Zoekresultaten voor "Franzis Lernpaket Elektronik mit Linux"
Elektor Digital Linux PC Based Measurement Electronics (E-book)
This E-Book is intended as a highly-practical guide for Hobbyists, Engineers and Scientists wishing to build measurement and control systems to be controlled by a local or remote Personal Computer running the Linux operating system. Both hardware and software aspects of designing typical embedded systems are covered in detail with schematics, code listings and full descriptions. Numerous examples have been designed to show clearly how straightforward it can be to create the interfaces between digital and analog electronics, with programming techniques for creating control software for both local and remote systems. Hardware developers will appreciate the variety of circuits, including a novel, low cost modulated wireless link and will discover how using Matlab® overcomes the need for specialist programming skills. Software developers will appreciate how a better understanding of circuits plus the freedom offered by Linux to directly control at the register level enables them to optimize related programs. There is no need to buy special equipment or expensive software tools in order to create embedded projects covered in this E-Book. You can build such quality systems quickly using popular low-cost electronic components and free distributed or low-cost software tools. Some knowledge of basic electronics plus the very basics of C programming only is required. Many projects in this E-Book are developed using Matlab® being a very popular worldwide computational tool for research in engineering and science. The E-Book provides a detailed description of how to combine the power of Matlab® with practical electronics. With an emphasis on learning by doing, readers are encouraged by examples to program with ease; the E-Book provides clear guidelines as to the appropriate programming techniques “on the fly”. Complete and well-documented source code is provided for all projects. If you want to learn how to quickly build Linux-based applications able to collect, process and display data on a PC from various analog and digital sensors, how to control circuitry attached to a computer, then even how to pass data via a network or control your embedded system wirelessly and more – then this is the E-Book for you! Features of this E-Book: Use the power, flexibility and control offered only by a Linux operating system on a PC. Use a free, distributed downloadable GNU C compiler Use (optional) a low-cost Student Version of Matlab®. Use low-cost electronic sub-assemblies for projects. Improve your skills in electronics, programming, networking and wireless design. A full chapter is dedicated to controlling your sound card for audio input and output purposes. Program sound using OSS and ALSA. Learn how to combine electronic circuits, software, networks and wireless technologies in the complete embedded system.
€ 23,95
Leden € 19,16
Franzis Franzis Bat Detector Kit
Listen to nature with modern electronics!Human ears cannot hear the cries of bats? With the right equipment, you can – and you can do much more.Make your own premium ultrasound detector and experience it yourself! With this construction kit, this will be an easy exercise that cannot go wrong. The kit contains a circuit board that is already equipped with various SMD components. You only have to solder some elements yourself and wire the circuit board with the microphone, the loudspeaker and the adjusters. Due to modern integrated circuits, the detector will be very sensitive and powerful.Once it is built, you can start exploring and discovering: with the detector, the bat's ultrasounds can become audible for humans. That way, you can trace those little flight artists in complete darkness even at places where they would hunt for insects without being noticed. But not only bats send ultrasounds, there are also many technical devices which do the same. You will be surprised at the number of various inaudible ultrasounds that surround us. Give your ears super powers. 20 kHz are not enough.Required Soldering iron 9 V battery
€ 39,95
Leden € 35,96
Franzis Franzis Raspberry Pi 4 für Young Maker
Franzis Raspberry Pi 4 für Young Maker
€ 39,95
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Elektor Digital 45 Elektronik-Projekte für den Raspberry Pi (E-book)
45 Elektronik-Projekte für den Raspberry Pi (E-book)
€ 29,80
Leden € 23,84
45 Elektronik-Projekte für den Raspberry Pi
45 Elektronik-Projekte für den Raspberry Pi
€ 34,80
Leden identiek
The μArt Kit - USB to UART-TTL Adapter
µArt aims to solve common problems of existing UART adapters by covering all use cases with a single device, and offering a reliable and robust solution that you can just trust to work right. The μArt has all the pins and features to enable various applications, protections to withstand or even prevent faults, providing signal integrity, and measures to improve usability. You don't need to worry that a tiny mistake will lead to a damage of expensive connected devices. USB-UART converters are used during initial board bringup, for debugging and development, for flashing firmware, for exchanging operational data, for controlling peripherals, as service ports in the field, or as diagnostic interfaces during analysis. If you work or hack in the electronics engineering, computer engineering, or embedded systems fields, a