Showing posts with label Arduino. Show all posts
Showing posts with label Arduino. Show all posts

Tuesday, December 5, 2023

Learning Electronic with Arduino : getting started, components, joining wires by soldering, testing a connection, identifying electronic components, resistors, capacitors, diodes, leds, transistors, integrated circuits, what are current, resistance and voltage, reading a schematic diagram, using resistors to divide a voltage, converting a resistance to a voltage, mosfet transistors, using a power mosfet to control a motor, selecting a switch, leds, making a constant current driver, design, powering large numbers of leds, designing the stripboard layout, batteries and power, battery capacity, maximum discharge rate, rechargeable batteries, charging batteries, controlling the voltage from a battery, boosting voltage, calculating how long a battery will last, battery backup, using solar cells, controlling a relay using an Arduino, measuring voltage with an Arduino, controlling an led with an Arduino, playing a sound with an Arduino, controlling a relay from a web page, switching with an Arduino and transistor, controlling a servo motor with an Arduino, typing passwords automatically, blinking an led, using ultrasonic rangefinder modules, using a wireless remote module, using a motor control module, switching with a sensor and comparator chip, using a digital temperature sensor, Arduino egg and spoon, using a microphone module, generating tones with a 555 timer, making a usb music controller, mending and breaking electronics, testing a battery, tools.

Tuesday, September 26, 2023

Building Arduino Projects for the Internet of Things : Arduino Uno wireless connectivity, Arduino Yun wireless connectivity, communication protocols, prototypes, IoT patterns realtime clients, IoT patterns remote control, IoT patterns on demand clients, database table (mysql), IoT patterns web apps, IoT patterns location aware, IoT patterns machine to human, IoT patterns machine to machine, IoT Platforms.
Arduino Projects with Proteus Simulation : Arduino IDE basics, Arduino based digital code lock, Arduino temperature controller, Arduino object counter, Arduino DC digital voltmeter, Arduino water level controller, automatic light controller, solar power monitor, ultrasonic distance meter, digital timer, automatic irrigation system, mood lamp, Bluetooth based home automation, traffic light controller, RPM meter.
Internet of Thing Projects with Arduino : home temperature monitoring system, introduction to object orientation programming (OOP) with java, home weather station, webcam and raspberry Pi Camera projects, internet-enabled, Arduino powered garage door opener, Arduino irrigation control system, Arduino lighting controller, beaglebone black message controller, beaglebone black with cloud service, machine-to machine (M2M) communications.
Programming Arduino with Sketches : microcontrollers, development boards, power supply, power connections, analog inputs, digital connections, Arduino family, installing the software, the Arduino application, input and output, digital outputs, digital inputs, analog outputs, analog input, data storage, EEPROM, LCD display, Arduino Ethernet programming, setting Arduino pins over the network, USB message board, storing a string in EEPROM, clearing the contents, of EEPROM.
Learn Program in Arduino C : microcontrollers and SBCs, communicating with the Arduino, variables and strings, digital pins and constants, integers and math, serial input, loops, digital input, if else, analog (I/O), standard servos and helper methods, infrared sensors, infrared transmitters, DC motors, infrared navigation, sony IR protocol, control tone with IR remote, IR robot remote control, assemble DC moter robot chassis, create a PCB using fritzing and OSH park, make and use a motor controller shield, read resistor values, make Arduino tones louder, make an infrared headlight, assemble and H-bridge circuit board, work with smart LEDs, make a printed circuit board, add Bluetooth LE control to rolling robot.
Beginning C Programming for Arduino : introduction, Arduino for program C, Arduino C data types, program loops in c, functions in c, storage classes and scope, introduction to pointers, structures, unions and data storage, the c preprocessor and bitwise operations, Arduino libraries, interfacing to the outside world, type of memory, board size, input/output (I/O) pins, miscellaneous parts, attaching the USB cable, port selection, input, process, output, termination, listing 5-5 is SDC.
Arduino Home Automation Projects : building wireless XBee motion detectors, interfacing the PIR sensor with Arduino, control lights from your phone or tablet, testing the relays and Wi-Fi connection, measuring the temperature using Bluetooth, creating the Arduino sketch, weather station in the cloud with xively, monitor your energy consumption in the cloud, build your own home automation system, building an Arduino system from scratch, designing a PCB for your home automaton system.
Arduino Code Language : read the analog input, blinking an led without using the delay function, pushbutton switch, interfacing a joystick, knock sensor, representing the knock in processing, ping range finder, play melody, Keyboard serial, LCD displays-8 bits, unipolar stepper motor, stepper unipolar advanced, memsic 2125 accelerometer.