIPPINO ............................................................................................. 551 12.1.6 RFBOARD ........................................................................................... 551 12.2 PROGRAMMIERADAPTER (USB-WANDLER) ........................................................ 552 12.2.1 ANSCHLUSSBELEGUNG FTDI .............................................................. 554 12.3 PROGRAMMIERUNG UEBER ICSP ...................................................................... 555 12.3.1 DER ARDUINO ALS PROGRAMMIERGERAET (ARDUINO ISP) ..................... 557 12.4 ARDUINO IM MINIATURFORMAT MIT ATTINY .................................................... 560 12.4.1 TINYAVR UND ARDUINO .................................................................... 561 10 INHALTSVERZEICHNIS 12.4.2 BOARDPAKETE FUER ATTINY .................................................................. 562 12.4.3 (BLINK-)SCHALTUNG MIT ATTINY ........................................................ 569 12.4.4 PROGRAMMIERUNG DES ATTINY-MICROCONTROLLERS ........................... 571 12.4.5 AVR-PROGRAMMER .......................................................................... 576 12.4.6 PROJEKT SELBSTBAU-PROGRAMMIERADAPTER ....................................... 579 12.4.7 PROJEKT ICSP-BREAKOUT-BOARD FUERS STECKBRETT ............................. 581 12.4.8 PROJEKT WINDLICHT ............................................................................ 582 12.4.9 PROTOTYPEN-BOARD FUER ATTINY84 ..................................................... 586 13 TOOLS FUER PRAKTIKER ........................................................................................ 589 13.1 HARDWARE ....................................................................................................... 589 13.1.1 STECKBRETT UND KABEL ...................................................................... 589 13.1.2 LOCHRASTERPLATINEN .......................................................................... 590 13.1.3 LOETKOLBEN UND LOETZINN .................................................................. 592 13.1.4 ZANGEN ............................................................................................ 593 13.1.5 BIEGELEHRE ...................................................................................... 593 13.1.6 MULTIMETER ...................................................................................... 594 13.1.7 OSZILLOSKOP - SPANNUNG SICHTBAR MACHEN ................................. 596 13.2 SOFTWARE ......................................................................................................... 599 13.2.1 SCHALTUNGSAUFBAU MIT FRITZING ..................................................... 599 13.2.2 EAGLE CAD ...................................................................................... 603 13.2.3 KICAD ...................... 604 13.2.4 OSZILLOSKOP MIT ARDUINO ................................................................ 605 13.3 LEITERPLATTEN HERSTELLEN ................................................................................ 606 13.3.1 DATENFORMAT GERBER ...................................................................... 607 13.3.2 GERBER-DATEN AUS FRITZING .............................................................. 608 13.3.3 GERBER-DATEN AUS EAGLE .................................................................. 609 13.3.4 GERBER-DATEN PRUEFEN ...................................................................... 610 13.3.5 LEITERPLATTEN VON OSH PARK ......................................................... 611 A CODEREFERENZ .................................................................................................. 613 A. 1 PROGRAMMSTRUKTUR ........................................................................................ 613 A.2 AUFBAU EINER FUNKTION ................................................................................. 614 A.3 KONVENTIONEN ................................................................................................ 615 A.4 DATENTYPEN .................................................................................................... 618 A.5 DATENTYPKONVERTIERUNG ................................................................................. 625 A.6 VARIABLEN & KONSTANTEN ............................................................................... 625 A.6.1 VARIABLEN ....................................................................................... 625 A.6.2 KONSTANTEN ..................................................................................... 626 11 INHALTSVERZEICHNIS A.7 KONTROLLSTRUKTUREN ...................................................................................... 