UART adapter is most probably is one of your essential tools. The µART will be of value for a wide public, starting from newbies to experienced engineers. Industry professionals will value being able to depend on the μArt and being able to focus on their work without having to second-guess their tool. Hobbyists and students, who can make mistakes more easily, will like that the μArt isolates faults and prevents damage to surrounding equipment. You'll also find this device very useful in various applications together with Raspberry Pi, Arduino or Espressif. Moreover, the μArt supports non-standard and custom baudrates (such as 128000) so that you can use a fast and reliable setting for your MCU. Kenmerken Wide working voltage of 1.8 to 5.4 V, making it suitable for most projects, be it single-board computers, microcontrollers, FPGAs, or low-power electronics. RXD, TXD, DTR, RTS, and CTS. Usable not just for basic communication, but also for flashing various modules from Espressif and multiple Arduinos such as the Pro Mini, Fio, or Arduino Pro. Hardware handshaking allows for reliable high-speed UART. Non-standard baudrate support, so that you can use it with standard-clocked microcontrollers and still have a low error-rate. Up to 3 Mbaud transfer speed, the highest in the industry. This is enough bandwidth to stream uncompressed high-quality stereo audio. Complete galvanic isolation, even for mains-level and higher voltages. Electrical current cannot flow between your computer and the other board. This provides safety for you and your computer, while also helping to keep noise levels down. Reverse polarity protection. The converter will survive even if you mix up the power pins. Over-current protection on IO pins. Made a false IO connection by mistake? Don’t worry, the μArt and your other board are both safe. Pullups on all inputs, so that disconnected pins don’t cause funny things like garbage random input, a ruined terminal app, or corrupt application state. Judicious filtering. Each IC in the converter is decoupled using multiple capacitors, both locally and in bulk. The USB signals and power are filtered, and sensitive pins are protected with RC networks. Multi-level ESD protection for all interfaces. ESD damage is tricky because things can seem to work for a while after an ESD event, and you don’t need visible sparks to have it. Voltage auto-sensing, meaning the converter will automatically use the correct voltage levels for UART communication. Cross-platform support, with readily available and mature drivers for Windows, Linux, MacOS, and more. Suitable for communicating with low-noise circuits, supported by the filters, the isolation, and careful layout. GPIO pins that you can control directly over USB, parallel to the UART lines. They can also be reconfigured in software for alternate functions (for example, TXDEN for RS-485). Four LEDs, each of different color to make them immediately distinguishable. One lights up if power is connected, two indicate RX/TX activity, while the last one is connected to a GPIO, giving you visual feedback about its state without special software on the host computer. Four-wall shrouded header protects against ESD from fingers and from shorts by dangling wires. Custom-designed case, professional and ergonomic, giving both mechanical and electrical protection, and a cool transparent-translucent look. Inbegrepen The μArt comes in a custom-designed plastic case by default and provides mechanical protection as well as adds to the electrical protection. Additionally, following cables are included: A high-quality Micro USB cable by KabelDirekt A split “squid” cable that mates with the μArt using a single connector (female ends) A ribbon jumper cable (male ends)
€ 79,95€ 64,95
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SB Components SB Components Raspberry Pi Pico Breadboard Kit
Raspberry Pi Pico Breadboard Kit helps the user to configure GPIO of Raspberry Pi Pico for use with external devices.Raspberry Pi Pico Breadboard Kit is a multi-purpose Kit that consists of a “400 points half-size breadboard” on top, a Programmable Buzzer, 4 programmable LEDs, 4 push buttons, and dedicated 5 V, 3V3, and GND pins at a single place. SB Components developed Raspberry Pi Pico Breadboard Kit with advanced features like independently controllable LEDs, Switches, a 400 points half-size breadboard that helps the user to prototype their projects with Raspberry Pi Pico in an efficient way.Raspberry Pi Pico Breadboard Kit can be interfaced with Raspberry Pi Pico from which a user can run electronics experiments, prototypes, mini robots, games, interact with Linux-ready Raspberry Pi, Exploration of circuits, etc. One can also connect external components with the breadboard provided on the top of the Raspberry Pi Pico Breadboard Kit.Features Four independent controlled LEDs Four independent controlled push buttons Compatible with Pico A 400 points half size breadboard Programmable buzzer Dedicated 5 V, 3V3 and Gnd pins for easy use Specifications Operating voltage 3.3 VDC Communication interface GPIO Dimensions 85 x 133 mm Applications Electrical experiments Prototypes Mini robots Games Exploration of circuits Downloads Manual Example codes Circuit diagram GitHub Included 1x Pico Breadboard Kit 5x Male to Male Jumper Wires 5x Female to Female Jumper Wires 5x Male to female Jumper Wires Note: Raspberry Pi Pico is not included.
€ 18,95
Leden € 17,06
MagPi 09-10/2023
MagPi ist das offizielle Magazin der Raspberry Pi Foundation. MagPi erscheint alle zwei Monate mit tollen Raspberry Pi DIY-Projekten, Reviews, Tutorials, Interviews und mehr. Auf 100 Seiten finden Sie alles Wissenswerte rund um den kleinen Minicomputer auf Linux-Basis. INHALT Feature Heimautomatisierung mit Raspberry Pi Raspberry Pi Mikrobrauerei Die Linux-Kommandozeile beherrschen Erfolgsgeschichten Freight Farms Krankenpflegeschulen in Kenia und Malawi Projekte Doom auf einem LEGO Stein Clamshell BlackBerry Cyberdeck Greening the Spark – Energienetz-Simulator Bugg.xyz – akustische Überwachung Love Machine ChatGPT Komplimenten-Geber PiFinder – Astronomie-Ortungsgerät Antarktischer PiCam Shiloh Studios – Aufrüstung eines Musikstudios ClippyGPT – Microsofts kultige Figur ist zurück! MCM/70 Nachbildung Praxis Einen GPT Chatbot erstellen, Teil 1 Einstieg in die Elektronik, Teil 3: Pico-Eingänge und -Ausgänge 68 Kameramodul, Teil 1: Erste Schritte Einstieg in die Elektronik, Teil 4: NeoPixels-LED-Farbwechsler mit Drehknöpfen bauen Kameramodul, Teil 2: Standbildaufnahme Einen GPT Chatbot erstellen, Teil 2 Betreiben Sie eine Open-Source-KI Erstellen Sie eine Bluetooth-Musikvisualisierung Basteln Sie einen KI-Bettgeschichtenerzähler Community Brian Jepson Brian Corteil Reviews PicoBricks Basis-Kit Compute Blade EXT3-1 Kit and 3.70' E-ink Display Sie möchten keine Ausgabe von MagPi verpassen? Abonnieren Sie jetzt MagPi!
€ 11,50
Leden € 10,35
MagPi 01-02/2024
MagPi ist das offizielle Magazin der Raspberry Pi Foundation. MagPi erscheint alle zwei Monate mit tollen Raspberry Pi DIY-Projekten, Reviews, Tutorials, Interviews und mehr. Auf 100 Seiten finden Sie alles Wissenswerte rund um den kleinen Minicomputer auf Linux-Basis. INHALT Feature Raspberry Pi 5 Einführungsaktion! Arbeiten und Lernen mit Raspberry Pi Emulieren Sie die besten klassischen und modernen Retro-Spiele Erfolgsgeschichten Gletscherforschung an der Universität Leeds Sarawak, Malaysia Grundschulen Projekte Roktrack – Pylonengeführter Mäher Pico Held – Sega Mega Drive Emulator EPIC-Satellit OnnxStream Stable Diffusion Raspberry Pi Zero 2 W Chip, ein niedlicher Gefährte mit zwei Beinen Wildtier-Kamerafalle Braille-Lesegerät Riesen-Nadeldrucker Zelda Guardian Sicherheitskamera Das (ChatGPT) Orakel Praxis Python in der Praxis, Teil 1: Lernen Sie Python Einstieg in die Elektronik, Teil 7: Bauen Sie ein Spiel im Pong-Stil Kameramodul, Teil 5: Steuerung der Kamera reBartender V0.1 Getränkeautomat Mit Scoppy ein kostengünstiges Oszilloskop bauen Kameramodul, Teil 6: Kameramodi verstehen Python in der Praxis, Teil 2: Variablen entdecken Einstieg in die Elektronik, Teil 8: Steuern Sie eine Modelleisenbahn Community Hannah Makes Nicola Provenzano Reviews Sensoren für die Fernerkundung im Freien