627 A.8 MATHEMATISCHE FUNKTIONEN ....................................................................... 630 A.9 ZUFALLSZAHLEN ................................................................................................ 633 A.10 ARITHMETIK UND VERGLEICHSFUNKTIONEN ..................................................... 633 A.11 FUNKTIONEN .................................................................................................. 635 A.11.1 DIGITALE EIN- UND AUSGAENGE .......................................................... 635 A.11.2 ANALOGE EIN- UND AUSGAENGE .......................................................... 636 A.11.3 TONAUSGABE ..................................................................................... 637 A.11.4 INTERRUPTS ......................................................................................... 637 A.12 ZEITFUNKTIONEN ............................................................................................ 639 A. 13 SERIELLE KOMMUNIKATION ............................................................................ 640 B BOARDS .......................................................................................................... 645 B. L VERGLEICH DER BOARD-VARIANTEN ................................................................... 645 B. 2 ANSCHLUSSBELEGUNG MICROCONTROLLER ......................................................... 646 C BEZUGSQUELLEN .............................................................................................. 649 C. L BEZUGSQUELLEN UND LIEFERANTEN ................................................................. 649 D LISTINGS ........................................................................................................ 651 D. L WII-NUNCHUK-FUNKTIONSBIBLIOTHEK (KAPITEL 5) ........................................ 651 D.2 MAILCHECKER (KAPITEL 8) ................................................................................ 655 E MIGRATION ZU ARDUINO 1.0 ........................................................................... 659 F STUECKLISTEN .................................................................................................... 663 STICHWORTVERZEICHNIS ................................................................................... 669 12
any_adam_object	1
author	Brühlmann, Thomas
author_GND	(DE-588)1194586635
author_facet	Brühlmann, Thomas
author_role	aut
author_sort	Brühlmann, Thomas
author_variant	t b tb
building	Verbundindex
bvnumber	BV045555386
classification_rvk	ST 170 ST 690 ZN 4980
ctrlnum	(OCoLC)1099909656 (DE-599)DNB1180519574
discipline	Informatik Elektrotechnik / Elektronik / Nachrichtentechnik
edition	4. Auflage
format	Book
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id	DE-604.BV045555386
illustrated	Illustrated
indexdate	2024-08-01T11:18:38Z
institution	BVB
institution_GND	(DE-588)1065362072
isbn	9783747500545 3747500544
language	German
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-030939269
oclc_num	1099909656
open_access_boolean
owner	DE-860 DE-92 DE-1102 DE-706 DE-29T DE-523 DE-1043 DE-Aug4 DE-862 DE-BY-FWS DE-B768 DE-859 DE-19 DE-BY-UBM DE-1050 DE-573 DE-83 DE-1051 DE-703 DE-20 DE-11
owner_facet	DE-860 DE-92 DE-1102 DE-706 DE-29T DE-523 DE-1043 DE-Aug4 DE-862 DE-BY-FWS DE-B768 DE-859 DE-19 DE-BY-UBM DE-1050 DE-573 DE-83 DE-1051 DE-703 DE-20 DE-11
physical	680 Seiten Illustrationen (überwiegend farbig) 24 cm x 17 cm
publishDate	2019
publishDateSearch	2019
publishDateSort	2019
publisher	mitp
record_format	marc
spellingShingle	Brühlmann, Thomas Arduino Praxiseinstieg Mikrocontroller (DE-588)4127438-6 gnd Arduino-Plattform (DE-588)7692236-4 gnd Systemplattform (DE-588)4674460-5 gnd Programmierung (DE-588)4076370-5 gnd Arduino 1.0 (DE-588)1029172765 gnd
subject_GND	(DE-588)4127438-6 (DE-588)7692236-4 (DE-588)4674460-5 (DE-588)4076370-5 (DE-588)1029172765
title	Arduino Praxiseinstieg
title_auth	Arduino Praxiseinstieg
title_exact_search	Arduino Praxiseinstieg
title_full	Arduino Praxiseinstieg Thomas Brühlmann
title_fullStr	Arduino Praxiseinstieg Thomas Brühlmann
title_full_unstemmed	Arduino Praxiseinstieg Thomas Brühlmann
title_short	Arduino
title_sort	arduino praxiseinstieg
title_sub	Praxiseinstieg
topic	Mikrocontroller (DE-588)4127438-6 gnd Arduino-Plattform (DE-588)7692236-4 gnd Systemplattform (DE-588)4674460-5 gnd Programmierung (DE-588)4076370-5 gnd Arduino 1.0 (DE-588)1029172765 gnd
topic_facet	Mikrocontroller Arduino-Plattform Systemplattform Programmierung Arduino 1.0
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030939269&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT bruhlmannthomas arduinopraxiseinstieg AT mitpverlagsgmbhcokg arduinopraxiseinstieg

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