€ 11,50
Leden € 10,35
MagPi 01-02/2023
MagPi ist das offizielle Magazin der Raspberry Pi Foundation. MagPi erscheint alle zwei Monate mit tollen Raspberry Pi DIY-Projekten, Reviews, Tutorials, Interviews und mehr. Auf 100 Seiten finden Sie alles Wissenswerte rund um den kleinen Minicomputer auf Linux-Basis. INHALT Feature Elektronik lernen mit Pico W Auf Raspberry Pi Pico W einen Webserver betreiben Bauen Sie einen Roboter, Teil 1: Super einfache Robotik Erfolgsgeschichten Pimoroni PicoSystem Directed Machines Projekte Digitales Zoetrope Fireballs Aotearoa LEGO Reaktionsrad – Umgekehrtes Pendel LED-Kugel LEGO U-Boot 4.0 Pico Pocket Gamer Verfolgen Sie Ihren Verfolger Serielle Schreibmaschine AuraLock Praxis Elektronik erforschen mit einem Pico Breadboard Kit MagPet – Code für ein virtuelles Python-Haustier ARM-Assembler lernen: Die in Pico integrierte LED mit der programmierbaren I/O blinken lassen Bauen Sie einen Roboter, Teil 2: Sensoren hinzufügen Pico W IoT mit Anvil: Stimmungslampe Ihren eigenen Poltergust G-00 bauen Community Interview: Sam Alder Zentrum für Computergeschichte Reviews EPD Pico Kit Autonome Robotik-Plattform für Raspberry Pi Pico Tufty 2040 Sie möchten keine Ausgabe von MagPi verpassen? Abonnieren Sie jetzt MagPi!
€ 9,95
Leden € 8,96
MagPi 07-08/2023
MagPi ist das offizielle Magazin der Raspberry Pi Foundation. MagPi erscheint alle zwei Monate mit tollen Raspberry Pi DIY-Projekten, Reviews, Tutorials, Interviews und mehr. Auf 100 Seiten finden Sie alles Wissenswerte rund um den kleinen Minicomputer auf Linux-Basis. INHALT Feature Programmieren lernen mit Python Astrofotografie mit Raspberry Pi 50 Hacks & Tipps Die Welt des Raspberry Pi Global Shutter Camera Raspberry Pi Debug Probe Projekte Desert Eye 2.0 Überwachungsroboter Mini-PC Alternativer Flugsimulator Geigerzähler Schweres Schwenk-Neige-System Wort-Uhr Aquarium-Dosierpumpe Panzerfahrsimulator Fortschrittsbalken Herbie_Bot – Sprühroboter Proto-Shield mit Roboterarm und Snake Game Workshop Rudolph the Red Nose Reindeer Raspberry Pi-Rucksack BrachioGraph Plotter CinePI High-End-Filmkamera Game-Boy Interceptor mit Pico Praxis Emulation eines BBC Micro auf einem Raspberry Pi 400 Einstieg in die Elektronik, Teil 1: Mit Breadboard und LED Einstieg in die Elektronik, Teil 2: Einführung in Mikrocontroller Durch maschinelles Lernen unterstützte private Sprachabschrift Erstellen Sie einen Pomodoro-Timer mit Galactic Unicorn Community Interview: VEEB (Vanessa Bradley und Martin Spendiff) Interview: Trevor Warren Reviews Plasma Stick 2040 W (Pico W an Bord) Inky Frame 4.0” (Pico W an Bord) PiBoy XRS Meteor 10.1” IPS-Touchscreen0 Sie möchten keine Ausgabe von MagPi verpassen? Abonnieren Sie jetzt MagPi!
€ 11,50
Leden € 10,35